ECN October 2023

CONTENTS… Regulars

6

Industr y News

Sonos announced as ECN Awards headline sponsor; New fire safety guidance released; Environment Agency reduces waste red tape; and more

14

Cover Story

Access control – a growing market

16 Contract News

Pioneering solar car port launched at council HQ; Port Sunlight Village Trust awards contract for testing and inspections; NG Bailey secures engineering contracts worth over £150m; and more

22 Training

New experienced worker assessment routes approved for FESS industry; Scotland’s young sparks awarded SJIB Apprentices of the Year; and Hamworthy launches CIBSE-accredited CPD and whitepaper

24 Key Issue

The Matter Protocol: Why it matters for electricians in the future

26 Project Focus

Luceco’s purrfect lighting at the Cat’s Protection Glasgow adoption centre

28 Interview

Shining a spotlight on leadership

32 Competition

Win a £200 Virgin Experience voucher, courtesy of Unicrimp

75 Company Showcase

Sponsored content from across the sector

THERE'S

68

Hello and welcome to the November issue of ECN.

At the end of September, Prime Minister Rishi Sunak made the announcement that the ban on new diesel and petrol cars has been delayed until 2035, and (at the time of writing) we have just found out the percentage of new zero emission cars that manufacturers will be required to make up until 2023.

Rishi has outlined that 80% of new cars and 70% of new vans sold in Great Britain are required to be zero emission by 2030, increasing to 100% by 2035. He said that this move provides certainty for manufacturers and will help families make the switch to electric by providing more time for the second-hand EV market to grow and charging to roll out more widely across the country. Most relevant for the electrical contracting sector, he said that the plans provide investors with confidence to invest in charging infrastructure – with 43% more public chargepoints this year than last, he says that the UK is well on track for the government’s target of 300,000 chargepoints by 2030.

According to Mike Hawes, Chief Executive of The Society of Motor Manufacturers and Traders (SMMT), the government is working at pace alongside private investment to grow charging infrastructure for EV drivers. He also said that

applications recently opened for the first round of the government’s £381 million Local Electric Vehicle Infrastructure (LEVI) fund, which will support the installation of tens of thousands of new chargers across the country, increasing EV infrastructure in every area and ensuring the UK’s charging network can support the increasing number of EV drivers and those considering the switch.

One of the features in this issue of ECN is EV Charging, so please turn to page 33 for the latest from the industry.

The Prime Minister also launched a new Boiler Upgrade Scheme which he said is set to help thousands receive a grant of up to £7,500 for a boiler upgrade, with the aim of encouraging more households to replace older gas-fired boilers with energy-efficient electric heat pumps. Turn to page 56 for our HVAC feature for more insight from the industry.

Our final feature this month, starting on page 68, is on UPS, Power & Energy, which includes articles by Powerstar, CS Learning, Centiel, and Schneider.

This issue brings you all of the latest news, plus Unicrimp is offering one lucky winner the chance to win a £200 Virgin Experience voucher. And don’t miss my interview with Jean Wallace, MD of Aurora Lighting, where we talk about being the first female MD at Aurora, life at the company, and what the future of the industry looks like.

I hope you enjoy the issue – see you next month!

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editors and publishers do not necessarily agree with the views expressed by contributors, nor do they accept responsibility for any errors in the transmission of the subject matter in this publication. Whilst we make every effort to ensure that everything is factually correct, we cannot be held responsible if factual errors occur.

ACTION SUSTAINABILITY LAUNCHES PRACTICAL PROCUREMENT GUIDANCE

Action Sustainability has released new guidance highlighting how to address modern slavery and labour exploitation risks in the solar photovoltaic (PV) supply chain.

With the effects of climate change becoming apparent in all corners of the world, the transition to a low carbon economy is more urgent than ever. However, recent reports such as the Global Slavery Index 2023 and Sheffield Hallam University’s ‘In Broad Daylight: Uyghur Forced Labour and Global Supply Chains’ have exposed how the solar PV industry is vulnerable to forced labour.

The company’s new ‘Addressing Modern Slavery and Labour Exploitation in Solar PV Supply Chains Procurement Guidance’ explores the modern slavery and labour exploitation risks and impacts in the solar PV supply chain and the critical steps to take to address these issues.

Helen Carter, Lead Consultant at Action Sustainability and Co-Author of the report, says, “Human rights abuses such as modern slavery, forced labour and labour exploitation are embedded in the history of our energy journey. We’re in the process of changing the energy mix and moving to a more sustainable model, yet the technologies we’re relying on are entrenched with human rights issues. We wanted to produce this guide to help organisations of all shapes and sizes take a responsible approach to this transition – we hope it goes some way to doing that.”

Action Sustainability, actionsustainability.com

Protect Monitor Control

SONOS ANNOUNCED AS ECN AWARDS HEADLINE SPONSOR

Electrical Contracting News is delighted to announce Sonos as the headline sponsor of the ECN Awards.

The ECN Awards are being held at the Heart of England Conference and Events Centre in Coventry on 30 November 2023. Sonos is one of the leading sound experience companies worldwide and the pioneer in multi-room wireless home audio. The California based audio brand presents a valuable opportunity for electricians to diversify their service offering, grow their business and provide added value to their customers. By incorporating Sonos solutions, electricians empower homeowners to effortlessly access their preferred content throughout their house, with complete control over their audio experience. This not only elevates the quality of their sound experience at home but also adds value to the property. Electricians, in turn, gain additional points of contact with customers, foster positive reviews, and benefit from word-of-mouth recommendations.

“We are excited to be the headline sponsor for the first ever ECN Awards. Such awards play a crucial role in acknowledging the hard work and innovation that professionals in this field bring to the industry. The event is an exciting opportunity to celebrate and recognise the talent within the electrical contracting sector and we are proud to be a part of it and introduce ourselves as a fantastic opportunity for electricians to grow their business with Sonos for professionals,” says Stephen Rhead, Account Manager UK & Ireland. Sonos, sonos.com

NEW FIRE SAFETY GUIDANCE RELEASED

Phase 3 of the Home Office’s fire safety reform programme has been released as of 1 October, meaning new fire safety guidance and requirements will be issued across the UK. An expert at job management software provider, BigChange, has shared insight on what the new guidance will look like and what it means for trades businesses:

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Simon Field, Business Development Manager and Fire Security expert says, “Phase 3 will further strengthen fire safety in all FSO (Fire Safety Order 2005) regulated premises, by requiring businesses to do more when it comes to recording and sharing safety information, as well as making it easier for enforcement authorities to take action against those who are non-compliant.

“In particular, these new changes will see improvements made to the cooperation and coordination between those persons responsible for fire safety, ensuring a cohesive approach to fire safety throughout a building.

“For example, if a building changes hands, or a new organisation becomes the responsible person, then whomever is handing over the responsibility must share all fire safety information with those taking over. Surprisingly, this wasn’t a requirement beforehand, but will allow for a continual record of fire safety throughout a building’s lifespan and will be called ‘The Golden Thread’.

“Guidance to support responsible persons in understanding and meeting the new requirements will be shared before they come into force, so for now businesses need to monitor for updates as and when they’re released, and prepare relevant persons for a more thorough approach to fire safety, ensuring they have the skills required to comply.”

BigChange, bigchange.com

REVOLUTIONARY NEW APP FOR TRADESPEOPLE BY YEPIC

Yepic, a new photo-based app for tradespeople, has made life easier and simpler for the UK’s 2.5 million tradespeople.

Now available in app stores, Yepic uses your work photos taken on a smartphone to record and manage jobs and has been designed for all trades, including electricians.

Rapidly gaining momentum within the construction trades sector since its full launch in May this year on mobile and desktop, Yepic and its new pay-for upgrade, Yepic+ has a user-friendly, intuitive interface designed to empower the country’s tradespeople.

Leeds-based, it is the brainchild of former electrical contractor and tech entrepreneur, Sam Overment from East Yorkshire, who has been backed in his vision by a multimillion-pound investment from Labora, the parent company of City Electrical Factors’ (CEF).

“Yepic is so easy to get started – all tradespeople need is a phone number and the app downloaded,” says Sam. “When you take a photo on your phone, the app captures the exact location and creates a ‘job’ in the app. You can add a caption like a customer’s name and

METCOR GROUP LAUNCHES TO PROVIDE ELECTRICAL SUPPORT

The Metcor Group has launched its brand, bringing together over 100 years of experience, providing smarter specialist solutions for a better built environment.

Comprising three long-established companies, Metcor Environmental (formerly Metro Mechanical Services), Anglo Pumps, and Aylesford Electrical Contractors, Metcor provides planned preventative maintenance and emergency response services to many FTSE 100 and 250 companies, and iconic UK landmarks, from company headquarters to national museums.

The company focuses on putting people first, delivering sustainable solutions, and dedication to excellent service provision for property, building, facilities management and construction sectors.

Metcor’s businesses share a decades-long track record of technical specialism, a commitment to driving sustainability and efficiency, and longstanding partnerships with leading global property and FM companies across the UK.

Annually, Metcor Group maintains over 10,000 miles of pipework infrastructure, tests 100,000 electrical installations, and saves more than seven million KWh of energy by upgrading pump systems. The group’s critical services support over three million workers in office, hospital, school, retail, and government sites, ensuring the health and safety of their working environments. Metcor Group, metcor.co.uk

include notes and tasks to help manage the job, while choosing to have every visit you make and every photo you take automatically added using GPS, accurately recording addresses, eliminating time-consuming manual data entry.”

Automatically finding all job photos on your phone, Yepic allows tradespeople to quickly sort and categorise thousands of images into job albums, tracking hours spent at each job capturing precise arrival and departure times. Yepic, yepic.com

ZUMTOBEL GROUP TO OPEN NEW LIGHT CENTRE IN ISLINGTON

The Zumtobel Group has announced the opening of a new light centre at the Business Design Centre in Islington, London. The newly unveiled light centre will serve as a platform showcasing the company’s latest lighting products and solutions, while offering customers a unique opportunity to experience the Thorn and Zumtobel brands first-hand.

The light centre will feature a curated selection of Zumtobel’s luminaires, covering a broad range of applications, and Thorn will showcase its highly anticipated new outdoor architectural range of luminaires perfect for building surrounds and facade lighting applications.

The showroom’s flexible design will allow for seamless product demonstrations and configurations to meet varying customer needs.

Nestled in the heart of London’s vibrant design community, the Grade II listed Business Design Centre (BDC) perfectly complements Zumtobel Group’s vision for a thriving hub of creativity and inspiration. The interior of the light centre will reflect its signature design ethos, emphasising simplicity, elegance, and functionality. Visitors can expect a thoughtfully designed layout featuring a meeting area with hot desks for seamless collaboration, and an exhibition and conference space for product displays.

Zumtobel Group, z.lighting

ENVIRONMENT AGENCY REDUCES WASTE RED TAPE

The Environment Agency (EA) has announced that it will no longer enforce certain documentation when customers drop off trade waste at wholesalers.

The change is contained in a new Regulatory Position Statement (RPS) 283 dated 11 September 2023. This states that customers dropping business waste off at wholesaler sites will not be challenged if they do not supply a Waste Transfer Note, or in the case of hazardous waste like waste electricals and lamps, a Hazardous Waste Consignment Note.

The RPS does not change the law. Instead, it is simply means that no enforcement action will be taken against those who do not comply with it.

However, there are conditions attached to the RPS. For example, the activities must not cause pollution to the environment, or harm to human health. The wholesaler collection points must comply with all other relevant waste related legislation. The businesses and contractors should only drop off waste that has arisen as a result of their own commercial activities. And the wholesalers must not charge their customers for dropping off the waste.

Commenting on the announcement, Recolight‘s CEO, Nigel Harvey, says, “It is great to see the EA taking this pragmatic approach. Waste documentation is clearly important to ensure traceability and accountability. But to require consignment and transfer notes every time a business drops off a small amount of waste at their local wholesaler branch seems disproportionate. This change will make it a little bit easier for businesses to ensure their waste is properly collected and recycled.”

The RPS will be reviewed after three years and only applies to England. Recolight, recolight.co.uk

CIRCULAR LIGHTING LIVE 2023: REUSE OF LUMINAIRES GOES MAINSTREAM

The reuse of luminaires is being normalised. This has been one of the key messages to come from the Circular Lighting Live 2023 conference in London recently.

“The reuse of reconditioned light fittings is starting to become mainstream,” says Ray Molony, Chairman. “Major commercial real estate developers, their architects and design teams are beginning to either reuse luminaires from a retrofit project itself, and in an increasing number of cases, use luminaires from a completely different building.

“This imaginative new thinking is leading to new business models and the growth of a vibrant remanufacturing sector in the lighting industry. Remanufacturers take used lights, upgrade them to the latest efficient LEDs and wireless controls and then, crucially, warranty them.”

Circular Lighting Live 2023 included an exhibition by major lighting remanufacturers and sustainable lighting suppliers, as well as presentations by clients who have reused luminaires, including Rolls Royce, Cambridge University, The Holburne Museum, Dublin Port Tunnel and Building Craft College.

SOLAR PV PANEL INSTALLATIONS AT UK PROPERTIES RISE 40%

Installations of solar photovoltaic (PV) panels at UK properties have risen by 40% over the last five years, and by 15% in the last year alone, reveals a new study of government data by Logic4training The study analysed the latest data from the Office of National Statistics on the number of solar PV installations in the UK, and solar’s contribution to the UK’s energy capacity.

It found that renewable energy sources make up 47.7% of all electricity generated in the UK (as of Q1 2023), which is a new record and a year-on-year rise of 2.4%. Solar PV is now the second largest renewable energy generator (after wind power) that does not omit carbon directly into the atmosphere.

Solar PV is one of the UK’s fastest growing renewable technologies, and provides 4.1% of all electricity generated, compared to 0.4%, 10 years ago. The study also found that solar PV represents 20% of new energy capacity (0.9GWH) since 2019, second only to wind power.

In-line with the rise in solar PV energy, installations of solar panels have risen by 40% in the last five years, and by 15% in the last year alone. Echoing this, Logic4training’s analysis of Google search data shows that online searches seeking information related to purchasing or installing solar PV panels has increased by 22% year-on-year.

Logic4training, logic4training.co.uk

The event brought together 290 registered delegates for the most comprehensive review of circular economy progress in the lighting industry. Thirty-five speakers and panellists provided a fully comprehensive review of the legislation, and actions that companies in the UK and elsewhere are taking to drive forward the circular

TOOLSTATION RAISES £2M FOR MACMILLAN CANCER SUPPORT

Toolstation has announced that it has raised £2 million for Macmillan Cancer Support in just three years, after it became a partner to the charity in 2020.

economy. Presentation after presentation made it very clear that remanufactured lighting products are no longer the preserve of just a few companies, instead many are now getting involved.

Recolight, recolight.co.uk

SCOLMORE GROUP EXTENDS VALUABLE RESOURCE FOR CONTRACTORS

Scolmore has extended its Contractors Booklet to cover products from all divisions in the Scolmore Group, as it is already a highly valued resource among contractors seeking the best wiring accessory products for their installation projects.

In addition to the well-known Click wiring accessories range, the expansive 63-page booklet now covers lighting and lighting controls solutions from OVIA; fire, security and emergency products from, ESP; heating controls and time switches from Sangamo; and cable accessories from Unicrimp.

First released in 2008, the Contractors Booklet has always aimed to provide contractors with a valuable, accessible resource to make life easy when choosing the right products for a vast range of installation projects. The booklet is divided into sections which cover each of the four main Scolmore Group companies – Click, Ovia, ESP/Sangamo and Unicrimp. Each section provides an at-a-glance overview of the main products offered, along with the main features and benefits that will help guide installers on the job.

The funds raised will help Macmillan continue to do whatever it takes to provide vital support to people affected by cancer across the UK. The staggering amount raised could support 32 Macmillan nurses for a whole year, helping people living with cancer and their families receive essential support.

Fundraising efforts by teams across the Toolstation business, including those at its distribution and support centre, and its 550 stores took place throughout the year to reach the impressive figure. Support centre colleagues took part in a Tough Mudder challenge; its finance team carried out a 563-mile walk; and several directors from its support centre ran the London marathon for a third consecutive time.

Other fundraising activities carried out last year included participating in Macmillan’s Brave the Shave campaign, sponsored dog walking, team walking events and fancy dress days. These activities were supported by in-store customer donations during the Easter and August bank holidays. Toolstation, toolstation.com

The new Scolmore Group Contractors Booklet is available to download from the app or website. Scolmore, scolmore.com

TRADESPEOPLE SECURE ALMOST HALF THEIR JOBS THROUGH SOCIAL MEDIA

New research from Direct Line business insurance reveals tradespeople who use social media get almost half of their jobs through these channels. Tradespeople recognise the value of being social, with 93% using sites such as Facebook and Instagram to attract customers and over a third say that they get jobs through social media three or more times a week.

Almost 60% of tradespeople using social media say that Facebook is the most effective social media outlet to generate leads for their business; with Instagram (39%), YouTube (33%) and even TikTok (31%) being used as major lead generators.

While using social media is an effective method of generating leads and promoting a business, it does come with risks. Nearly a quarter of tradespeople say that they have received unjustified complaints or reviews online. These unjustified complaints are damaging to the bottom line, with 70% of tradespeople whose company received negative comments on social media saying it had an effect on the company’s ability to find business.

Alison Traboulsi, Product Manager at Direct Line business insurance comments, “Social media is a powerful tool for tradespeople, and if managed carefully, can help businesses build a successful online community. It plays a crucial role in helping to attract and retain customers, so it’s important to make sure that it works for your business and not against it!”

“Unfortunately, people are more likely to share a negative customer experience than a positive one. Sometimes a client will spread misleading information, so it’s important to be proactive on social media, monitoring and responding to the positive, neutral and negative comments and reviews, as not doing so can damage your business.” Direct Line, directlineforbusiness.co.uk

CEF LAUNCHES ISSUE 13 OF ITS TRADE CATALOGUE

CEF has launched its latest Trade Catalogue. Packed with 1,365 new products, the new Trade Catalogue spotlights an extensive range of power tools, hand tools and electrical essentials to meet the needs of electricians and trade professionals throughout the UK.

Mick Di Stazio, Director of Marketing, Europe, CEF, says, “It’s important for us to continue to provide our customers with a wide range of great products and services. Our industry is fast-paced and so our customers need to be able to see at a glance, what’s available and where from. Our free CEF Trade app makes it easier than ever before to order from our new Trade Catalogue and with a Click & Collect option, our customers can check stock availability, reserve orders and arrange for hassle-free collection when it suits them.

“As well as increasing our product ranges by 1,365, we’re giving customers the chance to win some amazing prizes. We’ve partnered with Klein and Super Rod to offer a top prize of £10,000 worth of tools and a trip to Dallas, Texas, USA. We also have runner-up prizes for grabs alongside ‘instant win’ opportunities.”

The new Trade Catalogue shines a spotlight on Makita power tools that are ideal for tough building projects, renovations, and home improvements.

Issue 13 of the CEF Trade catalogue is available to pick up from any of CEF’s 394 stores or people can visit CEF’s website to request a copy. CEF, cef.co.uk

‘FUTURESCAPE’ INITIATIVE LAUNCHED TO PLUG BUILDING SKILLS GAP

RD Group, a group of companies comprising EFT Consult, RDM Electrical & Mechanical Services, and DRS FM Services, has announced the launch of ‘Futurescape’, an exciting new initiative aimed at tackling future skills shortages within the building services sector.

Launched in partnership with Cyfle Building Skills and Young Dragons CIC, Futurescape aims to challenge perceptions and raise awareness of the exciting potential career opportunities within the construction, engineering and renewable energy industries. It will place particular emphasis on green technologies and their role in improving the built environment and developing more sustainable buildings.

It will use innovative, immersive technologies and engaging learning experiences that will expose young people to real life experiences in a virtual environment and allow them to gain a deeper understanding of the industry and potential career paths.

The project will involve children in both primary and secondary schools coming together to work on a real-life project supported by companies who will engage with the schools and provide opportunities for young people to gain a meaningful understanding of the vast range of opportunities that exist within the sector.

The project, which will span the Swansea Bay economic area (Swansea, Neath Port Talbot, Carmarthenshire and Pembrokeshire), is part funded by the Skills and Talent Programme under the Swansea Bay City Deal. RD Group, ravendeltagroup.com

MOVERS & SHAKERS…

ESP has welcomed two new members to the sales team, as the company continues to grow and expand. Liam Wiltshire takes on the role of Area Sales Manager for the South East and Ashley Bown joins the company as the Area Sales Manager for the East Midlands region.

Ovia has also announced two new appointments to the sales team – Peter Stubbs joins the team as Area Sales Manager for Yorkshire and the Northeast, and Gary Middleton has taken up the position of Area Sales Manager for South Wales and the lower West Midlands regions.

Drayton has welcomed Merlin Milner as Product Owner for Water-based Heating Systems, who will support the leading controls manufacturer in expanding its offering of smart home solutions, including its Wiser and Digistat ranges.

Independent builder’s merchant MKM has appointed Rik Pepper as its new Head of Plumbing, Heating and Bathrooms. With three decades of industry experience, Rik brings a vast knowledge of trade trends and innovative new products to the company.

ACCESS CONTROL — A GROWING MARKET

ESP has added a new range of products to its Aperta access control portfolio. The Aperta IP PoE (Power over Ethernet) collection provides quick and easy to install door entry solutions for a wide range of projects, covering large apartment blocks to small commercial properties and domestic dwellings.

According to a report from a leading market research organisation, the Access Control market size was valued at USD 9,527.07 million in 2021 and is projected to reach USD 20,464.96 million by 2030, exhibiting a compound annual growth rate (CAGR) of 8.86% during the forecast period (2022-2030). The growing demand for enhanced security systems and the large-scale adoption of the internet of things (IoT) and cloud computing platforms are driving the growth of the market.

Security has been a growing concern for businesses and homeowners. The safety of people, assets and information and the protection of property is an ongoing priority for individuals and organisations across all industries. A door access control system is generally used to control entry into external doors of buildings and can also be used to control access into assured areas situated within the premises of buildings. The purpose of an access control system is to provide rapid, suitable access to those persons who are official, while at the same time, restricting access to unauthorised people. High-quality security access systems help to keep intruders out and prevent potential theft, and other acts that could cause issues with organisations and individuals.

Aperta IP Door Stations and Monitors

The Aperta IP range provides contractors with quick and easy to install door entry solutions for a wide range of projects, covering large apartment blocks to small commercial properties and domestic dwellings.

The range comprises a visitor Multi Way and a Single Way outdoor station to suit a range of project applications, and a

feature-packed video monitor to enhance user preferences, complete with app facility. All devices are connected together via PoE switches, making installations convenient by removing the requirement to have a power supply per device. In addition, unlike other options on the market, the Aperta IP door entry system does not require programming software to configure the system.

At one end of the range is the IP PoE IP65-rated Multi Way Outdoor Station, which is capable of supporting 200+ apartments, and includes proximity fob and keypad function to release connected door locks, making it an ideal system for buildings housing multiple apartments or offices. For large projects, contractors and specifiers are encouraged to contact ESP’s dedicated technical team for further information at design@espuk.com.

For smaller private or commercial projects is the IP PoE IP65-rated Single Way Outdoor Station, which also includes proximity fob and keypad release facility and can simultaneously call multiple video monitors.

Both outdoor stations are manufactured from an aluminium alloy offering a robust housing design solution with a high impact rating. They feature high-definition cameras and full duplex audio to provide clear communication during a visitor call. The Multi Way Outdoor Station has the additional benefit of a user-friendly 4” GUI display.

The 7” monitors are available in a black or white housing option and feature a slimline, contemporary design. They

offer Wi-Fi and LAN connection to support the various functions of the ClickSmart+ app, including the ‘Call Divert’ feature, which transfers calls to the app when a visitor calls from the outdoor station. The monitors incorporate a user-friendly touch screen GUI monitor and offer full high-definition live view from the outstation’s camera, as well as duplex audio. They also include a monitor record function (microSD card required).

For smaller projects there are two Aperta IP PoE Villa Kits available and each comprises the IP PoE IP65-rated outdoor station, IP PoE monitor – in a choice of black or white – and an IP PoE 4 Channel Switch with two Uplink Ports.

ESP has produced a full colour brochure on the Aperta IP range, highlighting the key features and benefits. It can be downloaded from the ESP website, as well as from the Scolmore Group app.

ESP, espuk.com

IP range provides contractors with quick and easy to install door entry solutions for a wide range of projects

Aperta IP Multi Way

The Aperta

ESP has produced a full colour brochure on the Aperta IP range

ROBE T1 PROFILES ENJOY THE SILENCE AT BIJLOKE MUSIC CENTRE’S CONCERT HALL

The striking and unique concert hall venue, which is part of the Music Centre de Bijloke in Ghent, Belgium, was once a 13th Century civic hospital and now offers a vibrant and interesting blend of music often embracing additional performance and visual art forms such as theatre and film.

During the pandemic, the concert hall, which retains its original wooden curved frame roof and exterior walls, was completely renovated. New lighting was installed as part of this upgrade, including 13 x Robe T1 Profiles.

The works included removal of the entire floor which was sunk down by one metre. This was primarily to improve the acoustics, however, it has also resulted in an additional metre gain of headroom, very much welcomed by the lighting department.

Bijloke Music Centre managed the lighting elements of the concert hall technical upgrade itself and went direct to Controllux to deliver the Robe fixtures once they were selected.

Robe has a long history with Bijloke and 22 x LEDWash 600s, and 6 x E-Spot 600 were already in place in the concert hall, chosen for their light weight and unobtrusiveness.

PORT SUNLIGHT VILLAGE TRUST AWARDS CONTRACT FOR ELECTRICAL TESTING AND INSPECTIONS

Port Sunlight Village Trust, a renowned heritage conservation organisation, has awarded property services business, Liberty a contract for electrical inspection and condition reports (EICR).

The one-year contract will see the business inspect and test electrical installations across 68 grade II listed properties in the Wirral.

The unique nature of this contract holds significant community benefits. By conducting comprehensive EICR testing, Liberty will contribute to the overall safety and reliability of the electrical systems in the heritage properties. This, in turn, will help protect the residents, preserve the historical value of the buildings, and maintain the unique character of Port Sunlight Village.

Lawrence Gilsenan, Liberty’s Regional Director for the North West, says, “The unique combination of grade II listed properties and the critical role of electrical testing and inspections makes this contract particularly interesting. It showcases the commitment of Port Sunlight Village Trust to preserve the historical heritage, while ensuring the continued safety and wellbeing of its residents.”

Lin Whalley, Director of Operations at Port Sunlight Village Trust, says, “Following their proven track record, we’re delighted to have appointed Liberty to conduct EICR testing in some of our tenants’ homes. As custodians of Port Sunlight and a private landlord, it is important the electrical systems in the buildings we care for in this unique village continue to be safe and sound. We’re confident in Liberty’s expertise to help safeguard our properties for many more years to come.” Liberty, liberty-group.co.uk

When considering a new LED profile fixture to join these, the most important feature for the management and technical teams was finding a product that was as silent as possible.

Both the sound and lighting consoles, which are positioned at the back of the auditorium, had to meet similar criteria, with the quietest models chosen and installed. Robe, robe.cz

PIONEERING SOLAR CAR PORT LAUNCHED AT COUNCIL HQ

Northumberland County Council is celebrating the launch of its new state-of-the-art solar car port array – one of the biggest of its kind in the UK.

The project, which includes a covered parking area with a canopy made from photovoltaic (PV) panels, has been designed and built by UK Power Networks Services and will help provide clean energy to the council’s headquarters at County Hall in Morpeth.

The 40-year-old staff car park has undergone major refurbishment work, providing a timely opportunity for the council to upgrade its energy provision so that it is ready for the future.

It is anticipated that the new solar energy infrastructure will save between £100,000 and £150,000 on energy costs each year, which can be invested in council services. As well as this, it is estimated that over 250 tonnes of carbon emissions will be saved each year, assisting the council to meet its target of cutting its own emissions in half by 2025.

The new solar energy infrastructure is one of the largest car port array installations in the UK and

features 800kW solar panels, while also providing weather protection for electric vehicles. Additionally, there is a 400kW battery energy storage system with smart controls to optimise energy use, carbon emissions and costs throughout the day.

Energy from the solar panels will be used to power the main building, provide electricity to electric vehicle (EV) charge points for fleet and staff vehicles and will also be stored to help optimise costs and carbon efficiency.

As well as this, 120 EV charge points have been installed in the staff car park, including 100 fast chargers and 20 rapid chargers, including some dedicated for accessible parking bays. This will make it easier for staff with EVs to charge their cars with no reduction in the number of staff parking spaces for combustion engine vehicles. Additional rapid charge and overnight charging options are also now in place for the Council’s fleet vehicles.

UK Power Networks Services, ukpowernetworksservices.co.uk

© Michiel Devijver

UK’S FIRST SOLAR POWERED ALL ELECTRIC PARK AND RIDE SITE SERVED BY ZERO EMISSION ELECTRIC BUSES

Leeds City Council has opened the UK’s first solar powered Park and Ride in Stourton, serviced by electric buses that link the Park and Ride to Leeds city centre. Stourton is Leeds’ third Park and Ride site and the first that is powered by solar modules coupled with a battery storage system, with carbon emissions being reduced by approximately 471,000KGCO2e in 2022.

The project comprises a 1.2MWp SolarEdge solar system, smart EV charging infrastructure, and a 950kWh battery that allows solar to power the site outside of daylight hours. The system is expected to generate 852,000kWh of electricity a year. The PV panels are located on carport canopies that also provide shelter above parking spaces. Solar energy generated by the system also powers the depot’s lighting, CCTV, and heating in the waiting room.

The project is a key part of Leeds City Council’s strategy to hit carbon zero by 2030 and reduce congestion and pollution in the city centre. With the battery storage in place, around 12% of the energy produced by the site will be exported to the grid, with the remainder stored and used to help power the facility outside of daylight hours. By load shifting using the battery, grid import to the site is expected to be zero for most of the time.

Solar installer, Evo Energy chose a SolarEdge DC-optimised system to compliment the curved solar arrays, where string inverters would have struggled to overcome energy loss due to module-level mismatch, and meet Leeds City Council’s energy generation targets and module level remote monitoring requirements. Each pair of solar modules is connected to a SolarEdge Power Optimiser that enables each module to operate at its maximum efficiency, thus minimising the effect of any shading, uneven panel degradation or heavy soiling.

Traditional strings would restrict the module performance to the output of the lowest-performing

NG BAILEY SECURES ENGINEERING CONTRACTS WORTH OVER £150M

NG Bailey has announced a raft of contract wins worth over £150m for its engineering business in the last quarter, as it continues to build on its expertise in the mechanical, engineering and plumbing (MEP) sector.

The series of wins span sectors including healthcare, education, film and television and rail. This includes a £68m project for the University of Bristol’s Temple Quarter Enterprise Campus, a two-year contract, which will see NG Bailey act as the MEP supply chain partner for the project.

The campus, which will sit at the heart of the city’s vibrant new Temple Quarter, will offer a new academic and scientific research hub, featuring six floors of teaching areas, learning zones, academic offices, research and computer labs, and innovation spaces. NG Bailey will be providing a range of MEP installations on the project, including water source heat pumps, heat recovery units, PV panels and LED lighting, as well as connecting the building to the Bristol City district heating network.

Other recent project wins include a £8.5m project with Transport for London to provide complete MEP and communications services to a new maintenance facilities building at Beckton Depot, which will service TfL’s new fleet of trains.

module on the string. This means that energy production will be higher in future years too, as solar modules age at different rates, exaggerating the string effect.

Nine SE82.8K and a SE17k SolarEdge inverter are located in the terminus building itself. With integrated SolarEdge SafeDC technology, the inverters are designed to reduce the system to a touch-safe 1V to allow routine

maintenance or in the unlikely event of an emergency. The system also includes the Solaredge Firefighter Gateway, which will shut down the whole system when either the fire alarm is activated or an E stop button is pressed. SolarEdge, solaredge.com

The business has also been awarded two projects with Shinfield Studios, a new UK film, TV studio and production hub in

Reading, which will encompass over one million square feet of purpose-built sound stages, workshops, contemporary offices

and post-production facilities, with NG Bailey delivering all MEP services. NG Bailey, ngbailey.com

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The University of Birmingham has announced plans to build a net zero carbon smart building and significantly expand its energy research and education.

The new building, on the University’s Edgbaston campus, will contain state-of-the-art research laboratories. It will form the cornerstone of the University’s vision for a ‘living laboratory’, in which the campus is transformed into a national testbed for innovation in low carbon energy systems.

SCHNEIDER ELECTRIC EMOBILITY SOLUTION POWERS BIRMINGHAM NEC EV CHARGING HUB

Once completed, the facility will be home to the University’s Birmingham Energy Institute (BEI), bringing together interdisciplinary energy research and education from across the University and its partners.

It will also provide a nerve centre for the University’s industrial collaborations, in which digital sensor and analytics technologies will be combined across the University’s campuses in Birmingham and

Dubai to test new, low carbon approaches to energy generation and use.

Overall, the planned ‘living laboratory’ will form a testbed ecosystem at city scale, with the new building at its heart.

Professor Martin Freer, Director of the BEI, says, “This is a truly ambitious step towards a net zero carbon society. We are working with local, regional, national and international partners to unlock the deployment of solutions that

will accelerate the energy transition. This new investment will put us in a position to bring transformational change to the sector. We are excited to be working with both existing and new partners to develop and test new innovations – both technical and non-technical – on a scale that is not currently available anywhere else in the UK.”

University of Birmingham, birmingham.ac.uk

Schneider Electric has installed an integrated eMobility solution to power the charging infrastructure for the EV charging hub at the Birmingham NEC. The end-to-end solution is made up of a range of dedicated Schneider Electric power distribution products and solutions designed to deliver a reliable and sustainable energy source for Europe’s largest public EV charging hub.

Schneider Electric was selected and commissioned by The EV Network as part of a landmark project involving multiple contractors to deploy 180 BP Pulse EV charging devices at the Birmingham NEC. Schneider Electric provided the EV charging infrastructure required to power each of the 180 charging devices and a Starbucks drive-through on the same site.

The installation distributes power from the national grid to the site, but it can integrate with microgrids and renewable energy sources, including a solar canopy that is located onsite.

Schneider Electric’s eMobility proposition provides partners and customers with a comprehensive end-to-end solution made up of medium and low-voltage electrical distribution equipment and smart digital products and services based on its EcoStruxure platform. The combination of dedicated equipment and digital tools delivers a power supply that is continuously monitored and analysed in real-time to support a highly efficient EV charging infrastructure. eMobility solutions can also support renewable energy sources and microgrids to help manage distribution and support peak and off-peak

usage, all managed by software and automation to regulate energy, storage and capacity.

The Birmingham NEC EV charging hub installation includes Schneider Electric’s Packaged Substations,

incorporating a set of remote mounted units, transformers and circuit breakers.

Schneider Electric, se.com

UNIVERSITY OF BIRMINGHAM ANNOUNCES £50M INVESTMENT INTO THE BIRMINGHAM ENERGY INSTITUTE

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NEW EXPERIENCED WORKER ASSESSMENT ROUTES APPROVED FOR FESS INDUSTRY

The JIB has announced that two new routes to Electrotechnical Certification Scheme (ECS) gold cards for the Fire, Emergency and Security Systems (FESS) sector have been approved.

The EAL Level 3 NVQ Diploma in providing electronic fire and security systems, which is part of the FESS apprenticeship for Northern Ireland and Wales, is one route being used for experienced workers who have been in the industry for a number of years, but do not have a completed apprenticeship of relevant qualifications.

The other route now available is from BPEC and focuses on the principles of in-centre assessment to provide a route which maps the equivalent underpinning knowledge, vocational aspects and assessment of competence expected as if someone was completing an apprenticeship.

Crucially, these experienced worker assessment routes are not training courses, but assessments for those already working in the industry, and therefore do not require

people to go back to college. They are based on the principles of work-based assessment and provide a more cost and time effective route to qualified status.

On completion, individuals will achieve FESS Technician status and entitlement to apply for a gold card under the ECS. JIB, jib.org.uk

SCOTLAND’S YOUNG SPARKS AWARDED SJIB APPRENTICES OF THE YEAR

Two young electricians have been recognised for their exceptional talent in the Scottish Joint Industry Board (SJIB) Apprentice of the Year Awards, in conjunction with Edmundson Electrical.

John Baxter proudly lifted the 2023 trophy after impressing the judges, while fellow Ben Wardrop received the 2022 award in recognition of his achievements, with both also being presented with a cheque for £1,000.

Fiona Harper, Secretary of the SJIB, says, “The SJIB Apprentice of the Year Awards celebrate the best new talent in our industry and reinforce the fact that apprentices are the sector’s great hope for the future.

HAMWORTHY LAUNCHES CIBSE-ACCREDITED CPD AND WHITEPAPER

Hamworthy Heating has announced the arrival of two new resources – ‘An Introduction to Heat Pumps’ CIBSE approved CPD and ‘The Hamworthy Roadmap to Decarbonisation’ whitepaper.

Ideal for specifiers and installers wishing to understand more about heat pumps and the latest industry developments, ‘An Introduction to Heat Pumps’ is the latest CIBSE-accredited CPD course. Covering the main heat pump operating principles, such as energy, refrigeration, technology and efficiency, the course highlights the different types of commercial heat pump equipment available and explores the influencing factors which need to be considered before heat pump selection.

Also focusing on heat pump design principles, it looks at the main points to consider when it comes to designing a heat pump system, before concluding with an overview of market drivers and government incentives.

To further support the transition to low carbon heating and hot water, the new whitepaper features an in-depth examination of decarbonisation. Looking at the current landscape, it discusses the challenges of implementing a roadmap to decarbonisation and how heat pumps play a pivotal role in this transition.

Hamworthy Heating, hamworthy-heating.com

“John and Ben are both remarkable young electrical professionals who have demonstrated tenacity and determination to succeed in their chosen careers and have now acquired skills which are not only future-proofed but internationally transferrable.

“They have shown both ability and dedication throughout their training and we are delighted that they have now been recognised for their exceptional talent.”

John, from Macduff, Banffshire, works for Muirton Control and Automation in Fochabers, Morayshire, after completing his studies at North East Scotland College’s Fraserburgh Campus. He says, “Undertaking my apprenticeship has been a great challenge, but also a terrific opportunity and to have my hard work recognised in this way is more than I could ever have hoped for.”

Fellow winner Ben, from Stirling, works for Ross-shire Engineering in Muir of Ord, after studying at Forth Valley College in Falkirk. Ben says, “Electrical apprenticeships are more vital than ever and I’m very pleased not only to have completed my learning but to also have been awarded this tremendous accolade.”

Scottish Joint Industry Board (SJIB), sjib.org.uk

THE MATTER PROTOCOL: WHY IT MATTERS FOR ELECTRICIANS IN THE FUTURE

In the rapidly evolving world of technology, the term ‘smart home’ has become increasingly prevalent. From thermostats that learn your preferences, to lighting systems that adapt to your mood, the smart home industry has seen remarkable growth. But behind these smart devices lies an essential aspect that will shape the future of home automation: Matter Protocol. In this article, Amit will explore what Matter is, and why electricians are ideally positioned to capitalise on this emerging protocol while installing smart home systems.

What is Matter?

Matter is a communication protocol designed to standardise the way smart devices interact with each other. Formerly known as ‘Project CHIP’ (Connected Home over IP), Matter is backed by industry giants such as Apple, Google, Amazon, as well as electrical brands such as Retrotouch and Lithe Audio, to name a few. Its primary goal is to ensure interoperability between various smart devices, allowing them to communicate seamlessly, regardless of the manufacturer or brand. This protocol promises to revolutionise the way we experience smart homes.

Why electricians are best positioned

• Expertise in electrical systems: Electricians have the expertise and experience needed to handle the electrical aspects of smart home installations. This includes wiring, circuitry, and ensuring that all devices are safely integrated into the home’s electrical system. With Matter’s focus on connectivity, electricians play a crucial role in ensuring that devices are correctly wired and connected.

• Integration of Matter-enabled devices: Matter is designed to work with a wide range of devices, from thermostats and lights to active ceiling speakers, door locks and sensors. Electricians can leverage their knowledge to integrate these devices seamlessly into a home’s electrical system. They can also ensure that these devices are placed strategically to maximise their effectiveness and connectivity.

• Troubleshooting and maintenance: As with any technology, smart home systems can encounter issues that require troubleshooting and maintenance. Electricians are well-equipped to diagnose and resolve electrical and connectivity issues. They can provide valuable services to homeowners by ensuring that their smart home systems continue to function optimally.

Upselling opportunities for electricians

• Comprehensive smart home installations: Electricians can offer comprehensive smart home installation services that cover the entire spectrum of Matter-enabled devices. This includes lighting control, integrated audio, HVAC integration, security systems, and more. Homeowners are increasingly looking for integrated solutions that simplify their lives, making this a lucrative upselling opportunity.

• Network optimisation: Matter relies on a robust network to ensure device communication. Electricians can offer network optimisation services, including Wi-Fi signal enhancement and network security, to ensure that smart devices function seamlessly. A reliable network is the backbone of a smart home, and homeowners are willing to invest in it.

• Regular maintenance contracts: Electricians can establish maintenance contracts with homeowners, offering periodic check-ups on their smart home systems. This not only ensures the longevity of the devices, but also provides ongoing revenue for electricians.

Conclusion

As the smart home industry continues to grow, Matter Protocol will become the standard for device communication. Electricians are uniquely positioned to take advantage of this emerging protocol by offering their expertise in electrical systems, device integration, troubleshooting, and maintenance. By embracing Matter and the opportunities it presents, electricians can not only expand their service offerings, but also play a pivotal role in shaping the future of smart homes. In the coming years, Matter will indeed matter to electricians in more ways than one, opening up exciting possibilities for their businesses.

Lithe Audio, litheaudio.com Retrotouch UK, retrotouch.co.uk

Amit Ravat, Managing Director of Lithe Audio and Retrotouch UK, sheds some light on

the Matter.

Smart devices will shape the future of home automation Matter relies on a robust network to ensure device communication

LUCECO’S PURRFECT LIGHTING AT THE CATS PROTECTION GLASGOW ADOPTION CENTRE

Luceco has recently supplied energy efficient lighting to the Cats Protection Glasgow Adoption Centre.

Since 1927, Cats Protection has become the UK’s leading cat charity, helping over 1.5 million cats find new homes through a national network of over 200 volunteer-run branches and 34 centres.

Acting as a subcontractor to principal contractor Scotwood Interiors, Electrical Solutions (Scotland) completed the lighting installation using modular LuxPanels, surface mounted Sierra bulkheads, linear IP65 rated Climate fittings and recessed Carbon and Platinum Mini downlighters with IP65 diffusers.

The installation included recessed ceiling day and night PIR motion sensors and presence/absence dimming detection to assist with the energy efficiency of the building and for the comfort of the occupants. The recessed mounted switching DALI PIRs also offered scene setting which is simply programmed with a handheld remote control.

The addition of lighting controls to an installation ensures considerable energy cost savings as well as a straightforward method of reducing an organisation’s carbon footprint.

Platinum Mini offers the technical benefits and aesthetics of the larger Platinum luminaire range, in the form of a compact and high performance downlighter, with an efficacy up to 133Llm/cW with a matt reflector. With a diameter of just 165mm, the die-cast aluminium body is designed to provide optimal thermal control, and ceiling cut out of 152mm. Recessed mounting is made easy with a unique swing tab design for quick installation.

Additional Platinum Mini luminaire options include emergency, self-test, and DALI variants, as well as a 3000K option, providing a warmer, more comforting lit environment, sometimes preferred in certain public areas and domestic settings.

Product accessories include a range of circular, square and frosted drop glass bezels in brushed steel, polished chrome or white or with a diffuser. At the Cats Protection Glasgow Adoption Centre, an IP65 rated twist on white bezel with clear diffuser was specified.

Luceco Project Manager, Grahame Scott, says, “Chris Bryant from Electrical Solutions (Scotland), a long-term partner of Luceco, asked us to come up with a cost effective design to meet the requirements of the specification, which resulted in a lighting scheme that has achieved these results leaving all involved ‘feline purrfectly’ satisfied with the outcome.”

Luceco, luceco.com

The addition of lighting controls to an installation ensures considerable energy cost savings

Luceco’s installation at the Cats Protection Centre in Glasgow

SHINING A SPOTLIGHT ON LEADERSHIP

CW: Tell us about yourself and how you got into the sector.

JW: I started my professional career at BT Cellnet as a Business Intelligence Analyst, developing and implementing business reporting systems. It was an exciting time in the sector – gaining intelligent data from systems in order to make better business decisions was a new concept, and the sector was on a massive growth path.

From here, I joined Aurora Lighting to implement their business intelligence system and associated KPIs. Throughout my career at Aurora, I focused on getting systems to work in the leanest and most efficient way. Having a stock management and forecasting system that could cope with sudden growth was a big hurdle for us in the beginning. Having a centralised system that could manage purchasing on a global scale across continents and countries was equally challenging. Luckily, that market has made huge progress now, which makes my life simpler!

Since then, I’ve spent 15 years working in procurement, purchasing, stock management, and creating efficiencies in the movement and supply of goods, before taking on the exciting role as MD.

CW: For those who may not know, can you give us an overview of the work that Aurora does?

JW: Aurora Lighting are LED lighting specialists. We focus primarily on servicing wholesalers throughout the UK and Ireland with innovative lighting solutions, coupled with lighting designs and award-winning customer service.

Our portfolio spans both residential and commercial applications. Our core ranges include fire-rated downlights, architectural downlights, LED panels, LED drivers, floodlights, outdoor and emergency lighting, as well as many other solutions.

Whilst we are well-known and firmly established in the residential sector, we have a wide range of commercial fittings, suitable for warehousing, car parks, schools, healthcare, restaurants and retail stores.

We strive to provide the most energy efficient lighting, so that our customers not only save money, but ultimately save energy and the planet too.

CW: Can you give us an example of a partnership you are particularly proud to be a part of?

“McDonalds has entrusted Aurora to save over 50% of their energy bills, and we’ve helped them achieve this since our relationship began 12 years ago”

JW: McDonalds has entrusted Aurora to save over 50% of their energy bills, and we’ve helped them achieve this since our relationship began 12 years ago. As their preferred supply partner, Aurora has saved McDonalds in the region of £10m per annum across their entire estate, which spans about 1,400 stores in the UK.

This partnership began during the London Olympics in 2012, when we kitted out the kitchens of the McDonalds restaurants in the Olympic estate with suitable lighting solutions. This lighting stayed on 24/7 from April to November that year. As we proved our value by working on each step of the process – from bespoke products to offering a first-in-class warranty and a full aftercare service – we became their supplier for the refurbishment of the entire McDonalds estate in the UK.

We now have circa 400,000 reliable fittings installed across their entire estate of restaurants and delivery kitchens – all with a single aim: driving energy efficiency.

CW: Tell us about your current role as MD –what are you responsible for and what does the normal working day consist of?

JW: My role is to steer the company in the right direction. I have a great management team that leads and directs our core functions – sales, commercial, purchasing, product marketing, production development, operations, and finance. We align our teams to our projects and ensure our core values are adhered to; passion, people-focused, customer-centric, quality and sustainability. My normal day consists of lots of meetings and preparing presentations and slide decks to communicate our vision and ideas amongst the team. These meetings are a necessary step to ensure everyone knows where we are going and how we are going to get there. Preparing slide decks ensures that you know your own strategy inside out, and the process of creating these helps to streamline your thoughts into a desired outcome.

Carly Wills speaks to Jean Wallace, Managing Director at Aurora Lighting, about her role as the first female MD of Aurora, life at the company, and what the future of the industry looks like.

The constant focus is to work out how we can be better in all aspects of business.

CW: What are the best things about your role? What are the most challenging?

JW: We have an incredibly talented team here, and I like to ensure everyone utilises their best potential, so they add value and feel appreciated. We haven’t focused on training and development in the past, but this is an important part of my agenda going forward. I’m extremely passionate about people and I want to lead a team of developed, free-thinking and creative people on a journey to success.

The challenging side is thinking about how we can be more sustainable, and not just in a verbal way. I care deeply about the planet and believe that a huge amount of work needs to be done in making this area genuine. I dislike when companies claim sustainability, but it’s only lip service, rather than making a statement that one stands by, in terms of their actions.

CW: As the first female MD of Aurora, what are your values as a leader?

JW: My values are having a much more engaged, feminine approach to things. I’m a big fan of partnering with people where we can. I like to bring everyone together on the journey. I have a growth mindset and a huge desire to succeed. I listen, which is so important, yet often overlooked. I’m very level-headed and super practical. I don’t like to overcomplicate anything; for me simplicity is the best. We hope to bring this simplicity back into our products and services where everything ‘just works’. I aspire to lead by example, so it’s important for me to ensure I pay attention to the things that matter to us, so that this insight flows throughout the company.

CW: What is the culture like in the Aurora office and how has it changed since you became the MD?

JW: I’ve worked hard to change the culture at Aurora to one of inclusiveness, openness, and teamwork. I genuinely love people and eccentric ideas and feel

The challenging side is thinking about how we can be more sustainable, and not just in a verbal way

most comfortable in an environment where everyone aligns and works together towards a common goal. We are more structured and focused than ever before, and are starting to put the customer at the heart of everything we do.

CW: What’s next for you and for Aurora?

JW: Really understanding what our customers want is the critical next step for us. We have a very loyal workforce here at Aurora and we want to spread that to our customers. I love Aurora and I want our customers to love what we offer! We also want to embark on a full circular range of products, that are manufactured in a way that is more mindful of their impact on the environment, particularly those that can be remanufactured to avoid extracting new raw materials.

CW: Do you have any career advice for anyone starting out in the industry?

JW: Find a niche within the market and focus on that first. Be skilled in one particular area – know it by heart and everything about it. After that, you can naturally branch into team management or be more of a generalist, but it is so important to have that core skill as it transcends into everything you do.

CW: What does the industry look like five years from now?

JW: Right now, everything is happening quicker than we would like – since COVID-19, the world has awoken an online beast and it’s not going back to sleep. You can get everything and anything you want within 24 hours. It feels like anything you might predict for five years’ time will instead happen in two years – such is the rate of change and progression. Solar is making a firm stance in the lighting industry, but there is still some way to go in terms of where to store the energy on those dark wintery days, where lack of sunshine is an issue for us.

For Aurora, the focus is creating more efficient luminaires that reduce wattage

rather than increasing lumens. Now that manufacturers are focusing on reducing the wattage of the luminaire, it means energy savings for businesses and homes, and less impact on the environment from your lighting.

Another focus for Aurora is producing lit effects that are designed around people, rather than around spaces, supporting better lighting control and schemes that benefit how people will use the spaces they’re in. This includes ensuring higher CRI values that are trending towards light that looks like natural light, allowing your home or office to feel like an extension of the light outside. This is achieved by offering lower glare without sacrificing on efficiency, and engaging with the effect of light on human circadian rhythms to improve alertness during the day and avoid disrupting sleep at night.

CW: What do you think are the most exciting products or technologies coming to the market?

JW: EV chargers. We have just launched an amazing EV charger using our core lighting experience, adding a niche lighting feature to our EV charger to make it stand out from the crowd.

Solar is going to be much bigger and, I believe, will be incorporated into the design of buildings going forward, rather than just roof panels.

My daughter came up with a great idea the other day: “why don’t electric cars have solar roofs so they can charge as they drive?”. She is dead right.

CW: What are your interests away from work?

JW: When I’m not walking the dog or cooking dinner for the kids, I love travelling and have been around the world twice. I really enjoy the outdoors and feel at home camping (or glamping) and being out in nature – biking, hiking and scrambling or anything that is fun and adventurous. I’m a certified scuba diver, but I’ve come to realise that I prefer my feet to be planted on the ground.

Aurora Lighting, auroralighting.com

SEMI-TRANSPARENT LIDS FOR NEW Q-NECT IP JUNCTION BOXES

Win a £200 Virgin Experience with Unicrimp

Unicrimp, part of the Scolmore Group of companies, continues to expand its Q-Nect range of lever connectors and junction boxes. The latest additions to the range are IP66-rated, weatherproof junction boxes with semi-transparent lids. The addition of the semi-transparent lid takes the IP Box to the next level, allowing you to see the inside connections without compromising the integrity of the enclosure.

The Q-Nect IP66 junction box is designed to make installations more efficient. It can house four of the 3 Port Lever Connectors using the 360° detachable cradle and, with a curved lid, it provides additional space for wires. The lid is locked using quarter turn fasteners. The semi-transparent lids are available on the IP66 Weatherproof Enclosure that is furnished with four 3 Way Lever Connectors.

The junction box features 10 membrane entry points. Protection against moisture and dust is enhanced with the self-sealing

membranes which provide a faster and more secure cable entry, whilst at the same time maintaining the IP66 rating. Installers have the option of using up to eight M20 cable glands with the junction box. The M20 threaded entries with membrane ensure that the IP rating is maintained without needing to use any tools or locknuts.

Multiple fixing options are available – either fixing directly to a wall using four screws into the pre-moulded holes in the base or using the detachable wall clip which requires just two screws.

The new junction boxes with semi-transparent lids are available in a black or anthracite grey finish, with the anthracite grey colour option designed to match the Click Scolmore Aquip66 weatherproof socket and switch enclosures, which are also available with the same semi-transparent lids.

A comprehensive Q-Nect brochure can be downloaded from the Unicrimp website, as well as from the Scolmore Group app.

Unicrimp, unicrimp.com

For your chance to win a £200 Virgin Experience voucher, simply answer the following questions correctly.

1. The new junction boxes with semi-transparent lids are part of which Unicrimp range?

a) Q-Crimp

b) Q-Nect

c) Q-Fire

2. Which IP rating do the new Q-Nect junction boxes with semi-transparent lids carry?

a) IP66

b) IP65

c) IP44

3. How many 3 Port Lever Connectors does the new Q-Nect junction box house?

August Competition

The winner of the August competition – a QUBEV Smart home charger, courtesy of Rolec EV – was Mike Redfern-Jones.

Closing date

All entries must be returned by 31 October 2023. The editor’s decision is final. For the full terms and conditions, visit electricalcontractingnews.com/ competition-terms.

The name of the winner will be published in the December issue of ECN.

*Prize not exchangeable.

To enter, please complete the form below and post to: ECN Competition, All Things Media Ltd, Suite 14, 6-8 Revenge Road, Lordswood, Kent, ME5 8UD. Alternatively, you can enter online at electricalcontractingnews.com/competition or email your answers and contact details to: carly@allthingsmedialtd.com.

The answers to October’s competition are:

visit

TRIED, TESTED AND FULLY CONFIGURABLE

pay-to-charge option via Monta or any chosen back-office management system. Whether it’s residential, car park or destination charging, BasicCharge fits the The best part? BasicCharge is a breeze to install. From unboxing to fully installed, Rolec provides step-by-step guides which walk electrical contractors through each simple step, ensuring the safe and efficient

Want to know what funding is available to your customers? Rolec’s collaboration with Wattif EV means that you can now provide a variety of funding options to your customers. Fully funded, part funded, and subscription solutions are available for businesses, local authorities and landowners, enabling you to

THROUGH MANUFACTURING & INNOVATION

Installer: Evitec | Photographer: Arron Newman

The OZEV WCS & EV Infrastructure grants are still available, but you only have until 31 March 2024 to apply for the grant and later receive funding approval.

Partner with Rolec

By now we all know that the future is electric. As the demand for EV charging infrastructure continues to grow, what essential knowledge can empower you to deliver a seamless EV charging experience to your customers?

One of the strongest connections

Rolec has made in the industry is with the electrical contractors that install Rolec chargepoints worldwide. When the company first built its custom training Academy, it was to show them just how integral they are to Rolec’s business. Now the company welcomes contractors to its premises regularly to keep them up to date with the latest product range and training.

To add the final touch, Rolec’s courses are CPD Accredited and its new Installer CPD Training is now available. Charge your knowledge, improve your skills, or simply keep up to date with the latest developments in EV charging while earning four CPD Credits.

The courses are led by Contractor Relations and Training Manager, Allan Ross, who is here to assist you throughout the entire journey of preparing your business and your customers for net zero, providing guidance from the initial stages to ongoing support once your EV charging project is underway. Allan became a member of the Rolec EV team with two primary focuses: contractor relations and training whilst strengthening connections with existing Rolec Approved Installer Partners. His reliability and supportive nature will ensure that you and your customers get the most out of your charging experience – whether you are new to the EV game or a seasoned pro. Partner with Rolec to become a Rolec Approved Installer and benefit from individual training resources. Or, if you have been a long-time Rolec approved chargepoint installer, now is a great time to renew and refresh your partnership. Book with Allan today.

Rolec and Monta; making EV charging a whole lot better

Rolec already manufactures all its AC chargepoints in the UK at its custom-built factory in Lincolnshire. So, the company gets a behind-the-scenes look at every single step an EV charger takes before it reaches you. On one of these behind-the-scenes snooping sessions, someone asked the question: “what more

could we be doing?” And soon, Rolec had come up with a solution; the company was able to offer pre-onboarding to Monta. The biggest benefit? For larger projects, the installer will receive an invite to the ‘Installer Job’ on the Monta portal once units are dispatched to them, where the entire network of chargepoints will be uploaded and waiting. No more manually entering the serial number for each unit, now the installation can be more about installing and less about admin.

But that’s not all. Monta offers real-time status and analytics, helping you optimise chargepoints, spot trends, and understand user behaviour. This data-driven approach aids in infrastructure improvement and customer satisfaction. As an installer, you also gain access to Monta’s lead generator, which provides timely information on nearby chargepoint projects, allowing you to expand your business.

Cost savings and support

Choosing Rolec EV Powered by Monta means you can offer your customers the most competitive socket pricing in the industry. This comes paired with Monta’s feature-packed Enterprise Plan, 24/7 support, reduced transaction fees and subscription costs.

Once the installation is complete, you can ensure customer peace of mind by offering access to Monta’s 24/7 support system. This service efficiently handles customer queries or concerns, reducing late-night callouts, enhancing satisfaction, and lowering maintenance costs.

The Monta platform not only allows Rolec to stay up to date with ever-changing regulations, but it also enables you and your customers to get the most out of your chargepoints.

Assured availability

Rolec remains one of the largest manufacturers and suppliers of smart OCPP compliant AC fast and DC rapid chargers. The company has been building relationships with a prestigious portfolio of bluechip customers with a strong national wholesale network for over 12 years, which has grown to include over 3,500 distributors and stockists.

Rolec’s extensive stock holding enables the company to offer next-day delivery across its AC range and just three to five day delivery on the DC range of stocked chargers.

Buy with confidence

For more than three decades, Rolec has been a trailblazer across land, sea and road, creating bespoke and advanced outdoor electrical technology to help people power on their journeys nationwide.

FULLY FUNDED SOLUTIONS

Did you know you can o er your customers FREE EV chargepoints, installation and management?

The company’s commitment to excellence is evident in all of its products, which, whether hardware or software, are designed to high standards, ensuring that customers are at the centre of the services Rolec creates and delivers. With decades of hands-on experience and invention, Rolec understands EV charging inside out.

For example, the company’s in-house R&D Centre is at the heart of its innovation, driving progress forward. It’s here that Rolec developed its bespoke Smart Board, purpose-built for its complete range of chargepoints, featuring dynamic load balancing and solar connectivity.

• Over 30 years experience in manufacturing

• Over 15 years in the EV industry

• UK manufacturer and supplier

• Three years product warranty

• Specialist support team

Here for you

Rolec’s team of dedicated account managers are here to support you and your customers throughout your entire journey; from offering guidance to streamlining grant applications, while the onboarding team has closely collaborated with Monta to simplify the installation of its EV chargepoints. This collaboration ensures a seamless transition to Monta’s back-office and a more convenient experience for electrical contractors than ever before.

Looking towards the future

Rolec says it is ae dedicated to shaping an EV landscape that simplifies your role as an electrical contractor, including seamless integration and accessibility, and advancements in charging technology to deliver faster solutions to customers, a more collaborative approach to developments, the integration of renewable energy, and an all-round improved user experience.

Rolec EV, rolecserv.com

The outlook for EV charging infrastructure remains positive

Installer: Evitec |

Photographer: Arron Newman

WHY ARE SO MANY UK EV CHARGERS BROKEN?

With as much as 30% of charge points being out of order in parts of the UK, it’s natural to wonder what the root cause of the issue is – an issue that becomes even more problematic if we consider the already critical need to expand existing charging infrastructure.

As of the end of April 2023, there were

available infrastructure – increased usage results in more wear and tear, meaning failures will become even more frequent,” says Robert.

“Having spoken to countless EV drivers, one of the consistent complaints is out-of-order charge points, and it is clear that some of these are unavailable for long periods of time.

“This may be due to a number of reasons, such as relatively small numbers of EVs in the UK fleet and locations that are difficult to reach. Regardless, failing

Scheduling in preventative maintenance tasks and routine tests and inspections to comply with the manufacturers’ recommendations can go a long way towards improving user experience.

“EV charging points can fail for a number of reasons, and though unexpected problems can always arise, such as loss of power supply, back-office connectivity or components malfunctioning, providing regular maintenance will significantly reduce the likelihood of some of these occurring.

“For instance, simple visual inspections can identify if there are issues with the connectors, such as dirt making its way to the electrical contacts, or physical damage

“Ensuring tethered charging cables are stored securely, protecting the cable from damage or from becoming a trip hazard is equally important, as is general maintenance such as cleaning, inspection labelling and signage so that instructions

“And of course, there is the technical side, which includes checking and testing that the charge point operates correctly, and the safety devices and systems work

Crucially, the availability and stability of the charging point should be regularly monitored, so that action can be taken quickly if and when issues come about. Visibility and control are vital in supporting the viability of the infrastructure, especially

Further, being aware of the lifespan of charging stations and having the knowledge required to address and prevent specific issues from occurring is instrumental in working towards

valuable charging points usage data can be, such as to track progress in relation to specific KPIs and establish whether usage rates are consistent with expectations – another aspect of maintenance that is often overlooked. Proper maintenance of charging points ultimately means getting

Robert Byrne, Operations Director at adi Vehicle Charging Solutions, discusses the need for proper maintenance within electrical vehicle charging infrastructure.

• Tested in accordance with IEC 61439-3

• Tested in accordance with IEC 61439-3

• Extension enclosures, metering kits & surge protection available

• Extension enclosures, metering kits & surge protection available

• Tin plated busbar, improved connection, prevention of copper oxidisation

• Tin plated busbar, improved connection, prevention of copper oxidisation

• Fully shrouded neutral terminals

• Fully shrouded neutral terminals

• 4 to 16 triple pole ways

• 4 to 16 triple pole ways

• Single phase conversion kit

• Single phase conversion kit

• Busbar short circuit withstand rating Icw 20ka 0.25s

• Busbar short circuit withstand rating Icw 20ka 0.25s

• IP4X with door and DFC fitted

• IP4X with door and DFC fitted

• IP2X with all devices and blanks fitted with covers off

• IP2X with all devices and blanks fitted with covers off

WHEN IT COMES TO INSTALLING EV CHARGERS, THINK SMART

It’s not just down to the practical decision to diversify your electrical business to include chargers. Think multiple revenue streams and value adds for customers…

You may or may not know it, but chargers require software to get the best out of them. And whilst you can charge a car and access basic charge data using the average charger, software does the rest.

One way to think about this is to consider how your phone uses software to keep it secure and updated with added functionality. It’s exactly the same with chargers.

It makes the chargers infinitely more useful and gives you an advantage over other local installers – not to mention the upside from having visibility of all your charge points to make maintenance that much easier.

The best bit is that it’s quick and easy to install software onto a compatible OCPP charger so that your customers have access to smart, cost saving features.

Imagine giving your customers a way to set the time they want their car to charge so they benefit from cheaper night time electricity whilst they’re sleeping.

Or a way for them to set payment tariffs so they can rent out their drive and let their neighbours book a slot.

It’s an open road in a sense because software companies compete on new functionality. But do remember that not all software is equal and do your due diligence.

It could be the difference in your customers comparing their amazing charger to their neighbours’ basic version, or vice versa. Even though it’s the same charger.

If this all sounds good but you’re worried about taking on the warranty, don’t – smart software can be an excellent ally. Some systems provide their own first line support, taking the pressure off. They can remotely reset units – no matter how smart, turning it off and on again tend to do the trick.

Software reduces the risk and helps deliver the glory. And good software providers make it easy for your customers to switch to deals that suit their needs. But do check before recommending a provider, as this varies.

On top of this, you’ll be relieved to hear that costs are generally low. Most basic subscriptions are free, and paid packages tend to start as low as £5 a month, despite likely saving you much more considering today’s energy prices. Although your customers who provide public charging will benefit more from the Enterprise package, designed to help them meet the new government regulations.

Lastly, it’s worth considering customer support options so you don’t spend valuable earning time sorting out issues with the hardware or software.

Most suppliers offer 24/7 support, but only some employ people technical enough to resolve issues quickly so you’re not hanging around on a job. Choose wisely.

Earning ideas for electricians

It’s easy to significantly increase your monthly pay packet and install chargers that continue earning you money long after you’ve left the site.

One way is to partner with software or hardware manufacturers that offer referral programmes, such as Clenergy EV –although there are others.

Clenergy EV gives preferred installers a fee for every charger it upgrades, as well as a percentage of the transaction fee every time that charger is used.

In reality it means some add up to £800 to their monthly pay packet and earn passive income on every charger for its lifetime.

• Earn while you sleep: Look for the best software referral programmes that pay per charger as well as providing passive income opportunities. It’s also worth checking if the software lets you track your additional income streams on your phone.

• Maintain your charge points remotely: A good software system gives you visibility of all your charge points, making maintenance easier.

• Become a charge point operator (CPO): Use software to manage and maintain your own network. If you’re a preferred installer, this is especially lucrative as chargers continue to earn you money long after you’ve installed them.

Think smart

• Partner with a reputable software company that tests for charger compatibility.

• Find easy to use software that does what you and your customers want it to do.

• Look for features that pass on cost savings and other benefits to customers.

• Choose software that is easy to switch and offers the right level of support.

Clenergy EV, clenergy-ev.com

Everyone’s talking about the EV industry but, regardless of your personal view of electric vehicles, they provide an opportunity to put additional money in your pocket.

quick and easy to install software onto a compatible OCPP charger Chargers require software to get the best out of them

Helping to deliver electricity to over 448,000* charging points across the UK, every day.

Webro EV Charging Cables are contributing towards a net zero future, by supplying charging points with the electricity that over 2.3 million** EV drivers rely on to help them get from A to B with peace of mind. We do more than you think...

Webro Cables are available next day on reels and cut to length. Explore the full EV Charging range at www.webro.com

Source: *Zapmap, **The Echo Experts

Type B device can be used or Type A, if explicit protection against smooth DC greater than 6mA is integrated into the EVSE, such as Residual Direct Current Detection Device (RDC-DD), as defined by

What is the minimum IK impact rating a

According to BS 7671:2018+A2:2022

Section 722.512.2.203, charging points installed in public areas or car parks should have AG3 – impact of high severity rating. In practice, that means that the charging points should be installed at heights and in positions where they are

THROUGH MANUFACTURING & INNOVATION

should be provided where there is risk of direct impact (such as bollards or barriers); and the charging equipment itself should have minimum IK08 rating.

IK rating indicates the degree of physical protection that applies to the complete enclosure of equipment. In simple terms, it indicates how hard the equipment can be hit before the enclosure can be expected to break. IK rating is described in BS (IEC) EN 62262:2002+A1:2021, where 12 ratings are defined (from IK00 having no protection to IK11 being able to withstand 50 Joules of force applied. IK08 requires the equipment to be able to withstand five Joules of force).

Q: Which type of load management is needed?

A: Introduction of any EVSE equipment to a property will inevitably add additional strain to the supply network and the local installation itself. It is important to understand what the maximum demand of the property is prior to installation of charging points. It is also important to remember that diversity cannot be applied to EVSE, as it will operate at the rated level continuously, unless limited through configuration or instructed otherwise by the vehicle.

BS 7671:2018+A2:2022 Section 722.311.201 states that load curtailment, including reduction or disconnection, either automatically or manually, can be taken into consideration when determining the maximum demand of the installation. In many situations, manual load reduction (through configuration) can impede the user experience when charging vehicles, so automatic approaches through load management equipment or software would be more appropriate.

There are two variations of load balancing solutions available – static and dynamic. Dynamic load balancing typically includes installation of additional meters and/or current transformers to the incoming supply to measure the overall power consumption of the property. The measured values would then be assessed by the EVSE or the load balancing controller, allowing the EVSE to use the remainder of the supply to charge the EV. Furthermore, DNOs may require dynamic load balancing to be installed if the maximum demand thresholds, explained in Energy Network Association (ENA) Electric Vehicle Charge Point and Heat Pump Connections Process, are reached or if local transformers have limited capacity. Static load balancing can be used in installations where the actual power consumption of the property is known and is relatively stable. The power consumption of the property does not need to be measured continuously, so there is no need for additional meters or CTs, and there is a dedicated amount of power capacity dedicated only for vehicle charging. The load balancing is then carried out against this dedicated power capacity. Such solutions can be well-suited for small office building with a low number of charging points. Installers and designers have to consider whether online or offline load management is more appropriate. When using online (cloud-based) solutions, consider how the charging points would behave in case of internet access loss. This behaviour varies from manufacturer to manufacturer, and in some cases can either send the chargers to minimum output mode, maximum output mode or disable them completely.

Offline solutions operate locally. Should connection to the internet be lost, the load balancing will continue to function as pre-programmed by the installer.

Q: In what situations are AC chargers best and when are DC chargers more suitable?

A: DC chargers are great where the dwell time is shorter, such as motorway services and other roadside facilities on highways, where the driver only wants to pause their journey for half an hour or so. If the installation site host expects its visitors to stay for longer, such as shopping centres, car parks, workplaces or cinemas, AC destination charging is better as each charge can be for more than a couple of hours. You can also install several AC chargers for the price of one DC charger.

Q: What is the OCPP and why do I need to know?

A: Open Charge Point Protocol (OCPP) is an open-source communication protocol used to make EV networks open and accessible. OCPP can be thought of as a common language, which allows different hardware manufacturers and software developers to produce cross-compatible solutions, even if they have never worked together.

OCPP-compliant hardware providers allow the customers to decide how they want to operate their charging points, which software they use or which EV charge point tracking apps can interact with the stations. Additionally, should a manufacturer of OCPP-compliant hardware or the backend provider go out of business, the owner will have an easy way of switching the backend, rather than completely losing access to their charging points.

Currently, there are three versions of OCPP available – 1.5, 1.6 and 2.0.1. The most commonly used version now is 1.6. Both the charging point and the backend solution should be able use the same version of OCPP for successful connection.

“The appetite for EV installation training is growing all the time, as more installers want to expand their knowledge of what is a huge growth market,” says Viktors.

“A City & Guilds survey of installers found 45% of employers only recruit electricians who are already qualified or competent to install EV chargers. So here at CTEK, we are committed to providing our Skillbase training to many more installers.”

Installers are invited to free online CTEK training events to learn more about installing EV charging infrastructure. The remaining sessions for this year will run at 9am and 1pm on 5 October, 2 November and 7 December. Please contact CTEK for more information.

CTEK, ctek.com

“The appetite for EV installation training is growing all the time as more installers want to expand their knowledge of what is a huge growth market”

FUNDED SOLUTIONS Did you know you can o er your customers FREE EV chargepoints, installation and management?

Simply buy & install*...

1 MaxiCharger and receive a £50 Amazon voucher plus 1 prize draw entry

Another 2 MaxiChargers and receive an extra £100 Amazon voucher plus 2 more prize draw entries

A further 2 MaxiChargers and receive an extra £150 Amazon voucher plus an additional 2 prize draw entries

*Terms & conditions apply. Purchases from Electrical Wholesalers only. Installations must be completed by 15th December 2023.

WHY SELF-CONSUMPTION IS KEY TO OPTIMISING RENEWABLES

With recent analysis from Citizens Advice revealing that consumer energy bills will likely increase ahead of winter 2023, it’s unsurprising that

A fix-all solution?

Increased uptake of renewables is, of course, good for the environment, but there are added benefits too. Accelerating demand is channelling funding into R&D and, therefore, further reducing overall purchase costs of renewable generation tech. As an example, according to recent

self-generated supply, enabling users to – in effect – charge their EV for free.

The company has also made significant investment into other smart products that allow homeowners to maximise their renewable energy self-consumption. The myenergi eddi is a microgeneration diverter that makes intelligent decisions about how and where energy can be most effectively

myenergi also manufactures harvi, an energy monitoring wireless sensor; and libbi, the state-of-the-art smart battery solution. Capable of making decisions about when it consumes and stores electricity, the intelligent system enables customers to prioritise loads as they wish

Collectively, the myenergi ecosystem helps users to embrace the future and optimise renewable energy consumption, mains supply. The use of automated systems that utilise renewable energy to power and warm your home, while also charging your EV, is a game changer. However, it’s not a vision for the future,

When it comes to investing in renewable energy technology, there’s not a single, simple solution, but instead a range of options that can help to reduce grid reliance and mitigate the risk of costly Self-consumption tech is critical to enabling renewables. The myenergi eco-system highlights how advances in eco-smart tech are continually working to break down the barriers to adoption and supporting the journey to energy

In this article, Jordan Brompton, Co-Founder and CMO of myenergi, explains why self-consumption is key to optimising renewables and decarbonising domestic energy, saving costs and safeguarding supply in the process.

Wall Charger 2 Tethered & Socketed

Quick and easy installation, with UK based technical support

3 year warranty & OZEV Approved

Models with Wi-Fi, LAN, 4G and RFID

7.4kW and 22kW options

Compatible with all electric and hybrid plug-in vehicles

Interchangeable coloured fascias

Universal fit for Socketed or Tethered chargers, with 8 colour options

DL9100 Series MFT

DL9100 Series Installation Multifunction Tester

The British Made DL9100 Series Installation Multifunction Tester from Di-LOG offers a comprehensive range of 4 models designed specifically to match your testing needs.

Both generations of MFT are packed with features such as our patented RCD-LOC XLT, one of the most accurate Non-trip Loop Tests on the market. The easyto-use rotary dial along with the simple function buttons allows the user to navigate to the required test easily and quickly... just press and go!

est of British! Di-LOG proudly supports British Manufacturing by designing, developing & building all Installation Multifunction Testers in the UK.

Scan QR code to learn more about our UK manufacturing

The DL9110 is the entry-level MFT offering all the testing capabilities required for single-phase domestic installation testing.

DL9110 Key Features:

• RCD-LOC XLT Non-trip Loop

• Auto Start Loop, PSC/PFC & Continuity feature

• Auto RCD Test with AC/A & Selective RCD Types

• 500V Insulation Test

• RGB Colour Screen

• Optional Remote Test Probe

• Toolbox Style Carry Case

The DL9118 has been designed with additional features required for commercial applications involving 3-phase installations.

DL9118 Additional Key Features:

• 1000V Insulation Test

• Phase to Phase Line Impedance

• Phase Sequencing

• Remote Test Probe Included

DL9120 Advanced+ MFT

The DL9120 has been designed with our 2nd generation hardware and firmware platform, offering advanced user features for all types of installation applications.

DL9120 Additional Key Features:

• Dual Display 2000Ω Continuity with Auto Start

• Intelligent 2-wire High Current Loop Test

• Type B (Pure DC) RCD Testing

• Variable RCD Test

2 YEAR WARRANTY

• Red, Blue & Green Test Leads

• Optional Remote Test Probe

DL9130EV Advanced EV MFT

The DL9130EV is the flagship model in the range specifically designed for the EV Installer, with the introduction of the Auto EV RCD sequence, the addition of Zmax and the NEW Rmax feature.

DL9130EV Additional Key Features:

• Auto EV Test Sequence

• 6mA RDC-DD Pure DC Test

• Zmax maximum Zs Recording

• Rmax maximum R1+R2/R2 Recording

2 YEAR WARRANTY

• Selectable 15mA/200mA Continuity Test

• Remote Test Probe Included

DL9130EVKIT Complete EV Test Kit

The Di-LOG DL9130EVKIT has been explicitly designed for service engineers that offer EV charger installation as part of their testing portfolio. The DL9130EVKIT kit includes Di-LOG’s latest Electric Vehicle

DL9130EV Multifunction Tester, along with the universal DLEV1 EVSE Charging Station Adaptor. The DLEV1 adaptor includes the Type 1 & Type 2 connection leads built to the international standards of SAE J1772.

SEAMLESS EV CHARGING EN ROUTE

For EV drivers, the expression ‘the journey is as important as the destination’ couldn’t be more true. While drivers of conventional vehicles can stop at a petrol station to refuel, EV drivers must carefully plan their trip in advance to ensure there are enough charging stations en route to get them from A to B. Although the total number of installed charging devices increased by 8% between July and October last year, penetration needs to be higher to ensure a nationwide EV charging infrastructure is in place by 2030, when the sale of new petrol and diesel cars and vans will be banned.

The infrastructure needed to support the move to EV will be heavily dependent on public charging hubs at en route destinations including hotels, ferry ports, workplace campuses, and motorway services. However, many of these places are currently unable to allow EV charging, as they can’t meet the energy requirements needed to support this. Therefore, energy usage at these sites must be optimised to lay the foundations for a scalable and sustainable infrastructure to ensure a clean and reliable electricity supply for EV charging and power storage facilities.

The current state of EV charging

The deployment of EV charging stations has so far been driven by the suppliers, with charging operators and other companies deciding where to place the equipment. As a result, there is a disparity in the geographic distribution of charging stations in the UK. A lack of available charging hubs can act as a barrier to EV adoption. EV drivers can encounter a whole host of challenges along their journey, from faulty chargers to ‘range anxiety’ linked to issues finding available charging points en route.

A particular problem is motorway services, with many lacking the infrastructure and energy resources to support EV charging. Typically a building or location will require up to 40% more energy to support EV charging installations and this lack of electricity capacity is holding us back.

Many of our motorway service stations sites are over 30 or 40 years old and were not designed with the Tesla Model 3 in mind. Power requirements vary, but a motorway service station typically supports shops, restaurants, petrol forecourts and hotels. Adding EV charging to the mix is challenging, yet the National Grid has identified the ‘motorway element’ as crucial to expanding EV charging networks.

Harmonising eMobility and power distribution for sustainable transportation

The initial focus of short-term solutions is on maximising currently available capacity and introducing digital systems that track power consumption to aid in capacity planning. A complete eMobility solution is delivered by combining upgraded electrical infrastructure, such as substations, transformers and circuit breakers, with clever digital tools.

These integrated solutions provide end users, such as distribution network operators, independent connection providers, and building operators, with the power distribution capabilities needed to optimise en route device locations. By efficiently managing existing charging stations, motorway services can optimise energy consumption and minimise their carbon footprint while seamlessly monetising EV charging assets. Going one step further, en route locations can take advantage of automation in their energy management strategy to regulate energy, storage and capacity.

With eMobility solutions enabling more intelligent infrastructures, it is possible to locate malfunctioning or unavailable networked devices and even perform remote repairs on them. This helps to improve the EV charging experience by removing many of the pain spots experienced by EV drivers.

A cleaner future

The trip you choose not to take is ultimately the greenest one. If you must, though, capacity expansion is not the only answer. Utilising renewable energy sources and developing a solid energy plan are key. Real transformation will be based on clean, renewable energy sources like solar, wind, and green hydrogen. A focus on renewables will be vital to ensure that EVs are powered by clean energy, not fossil fuels, which defeats the purpose of EVs altogether. Longer term investments in microgrids will work to relieve pressure on the national grid and produce localised energy supplies.

In order to increase the generation capacity across the UK and the mix of renewable energy in the consumption, it is also crucial to make sure that the connection time to the grid is shortened and that there is no waiting period for smaller renewable generation companies to be able to supply to the grid.

But for now, there is a real need to upgrade public charging stations, particularly in transit hubs. People need the incentive of convenient, accessible charging in order to invest in EVs and drive us towards a greener motoring future.

Schneider Electric, se.com

Jennifer Smith, Smart EV Charging Solutions Lead at Schneider Electric, looks at the vital infrastructure for powering electric vehicles on the go.

complete eMobility solution is delivered by combining upgraded electrical infrastructure with clever digital tools

Single

Single

Part

HOW TEST AND MEASUREMENT IS FACILITATING THE FUTURE OF SAFE AND SUSTAINABLE TRANSPORTATION

hether it’s installing solar panels, switching to energy saving light bulbs, or simply a better understanding of our own carbon footprints, there has been a notable shift in attitudes towards

WEvaluating electrical systems

The evaluation of electrical systems is fundamental when it comes to building a robust charging infrastructure. EV charging characteristics can have adverse effects on the distribution network, including overloading, stability problems, power quality issues and poor voltage profiles. Through the use of power quality analysers, engineers can easily identify voltage stability

EV to pave the environmentally friendly future

With the drive towards electric vehicles becoming even more apparent during 2023, Colin Tran from Test Meter, examines how the UK’s EV charging infrastructure continues to be optimised through new instrumentation.

ELECTRIC BOILERS SUDDENLY IN VOGUE AGAIN

Due to the threat of global warming as well as international commitments to the Paris Accord on climate change, industrial producers in Europe and North America are tasked with significantly reducing their environmental footprint in record time.

In response, the European Union (EU) agreed to cut greenhouse gas carbon emissions by 55% by 2030, compared to 1990 levels. According to a report that has tracked the EU’s power sector since 2015, renewables have surpassed fossil fuels, indicating that industry is already pivoting away from carbon emissions.

Even the US has targets for American businesses to achieve a carbon pollution-free power sector by 2035 and a net zero economy by 2050.

While the interest of industry in electric boilers has waxed and waned in the last century, suddenly it is in vogue again. Whether to honour Environmental Social and Governance (ESG) goals, meet regulatory commitments, or take advantage of government credits and incentives, a growing number of industrial facilities are installing new or retrofit high-voltage electrode boilers that are compact, economical and produce no emissions.

This is, in part, due to technological advances in electric boiler design that increase the output to a level that rivals even large gas or oil-fired boilers. Whether utilised to produce high-pressure steam in power plants, replacing fuel boilers for district heating, or maintaining power demand-supply balance, electric powered alternatives are sure to be a critical piece of the puzzle in meeting future emission reduction goals.

Transitioning from high-emission gas and oil-fired boilers

Besides the notorious greenhouse gases carbon dioxide (CO2) and methane (CH4), natural gas-fired boilers and furnaces emit dangerous nitrogen oxides (NOx), carbon monoxide (CO), and nitrous oxide (N2O), as well as volatile organic compounds (VOCs), sulphur dioxide (SO2), and particulate matter (PM).

However, many facility engineers familiar with gas-fired boilers mistakenly believe that electric boilers cannot match the output of the traditional, fossil fuel burning units. Due to considerable advances in electric boiler technology, that is far from the case. Today, such technology can match the capacity of large gas or oil-fired boilers in a much smaller footprint.

Electric boilers utilise the conductive and resistive properties of water to carry electric current and generate steam. An AC current flows from an electrode of one phase to ground using the water as a conductor. Since chemicals in the water provide conductivity, the current flow generates heat directly in the water itself. The more current (amps) that flows, the more heat (BTUs) is generated, and the more steam produced. Crucially, almost 100% of the electrical energy is converted into heat with no stack or heat transfer losses.

As an example, the electrodes of the CEJS High Voltage Electrode Steam Boiler by Acme, a Canada-based manufacturer of industrial and commercial boilers, are vertically mounted around the inside of the pressure vessel. This enables the unit to produce maximum amounts of steam in a minimum amount of floor space, with boiler capacity from 6MW to 52MW.

The boiler operates at existing distribution voltages, 4.16 to 25KV with up to 99.9% efficiency, and can produce up to 77,000kg of steam per hour. With pressure ratings from 7-35 bar, the boilers are designed to ASME Section 1, and are certified, registered pressure vessels at the location of the boiler.

“There is an entire generation of facility engineers that grew up with oil and gas-fired boilers almost exclusively,” says Robert Presser, Vice President of Acme Engineering, which, along with North American facilities, builds in Europe to European standards and has a network of CE-compliant fabricators for the pressure vessel, as well as partners in France and the UK for local equipment assembly.

“As a result of preconceived notions, most view electric boilers as small underpowered units, like a hot water heater,” adds Robert. “So, we frequently have to educate engineers that there is electric boiler technology that can match the capacity of large gas or oil-fired boilers available.”

According to Robert, high-capacity electric boilers are well-suited to supply auxiliary power virtually on demand. Auxiliary boilers also are used to supply turbines with steam when high output is required quickly, and to heat process water.

In addition, the electric boiler technology is used for residential and commercial district heating, which is increasing in demand, particularly within urban centres. With district heating, distributed heat is generated in a central location through an insulated pipe system, and utilised for high-efficiency, low-pollution, space and water heating. For central heating applications, electric boiler technology quietly supplies ample power for its compact size. This approach is being considered to install several 50MW steam boilers in the centre of Manhattan, replacing gas-fired boilers to provide centralised steam to a number of buildings.

In addition, electric boilers have several advantages compared to oil or gas-fired boilers, including superior safety, ease of installation, faster start-up and shut down time and quiet operation. Electric boilers do not have a high minimum operating level to make them immediately available.

As the EU and US resolve to dramatically cut their greenhouse gases to combat climate change, the urgency for industry to similarly reduce their carbon emissions will only grow. In this battle to protect the environment before the global climate hits an irreversible tipping point, industry along with government must do their part. Fortunately, advanced zero emission electric boiler technology can be a readily implementable part of the solution. Acme Engineering,

Electric boilers have several advantages compared to oil or gas-fired boilers

With zero emissions, economical electric steam and hot water boilers deliver maximum kilowatts in minimum spatial footprint, writes Acme Engineering

THE HEAT IS ON

Q: With all homeowners looking to minimise energy costs, how can modern controls help get the best energy efficiency possible from a domestic heating system?

A: Modern controls include features which reduce the amount of time a boiler is firing, which in turn will lead to reduced energy usage and, therefore, result in reduced costs. Having the heating on when the property is vacant or having no control over the set point temperature will result in an inefficient system. Features such as seven-day scheduling and thermostat control ensure that the boiler is firing when the property is most likely to be occupied and does not exceed the desired temperature.

In essence, modern heating controls offer automation to a heating system and work to avoid energy wastage by setting a logical pattern of heating. This is in comparison to relying on an end user to manually control the system, which can be very time consuming and costly if the end user forgets to switch the heating off.

There are advanced features available, such as optimum start/stop, which analyses the warm up and cool down periods of the heating system. Due to this analysis, the firing time of the boiler is reduced, thus saving energy. In addition, the feature ensures that the set temperature is reached by the system at the programmed time, thus preventing the need for the user to change the set point temperature, which accelerates the firing of the boiler and leads to energy wastage.

Q: With technology continually evolving, what benefits do the latest smart controls provide?

A: Smart controls allow an end user to have full access to the operation of the control via an app platform, which allows for settings and different modes to be adjusted remotely. This is particularly useful if there is a sudden change in the weather or in the user’s routine when settings can be modified accordingly.

An app platform also provides the user with historic heating patterns and a current live view of the heating system status. This provides an understanding of which times of the day the boiler is firing, and thus enables a user to analyse and fine tune the programming of the heating control, leading to a more efficient system.

One of the most noted advances in recent years is the popularity of voice control through virtual assistance. For convenience, or for users with restricted mobility, voice activated features enable a user to verbally change the set temperature or programming to assist with heating comfort. In addition, smart features, such as open window/door detection, will cancel a boiler firing until the temperature stabilises or other conditions are met. Smart controls that are linked together via an app can also provide a whole host of automation processes with other smart devices in the property.

Q: How important are the aesthetics of smart heating controls?

A: Due to the popularity of smart phones and apps, smart heating controls have become a popular consumer product in recent years. Market data shows that there is a high demand for smart heating controls and this is a sector in which consumers are willing to invest. Function, operation and design are essential elements to be considered when it comes to the development and creation of desirable product solutions.

As well as general demand from consumers, there is an increasing requirement for design-conscious heating controls for more commercial projects such as new builds and refurbishment projects. It is commonplace today to have a choice of wiring accessories and furniture, and there is no reason why heating controls shouldn’t follow suit. Where once heating controls were considered a very functional product area, we are now seeing a trend towards more aesthetically designed solutions.

Smart technology in general has seen a massive increase in demand and the expectation of modern, high-end, vanguard technology is for the product to be designed and packaged in a complementary manner.

ESP, espuk.com

Matt Parton, Product Development Manager with ESP and Sangamo, answers some of the key questions relating to smart heating controls and energy saving measures.

THE ROAD TO NET ZERO: ELECTRIC BOILERS AS THE ALTERNATIVE

The Electric Heating Company writes on why electric boilers can serve as a compelling alternative when air source heat pumps aren’t suitable.

As the world faces the pressing challenges of climate change and environmental deterioration, countries are racing to reduce their carbon emissions and transition to more sustainable energy sources. The United Kingdom, in its pursuit of a greener future, has set an ambitious goal to achieve net zero greenhouse gas emissions by 2050. Achieving this target necessitates significant changes in how we heat our homes, and air source heat pumps (ASHPs) are often hailed as the beacon of sustainable heating. However, it’s important to recognise that ASHPs are not a one-size-fits-all solution for every home in the UK. In cases where ASHPs are not a suitable option, electric boilers emerge as a compelling alternative

Understanding the challenge

The housing stock in the UK is incredibly diverse, with properties ranging from centuries-old stone cottages to modern, energy-efficient homes. This diversity presents a significant challenge when it comes to selecting the most appropriate heating solution. While ASHPs have gained attention for their energy efficiency and carbon reduction potential, they may not always be a suitable choice for every home due to several factors.

• Inadequate insulation: One of the primary considerations for ASHP suitability is the insulation of the property and heat loss of the property. ASHPs operate most efficiently in well-insulated homes. Older properties, in particular, often lack the necessary insulation, making it difficult for ASHPs to provide sufficient heating without significant energy consumption.

• Space constraints: ASHPs require outdoor space for the installation of the outdoor unit. Some properties, such as city apartments or densely packed urban homes, simply do not have the space required for ASHP installation.

• Temperature extremes: In areas of the United Kingdom where winter temperatures often plummet well below freezing, the efficiency of ASHPs can sometimes be challenged in maintaining optimal indoor temperatures. Addressing this concern, The Electric Heating Company has introduced the Iconic Air model to the market, equipped with a cutting-edge modulating 6kW boost element. This innovative feature comes into play during extreme cold snaps, ensuring that homes remain comfortably warm, even when the mercury plunges to its lowest levels.

• High initial costs: The installation of ASHPs can be costly, especially when significant retrofitting is required for older homes. For homeowners on a tight budget this can be a major obstacle.

• Aesthetic considerations: Some homeowners may be reluctant to install an ASHP due to concerns about how it may affect the appearance of their property, particularly in historic or architecturally significant buildings.

Electric boilers as a versatile alternative

In cases where ASHPs are not an ideal option, The Electric Heating Company recommends electric boilers as a versatile and effective alternative for achieving net zero carbon emissions. Electric boilers have evolved significantly in recent years, offering greater efficiency and environmental benefits than ever before. Here are some key reasons why electric boilers should be considered when ASHPs aren’t a fit for your home:

• Versatility: Electric boilers are highly versatile and can be installed in a wide range of homes, including those with inadequate insulation or limited indoor space. They are also suitable for properties with varying heating requirements, ensuring they can adapt to different household needs.

• No outdoor unit required: Unlike ASHPs, electric boilers do not require an outdoor unit, making them a practical choice for properties with limited space, such as urban apartments or terraced houses.

• Cold weather performance: Electric boilers are not affected by external temperatures, ensuring consistent heating performance, even in the coldest regions of the UK. This makes them a dependable option for homes in areas with extreme winter weather.

• Cost-effective: Electric boilers tend to have lower upfront installation costs compared to ASHPs, which may require extensive retrofitting in some cases. This affordability can be a decisive factor for many homeowners.

• Minimal disruption: Installing an electric boiler typically involves less disruption to the home and can often be integrated into existing heating systems, minimising the need for extensive renovations.

• Aesthetic considerations: Electric boilers are compact and can be installed discreetly, ensuring they do not detract from the aesthetics of your property.

Environmental benefits

While it’s true that electric boilers run on electricity, and the carbon footprint of heating largely depends on the source of that electricity, The Electric Heating Company says it is committed to environmentally responsible solutions. The UK has made substantial progress in decarbonising its electricity generation, with an increasing use of renewable energy sources. As a result, the carbon intensity of the electricity grid has decreased significantly.

Electric boilers benefit from this shift towards cleaner energy sources, making them a greener choice compared to traditional gas or oil boilers. As the UK continues to invest in renewable energy infrastructure, the environmental advantages of electric boilers will only become more pronounced. Moreover, electric boilers offer the potential for load management and demand response programs. These systems can be integrated with smart meters and controls to optimise energy use, reducing the strain on the grid during peak times and helping balance energy supply and demand.

The path to net zero

The UK’s journey to achieving net zero carbon emissions is complex, and the choice of heating technology plays a crucial role in this endeavour. While ASHPs are an excellent option for many homes, it’s important to recognise that they may not be a suitable fit for every property in the UK’s diverse housing stock.

Policy support and incentives

Local authorities should also promote electric boilers by offering guidance and information to homeowners, helping them make informed decisions about their heating systems. Public awareness campaigns can educate the public about the benefits of electric boilers and dispel any misconceptions about their environmental impact.

Conclusion

The race to achieve net zero carbon emissions by 2050 is a monumental challenge that requires a holistic approach to reducing greenhouse gas emissions across all sectors. The heating of homes and buildings is a significant contributor to carbon emissions in the UK, and transitioning to sustainable heating solutions is crucial.

The Electric Heating Company says it is committed to supporting the UK’s journey toward a sustainable, net zero future. The company understands that embracing a variety of heating solutions is essential to accommodate the diverse needs of homeowners. Electric boilers should also be recognised as a valuable tool in this endeavour, allowing the UK to make significant progress in its quest for a greener, more sustainable future.

Electric boilers can contribute to reducing carbon emissions when powered by an increasingly clean electricity grid

ASHP’s are often hailed as the beacon of sustainable heating

Electric boilers, with their versatility, improved efficiency, and lower installation costs, can bridge the gap and offer a pathway to net zero emissions for homes that cannot accommodate ASHPs. Moreover, they align with the UK’s commitment to a cleaner energy grid, making them an environmentally responsible choice.

Electric boilers offer versatility, cost-effectiveness, and environmental benefits, making them a viable option for a wide range of homes. They can contribute to reducing carbon emissions when powered by an increasingly clean electricity grid. Policy support and incentives can further accelerate their adoption.

The Electric Heating Company, electric-heatingcompany.co.uk

THE UK HAS A NATIONWIDE SKILLS GAP FOR HEAT PUMP INSTALLATION, BUT ELECTRIC HEATING COULD BE A BETTER OPTION

As building regulations such as Part L start coming into force and housebuilders and developers begin to prepare themselves for the Future Homes Standard in 2025, more and more solutions are being sought in order to become compliant, writes

Callum Whittall, Technical and Compliance Manager at GL

As the UK looks to reduce its carbon footprint in line with these updated building regulations, heat pumps are becoming a popular option for housebuilders and homeowners looking for alternative energy solutions – specifically electric.

Home heating currently accounts for 14% of the UK’s carbon emissions and the government wants to see 600,000 heat pumps installed each year to help meet net zero by 2050.

Currently, the UK lags behind neighbours such as France – only 55,000 heat pumps were sold in the UK last year, compared to 620,000 across the Channel. Yet despite this, in 2021, the number of heat pumps sold in the UK nearly doubled compared to the year before.

Heat pumps use electricity, which often comes from renewable sources, to both heat and cool buildings. They’re known to be incredibly efficient, cheap to run, are quiet and require relatively low maintenance. But how true is this?

While the figures may sound impressive, the survey was commissioned because the majority of people are still unfamiliar with heat pumps – less than 1% actually uses one to heat their home.

This could be because, despite their pros, heat pumps are expensive, still relatively unknown and there are lots more accessible options available.

Heat pumps require qualified installers – a major issue in a market which currently does not have enough qualified installers to meet the demand of people wanting to swap over to heat pumps, let alone for 200,000 new build houses which will also need heat pumps to be installed.

If heat pumps are the preferred option, where are the tradespeople coming from?

With the upcoming FHS, every existing plumber should think about retraining to install heat pumps. But are they?

For those who are qualified, in line with demand, those tradespeople are in a position to ask for more money, resulting in increased installation costs for homeowners and developers, making heat pumps more unattainable still.

What are the other options?

Infrared heating comes in a range of products, and like heat pumps, is another highly efficient solution.

By using electricity to heat surfaces and objects (the thermal mass) and people, not the air around them, this heat is then absorbed by these objects and re-emitted back into the room. Once the thermal mass is warm, the building retains heat for a period of time.

Infrared is also a sustainable and affordable heating solution, which, unlike heat pumps, does not need specially qualified installers, as any electrician already has the skills to install infrared panels.

With a guaranteed long-life expectancy, infrared heating solutions also provide cost-effectiveness once installed, just like heat pumps.

The removal of gas under the FHS will undoubtedly place a strain on electricity, and thereby, the grid. Of course, electric solutions, while seemingly contradictory, can have a huge impact on reducing this pressure.

With more and more homeowners installing solutions such as solar panels, and crucially, battery storage systems, unused power can be harnessed and used again or transferred back to the grid, thereby supporting overall energy outputs. Ultimately, when it comes to reducing household carbon emissions, it’s important

to look at the options available. While for homeowners this may just mean researching the many solutions on the market, for housebuilders and developers, this is a much bigger question. Suppliers, therefore, need to be on hand to offer the best advice they can, and work with housebuilders to find the most effective, and indeed efficient, solution.

The Future Homes Hub is going some way to help housebuilders and developers work out what needs to be said and done to meet this requirement and what they need to do. More work and research needs to be done, not only into the best solutions for the job, but also how we fit them all into modern homes, to ensure not only reduced carbon emissions, but a good living environment for homeowners.

GL, gl-e.uk

Home heating currently accounts for 14% of the UK’s carbon emissions

SW TCH O N TO STELRAD

THE HEAT PUMP REVOLUTION: OVERCOMING CHALLENGES IN DECARBONISING HOMES

Jez Climas, Head of Business Development at City Plumbing, discusses why professionals in the electrical contracting sector have a pivotal role to play in the UK’s transition to renewable energy sources for home heating.

As the world races to combat climate change, one of the most critical battlegrounds is the decarbonisation of heat in homes. Governments around the globe are banking on a pivotal role for air source heat pumps in achieving this ambitious goal. However, the task at hand is monumental, as it involves replacing millions of traditional boilers with these innovative heating solutions.

With approximately 23 million gas boilers in the United Kingdom alone, the scale of this endeavour cannot be underestimated. What makes it even more complex is that two-thirds of these boilers are combi models, which means providing upgrades for hot water systems in addition to heating, as an air source heat pump system will always need a cylinder for storing a home’s hot water.

The government has set ambitious targets, aiming for 600,000 heat pumps to be installed annually from 2028 onwards to align with net zero goals. However, the current figure stands far below this benchmark, with approximately 70,000

installations per year. A significant hurdle lies in the shortage of certified heat pump installers, with the current number standing at just 4,000. The objective is clear: to elevate this number to 30,000, aligning with the Heat Pump Association’s estimate of the workforce required to achieve the 2028 goals.

Government initiatives

The government has unveiled a comprehensive strategy aimed at reducing the cost of low carbon heating technologies, including heat pumps. Collaborating closely with industry stakeholders, the objective is to ensure these technologies become equally affordable for consumers when compared to traditional fossil fuel boilers, both in terms of upfront purchase costs and ongoing operational expenses.

As a significant step in this direction, households stand to benefit from £5,000 government grants offered through the £450 million Boiler Upgrade Scheme. This initiative is part of a larger commitment of over £3.9 billion in new funding dedicated to the decarbonisation of heating and buildings.

A £60 million innovation fund has also been launched, with the goal of streamlining the development of cleaner heat systems, making them more compact, easily installable and cost-effective. This funding aligns with the government’s determination to ensure all new heating systems that are installed in UK homes by 2035 are low carbon.

Tackling complexities

Heat pump installations can take longer to complete, compared to the relatively straightforward process of boiler replacements – from two to 10 days, depending on complexity. This means that not only do we need a massive workforce, but we also need people capable of managing these more time-intensive installations. Adding to the difficulty of the situation is the demographic makeup of the existing heating installation workforce. A significant proportion of professionals in this field are over the age of 50. As they approach retirement, the industry faces a potential talent shortage, which could exacerbate the challenges of meeting decarbonisation targets.

But there’s good news. New entrants from various sectors are starting to see the potential in the heat pump revolution. As well as new gas engineers, electricians, commercial contractors and HVAC (heating, ventilation and air conditioning) specialists are among those making the transition into the world of heat pumps.

Interestingly, transitioning from these related fields to heat pump installation can, in some respects, be more straightforward than trying to upskill from traditional boiler installation. The certification and paperwork requirements for heat pumps are currently greater than those for boilers. This means that individuals already familiar with the technical and regulatory aspects of these related fields, especially MCS certified solar PV installers, may find it easier to enter the heat pump market.

Investing in training

One crucial element in addressing this transition is training. To add heat pumps to their repertoires, professionals –including electrical contractors – must undergo specialised training programmes. These typically cover the technical intricacies of heat pump installation, system design and maintenance.

The good news is that for those willing to invest in this training, it can be a rewarding move. As governments increasingly incentivise the adoption of heat pumps through grants and subsidies, as outlined above, professionals who can offer these services are likely to see a growing demand for their expertise.

City Plumbing is set up to help anyone that wants to join this environmental initiative. The company can provide ‘nose to tail’ programmes to fully equip people entering the trade. The aim is to transition as many professionals as possible, so that we’ve got a legitimate chance of hitting those ambitious government targets.

Making the numbers add up

Yes, the numbers are daunting, but we’ll get there by combining forces. For example, domestic heating accounts for a substantial 17% of the UK’s greenhouse gas emissions. With this in mind, City Plumbing has pinpointed two critical challenges on the path to sustainability. Firstly, as mentioned earlier, there’s a shortage of trained installers capable of fitting heat pumps, with a mere 18% currently having the expertise, according to the company’s research. Secondly, there’s a noticeable hesitancy among the public to part ways with traditional gas boilers. By assisting installers in transitioning their businesses towards renewable heating solutions, we can generate real change. But this involves not only providing training for heat pump installations, but also equipping fitters with the knowledge and tools to inspire their customers to embrace cleaner energy sources and move away from fossil fuels.

Putting words into action

City Plumbing’s journey began with the launch of a strategic partnership with GTEC Training, enabling the company to offer comprehensive training courses to installers. Collaboratively, they embarked on a campaign, in association with GTEC and the Energy Saving Trust, to boost the number of certified heat pump installers across the country.

A game-changing development in City Plumbing’s mission came in the form of its Energy Efficiency Centre, which opened its doors in Farnborough in April. This state-of-the-art facility features a fully equipped GTEC training room, where installers can acquire the skills needed to fit heat pumps effectively. The centre also boasts a selection of ‘zones’ that showcase alternative heat source technologies, including heat pumps, solar PV and underfloor heating. These zones are also open to the public, allowing them to visualise how the technologies can be seamlessly integrated into their own homes.

The path forward

In the pursuit of a sustainable future, the decarbonisation of heat is not an option – it’s a necessity. The role of air source heat pumps in achieving this goal is undeniable. However, as we embark on this journey, we must recognise the formidable challenges ahead.

Replacing 23 million boilers and upgrading hot water systems is no small feat. The ageing workforce and the need to train new entrants are challenges that require immediate attention. Yet, as we face these challenges head-on, it’s clear that the transition to heat pumps represents an opportunity for professionals and the planet alike.

In the future, to combat homeowner reticence, City Plumbing is also planning to offer greater guidance on the sale of heat pumps to regular property owners. There are numerous misconceptions surrounding heat pumps that often deter potential customers. Many individuals express interest in heat pump systems, but believe they’re not feasible for various reasons.

City Plumbing has encountered numerous clients who initially believed a heat pump wouldn’t work for their homes, only to discover that a properly designed system could indeed meet their needs.

Overcoming these misconceptions will require a multifaceted approach. Similar to the way people’s perceptions of electric vehicles have changed, as we’ve all come to know someone with one, a comparable transformation is happening with heat pumps. However, achieving a critical level of market adoption is crucial before the ‘I know someone who has one’ effect becomes widespread. But with winter around the corner, we’re likely to see interest rise – just as solar PV technology does in summer.

In the coming years, the heat pump revolution will redefine the way we heat our homes and businesses. It will create new job opportunities, drive innovation and contribute significantly to our collective efforts to combat climate change.

For the electrical contracting sector, transitioning into air source heat pump installation is a no-brainer. It aligns with market trends, offers financial incentives, promotes sustainability and positions contractors for long-term success in a changing energy landscape.

City Plumbing, cityplumbing.co.uk

The transition to heat pumps represents an opportunity for professionals and the planet alike

Governments around the globe are banking on a pivotal role for air source heat pumps

Two

Distributed

ENERGY STORAGE AND SCIENCE BASED TARGETS

Looking ahead to COP28, the global commitment to Science Based Targets continues to grow, with companies of all sizes looking to quantify emission reduction. Simon Port, MIET, Head of Design and Engineering at Powerstar, considers the business drivers and energy management technologies that can help achieve success, while providing accurate data to measure progress – optimising the use of renewables and lowering energy bills.

The mission for COP28 is clear: “COP28 UAE brings the world together at a critical moment for global transformative climate action. To deliver on its ambitious agenda, COP28 will be inclusive, transparent, pragmatic, and results-oriented.”

This echoes the Science Based Target Initiative (SBTi), where the focus on GHG reduction has shifted from what is possible to what is necessary. Providing guidance and support for companies and organisations committed to achieving science-based targets, the latest report from SBTi documents a rise of 87% in companies setting targets – with more companies setting targets in 2022 than in the previous seven years combined. And results-oriented transparency is at the heart of the process.

Financial constraints place significant pressures on UK businesses, especially in the current economic climate, and companies and organisations must balance competing agendas of investment in sustainability alongside financial competitiveness. That said, there are numerous reasons why companies are increasingly engaging with SBTi and developing and implementing Science Based Target (SBT) strategies. Not least, stakeholders, customers, investors and employees expect it. Reputationally, and when looking to investor confidence, mitigating climate change is vital as companies futureproof operations. Setting SBTs clearly demonstrates this ambition. To help mitigate future risk, embedding SBTs as part of corporate strategy can help keep your organisation competitive, as new regulations are brought in. And competitiveness – whether taking advantage of innovations in low carbon technologies, or in minimising costs through better energy management and lower energy spend – is a compelling reason to set SBTs.

Within the SBTi Net Zero Standard framework, companies need to set near-term and long-term targets, with near-term targets within a five to 10-year period, addressing 95% of Scope 1 and 2 emissions. If Scope 3 emissions make up more than 40% of overall emissions, then these must be included. For long-term SBTs, to be met by 2050, these cover both Scope 1 and 2 targets as well as 95% of Scope 3. As Scope 3 emissions are so

prevalent, making up over 70% of GHG inventories, there’s a clear argument for companies who may not feel they have the capacity to focus on decarbonisation to now make this a priority. Companies committed to their own SBTs increasingly collaborate with suppliers, incentivising them to decarbonise their operations, often as an element of the procurement process.

For many businesses, the immediate concern may be retaining and attracting customers where decarbonisation is now a factor in procurement. For these, as well as for companies signed up to SBTi targets, the requirement for accurate energy management data is critical, to inform strategy and demonstrate current position and longer-term ambitions. Looking to quick wins with longer term gains, Battery Energy Storage Solutions (BESS) are a well-established technology which can help optimise the use of renewables/grid supply, while reducing overall energy consumption.

Where many organisations rely on traditional Uninterruptible Power Supply (UPS), this can be hugely inefficient –continually switching from AC to DC and wasting energy, while only offering protection during a power disruption, and then only to specific equipment. A modern BESS with UPS, however, can offer site-wide protection with 95% lower losses. Where a company includes on-site

renewables as part of its energy mix and decarbonisation strategy, a BESS can store that energy for use when most needed, for example, when grid supply is at peak price and on-site generated energy proves more cost-effective. When combined with energy management software, as part of a smart microgrid, the benefits of a BESS, both for carbon reduction and for cost savings, are clear. Real-time decisions for energy usage are made using AI which predicts trends and provides detailed site, grid, and asset information. Monitoring, reporting and analytics functionality inform strategic load planning in real time. Again, this makes the best use of BESS technology – working with accurate data to reduce carbon emissions and to use renewables and grid energy more efficiently.

The more technology and assets that can be attached to the control system, the faster it monitors, learns and improves. Where algorithms learn specific site operations, the capacity to deliver forecasts for energy utilisation works alongside the BESS, transforming how energy systems work. Forecasting capability can support targeted energy consumption reduction, while historical data informs the setting of realistic and measurable SBTs for reduced energy usage and spend.

Powerstar, powerstar.com

Inside a BESS

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REDUCING THE RISKS ASSOCIATED WITH UPS AND BATTERY INSTALLATIONS

Specialist in the design, installation and the service and maintenance of complex UPS systems, Carter Sullivan, explains how a near miss for one of its engineers lead to the creation of two training courses and the new company, CS Learning.

Carter Sullivan came about back in 2005 when the company’s owner, Mark Anderson, decided to go it alone and provide electrical installation, battery installation and UPS service services to manufacturers and UPS resellers.

In 18 years, the company has grown from just Mark to a team of 30, 18 of which are directly employed UPS and electrical engineers.

The company now provides services to a number of the leading UPS manufactures and resellers in the UK. In addition to UPS services, Carter Sullivan now provides installation and service support for Energy Storage Systems (ESS).

The initial drive to develop a formal battery training course followed an incident where a member of the team suffered a near miss when they incorrectly connected a battery during an installation. The engineer was lucky and only suffered minor burns, but it made the company realise it had to improve the quality of training being received.

Whilst engineers are provided a lot of training, both internal and external, DC and battery safety topics are not routinely covered in standard courses, and these skills are vital for the safe installation, replacement and maintenance of stationary batteries. In the past, a lot of information was passed down from engineer to engineer… including any bad habits!

Recognising this gap, the company initially developed the Battery Installation and Maintenance Course (BIMC), an externally assured programme by City & Guilds, as part of its assured service. Though not a licence to practice, the course provides essential practical knowledge, skills and behaviours (KSB) needed to carry out these tasks safely and in accordance with manufacturer instructions and established international standards.

The company followed up the BIMC with Power Protection Fundamentals (PPF), which is a one-day course designed specifically to cater to businesses seeking to enhance their team’s awareness and understanding of potential hazards surrounding UPS and critical powers systems.

UPS systems have multiple energy sources and can be extremely hazardous

UPS systems have multiple energy sources and can be extremely hazardous – risks include electric shock, burns and fire, as well as the physical and chemical hazards associated with batteries.

To ensure safety, electrical contractors should engage in continuous learning and hands-on training and follow a properly planned safe system of work when performing installation and maintenance tasks.

Regular maintenance of these systems is also vital. This typically involves inspecting and ensuring the system is installed in an appropriate operating environment, confirming ventilation is adequate and that all components are functioning correctly, ensuring there are no faults that could escalate to an incident.

Routine testing of the batteries and UPS system is also essential.

In the context of UPS systems, it’s important to consider the intrinsic fire risks that are present during installation and maintenance. A UPS system, while designed to protect equipment from power disturbances, consists of components that can be potentially hazardous if not handled with caution.

The primary (but not only) area of concern in relation to fire risks are the batteries that store the energy. If installed poorly or not maintained appropriately they can overheat, potentially causing thermal runaway – a chain reaction which can result in a fire.

The most common type of batteries used in UPS systems are valve-regulated lead-acid (VRLA) batteries, which require careful handling and maintenance to prevent accidents. However, newer technologies such as Lithium-Ion (Li-Ion) are becoming more prevalent. If these batteries aren’t handled, installed, and monitored appropriately they can be subject to increased fire and thermal runaway risks. There are also older battery types used in these systems and each type has specific hazards and risks.

The installation process itself also includes potential fire risks. Electrical contractors should be vigilant about the quality and protection of wiring systems and battery connections, as well as ensuring there is sufficient battery cell

Contractors can reduce risks associated with their UPS and battery installations by ensuring they adhere to necessary standards

spacing where necessary. Contractors must also ensure there is adequate battery room/enclosure ventilation, and ensure there is safe access and egress and adequate servicing space. Safety information on the battery installation must also be provided and placed near the installation.

The aim of the BIMC is to equip both established professionals and transferees from other industries with the specialised knowledge and skills required to work safely with stationary batteries. Carter Sullivan says its course is an ideal platform for those transitioning into this sector, providing them with the necessary competencies to succeed and contribute to their new roles effectively.

With a robust focus on understanding the hazards and risks associated with working on or near battery systems, the BIMC encourages a ‘safety-first’ approach. The course equips teams with the knowledge, skills, and behaviours to stay safe during battery-related operations, cultivating a safety-conscious mindset that permeates every aspect of their work.

The BIMC primarily caters to UPS service and installation engineers, UPS commissioning engineers, battery monitoring system installers, electrical engineers, and maintenance technicians. These professionals often find themselves installing, replacing and maintaining stationary batteries in the critical power sector.

It is not intended for beginners. Participants will already possess some degree of electrical competence. Ideally, candidates should have at least six months of experience working with stationary batteries. However, for those who need additional foundational knowledge, a pre-course study pack is available to help them get up to speed.

That said, the course is also suitable for professionals from various other sectors

who regularly work with stationary battery systems. If anyone is unsure about their eligibility for this course, an assessment can be provided upon request to help determine if it is the right one.

The PPF has been crafted to cater to the needs of IT managers, facilities managers, EHS personnel, industry novices such as apprentices, and professionals transitioning from different sectors. While it’s an entry-level course, a rudimentary understanding of electricity enhances the learning experience.

Launched in early 2022, the courses have now been delivered to over 70 participants, including both new and experienced engineers. The company has been delighted by the feedback received and has received a satisfaction score of 97.9%.

The training is externally quality assured by City & Guilds, meaning it’s reviewed and validated by independent experts, to ensure that the highest standards of quality and relevance are met.

Ultimately, contractors can reduce risks associated with their UPS and battery installations by ensuring they adhere to necessary standards such as the IET wiring regulations BS7671 (Requirements for Electrical Installations) and BS EN IEC 62485 Safety requirements for secondary batteries and battery installations –Stationary batteries.

Standards, installation and maintenance procedures are all covered and explained within the courses.

Whilst the company has taken this initiative alongside City & Guilds to improve the standards of professional competency for battery installation and maintenance, it says it would welcome a wider debate with the IEEE, NICEIC and ECA to establish a more formalised and regulated licencing system.

CS Learning, cslearning.co.uk

PROTECTING THE FUTURE

Sustainability is no longer a buzz word. Conversations within board rooms across the nation are now covering the topic of sustainability with increasing frequency, and rightly so. We all need to take responsibility for our planet’s finite resources, and do what we can, to become more environmentally friendly for the sake of future generations, writes

David Bond, Chairman, Centiel UK

Within the uninterruptable power supply (UPS) industry there are various culprits when it comes to burning energy and proactive action is needed to minimise power consumption. As well as reducing our carbon footprint, the good news is that more careful management also has the effect of lowering operational expenditure, particularly with energy costing such a high premium these days.

So how can we incorporate more efficient running strategies in relation to UPS and associated equipment?

Move to modular

Deploying a modular UPS compared with a standalone monolithic system can immediately create efficiencies. In the past, large standalone solutions were the only option, and an oversized system was installed at day one to be ready for increases in load as a facility developed.

The challenge is that oversized UPS are incredibly inefficient. Modular UPS by contrast are flexible and can be installed with the ability to add modules using a ‘pay as you grow’ approach. Only the relatively inexpensive infrastructure around the UPS needs to be ready for future growth, so, ideally, the facility should be designed with flexibility for the future in mind. Then, rightsizing the UPS from day one minimises the overall capital expenditure (CAPEX), running costs and maintenance costs (OPEX).

If a UPS is not working at full capacity, in other words, at low loads, it means it is not operating at an optimal point in its efficiency curve. Calculating the actual day one load, in kW, and ensuring the UPS is not initially oversized is what is required. Such ‘right-sizing’ is also relevant to DC components of an installation. To right-size batteries, the shutdown procedure needs to be understood. If there is a power cut, how long does it take to shut down the critical load safely? Is a three-hour run-time really needed? Organisations that have an on-site, auto-start generator may only need 10 or so minutes autonomy to allow the generator to start. Reducing battery sizes will again, minimise CAPEX and OPEX, while also reducing the amount of cooling needed to keep VRLA batteries at their optimum working temperature of <200°C. The ability to ‘right size’ or ‘pay as you grow’ are just two of the benefits of modular UPS.

Battery management

VRLA batteries used to support UPS solutions need to be cooled to optimise their working life, while the most modern UPS can happily function at up to 400°C. Housing batteries next to the UPS in a large room means, the entire area needs to be kept below 200°C. By simply moving them to a much smaller contained area, the cooling requirement can be reduced dramatically. Costs will be lowered and the environmental impact reduced too.

The alternative is to consider Lithium Iron Phosphate (LiFePO4) batteries, as they can operate at higher ambient temperatures, so the need for cooling is removed completely. Unlike Lithium-Ion batteries, which release oxygen (which is combustible and if they do catch fire, the fire is not easily put out), Lithium Iron Phosphate (LiFePO4) batteries are oxygen free, share all the same advantages, and are as safe as VRLA batteries.

Rightsizing the UPS from day one minimises the overall capital expenditure, running costs and maintenance costs

Variable load management

Critical loads can vary for many reasons. A business could see high demand during the day but low demand in the evening when its offices are closed. In colocation data centres, clients can come and go. This makes the right sizing of the UPS a challenge.

Taking advantage of ‘sleep mode’ is one way to address the challenge of oversized UPS, or in a situation where the load can vary. Here, excess UPS modules are placed into a ‘sleep mode’. Although the UPS modules are ‘sleeping’, they still have all their monitoring circuitry fully operational – they are just not switching power. With their monitoring circuitry fully operational, they are instantaneously ready to switch power if required and because it is the switching of power that causes the greatest energy losses, system efficiency is significantly increased.

For example, if five UPS modules share a load equally at 20% each, this is inefficient and is wasting energy and money. If three modules were put into sleep mode, the load on the two remaining UPS modules would be equally shared at 50% each, the UPS system would have N+1 redundancy and the whole system would operate at a much higher point on its efficiency curve.

Centiel’s ‘sleep mode’ function is customer enabled (when and if required) and if enabled, it is fully automatic.

Peak shaving

Peak shaving offers a method for organisations to take advantage of their own energy storage to save costs during peak times of demand on the national grid and we will increasingly see this being used in the near future. For peak shaving to work successfully, the necessary technology must be included in the UPS, so product selection from the outset needs to be considered carefully. The type of UPS battery used is also very important.

LiFePO4 batteries, unlike traditional VRLA batteries, are capable of thousands of cycles. As well as tolerating higher ambient temperatures, reducing or removing the need for cooling, their typical useful working life is between 15 and 20 years, meaning they only need to be replaced once in a 30-year design life.

Centiel has been moving towards developing more efficient UPS solutions

Using LiFePO4 battery, it is possible to reduce costs by taking some energy from the batteries instead of the National Grid during peak times in the day, for example, and recharging batteries at times of lower demand when electricity costs are less, such as at night. It would not make sense to discharge batteries completely or quickly, so to preserve battery life, small amounts of battery energy are taken simultaneously with grid sharing to shave pence off the bill. This, over time, adds up to significant savings. Centiel’s Intelligent Flexible Battery Charging functionality, which is customer enabled, sets site specific parameters and takes place automatically.

Take a long view

Organisations which are focused on improving their approach to sustainability and reducing carbon footprints need to take a long-term view to make realistic changes. Previously, purchase price considerations would greatly influence decision-making when it came to purchasing new equipment in a data centre. However, a shift in approach is taking place, where with rising electricity and component costs, suddenly the operational costs of a wrong decision will now far outweigh the small sum saved on buying a slightly less expensive but vastly less efficient UPS system.

Total Cost of Ownership (TCO) calculations need to be made over 10, 15 and ideally 30 years – the whole life cycle of the data centre – to make informed choices about facility design and the right choice of UPS and associated equipment.

As a manufacturer, Centiel has been moving towards developing more efficient UPS solutions for some time. The good news is that most modern UPS are already offering high levels of efficiency. Both of Centiel’s modular

UPS solutions, CumulusPower and StratusPower, have online efficiencies of over 97%, for example. The difference with StratusPower is that it has been designed with sustainability in mind. Uniquely, it has been developed to last for 30 years and it is almost entirely recyclable, adding a further option for organisations looking to move towards net zero.

Take responsibility

Despite receiving hundreds of enquiries about LiFePO4 batteries because of their numerous operational benefits, short term thinking means that the overwhelming majority of orders placed are for traditional VRLA batteries. Organisations need to think further ahead and take responsibility.

They need to take time to consider how to mitigate the long-term implications of electricity cost rises from a financial perspective, but also how reducing power consumption over the next 30 years or so will also contribute to lowering carbon footprints and improve sustainability. The numbers soon add up.

As an industry which burns significant amounts of power, we all have a responsibility to choose a more sustainable way forward. In this article, David has looked at some ways to reduce carbon footprints, but he says that now organisations need to act. Sustainability is much discussed in boardrooms and now teams need to be in a position to advise management about ways to decrease energy usage and use solutions that can be recycled. Much of this is about education, so David says he would encourage anyone interested in the future of our planet to learn as much as they can about how to become more sustainable both at home and work. Every area of our lives needs to be considered.

Centiel, centiel.co.uk

GETTING BACK ON TRACK

Today’s business leaders are juggling a multitude of challenges, with the energy crisis among the most pressing.

Rising energy costs has caused net zero initiatives to fall further down boardroom and operational priorities. As a result, recent research commissioned by Schneider Electric has found that 82% of the UK and Irish business leaders feel the energy crisis will impact their organisation’s ability to meet decarbonisation targets.

Yet, if the world is to meet commitments to limit temperature rises to 1.5°C by mid-century, we need to halve carbon emissions by 2030 – and business plays a vital part in achieving this target. With just seven years on the clock, it’s critical that businesses get back on track with net zero activities now. Here are some practical and cost-effective ways to accomplish this.

Start with a strategy

Net zero is a whole company initiative and this will be reflected in your strategy. Aligning it with your overall business plan will reap top and bottom-line benefits from your net zero projects. Decarbonisation won’t live in a silo, with just a single team accountable for its success. Instead, it will be seen as everyone’s responsibility and better still, its rewards will be felt by every department.

Reducing carbon emissions is a by-product of having well-run operations across the organisation, so focusing on energy management as a whole can help your business achieve net zero while reducing energy use, lowering energy costs and building resilience across the business.

Broaden your mix of solutions

It might feel counter-intuitive to invest in a broader range of projects and solutions if your organisation is feeling the pinch, but having a mix of net zero initiatives underway will compound the benefits while ensuring return on investment both over the short and long term.

Challenge your perceptions

There are some common misconceptions associated with reducing emissions. The first is simply tackling direct emission, rather than considering the entire lifecycle of power generation for your organisation. If you don’t consider this, you risk missing a vital opportunity to improve cost-effectiveness and efficiency in the future.

Many leaders assume that having a Power Purchase Agreement (PPA) in place means that energy costs are under control. But given the limited duration of these agreements, rising energy costs for finite fossil fuels will eventually impact your business, whether you have a PPA in place or not. Ultimately, switching to more sustainable energy sources will pay off in the long run as fossil fuel supplies dwindle.

Many stakeholders believe achieving net zero is expensive – but it doesn’t have to be. With clever planning and forecasting, you can build a net zero strategy suited to your operations, budget and timeframes. The technology is already available to help you accomplish your net zero ambitions – and the payoff on these is often measured in months rather than years.

Communication is key

Decarbonisation can offer many benefits, from energy and cost savings, to greater resilience against energy market volatility, a boosted brand reputation, and better competitiveness in a sustainability focused market. Communicating these benefits to your stakeholders and employees, while demonstrating a clear return on investment, will help you obtain the buy-in leaders and colleagues you need to implement net zero plans.

That said, it’s worth setting expectations at the start of your net zero journey. Some sustainability projects are long-term investments and may not deliver immediate returns. Understanding this will help ensure that decision-makers do not immediately discount anything with a

long-term payback. It helps if your plan also includes some short-term projects that offer immediate returns.

Get expert advice

It’s understandable if you feel overwhelmed by the task at hand or don’t know where to start when developing your net zero strategy. That’s where expert advisors can help. External consultants can support you in understanding the practical actions and investments needed to meet your net zero goals on time, in assessing current solutions and strategies, and in identifying improvement areas.

Start now

With time fast running out to meet global carbon targets, we cannot afford to waste any more time. With other priorities on your plate, it may be tempting to delay decarbonisation for the future, in hopes of a better economic climate, more favourable energy market, or a more engaged workforce. But procrastination will only hinder your business’ long-term growth and success.

Starting now, even with a handful of low-cost measures, will help you benefit from reduced energy consumption and costs. Such benefits will compound over time, chipping away at your net zero goals and de-risking your operations. There is a great opportunity to achieve net zero and improve your resilience and efficiency as a result. It’s up to you to embrace it today.

Schneider Electric, se.com

Schneider Electric looks at the ways businesses can get back on track with net zero activities, despite the energy crisis.

UPGRADE YOUR EV EXPERIENCE WITH A SMART CHARGER

The UK is embracing the EV market growth with an increasing demand for and a greater availability of EV models. According to Manifesto 2030: Automotive Growth for a Zero Emission Future, the UK automotive industry’s strategy aims to ensure economic growth and zero emission mobility through the production of innovative technologies, transforming the automotive sector and creating a stronger economy.

In line with EV industry growth, EV charging solutions are also upgrading to provide a seamless and reliable experience for EV drivers. EV owners are increasingly attentive in purchasing EV charging solutions, which can be divided into different performance levels, 3 Pin Charger (Mode 2) and Smart Charger (Mode 3).

3 Pin Chargers (Mode 2) normally come standard with the purchase of a new EV. They can be used in the home with standard 230V outlets, requiring no installation. They have an average power output of 2.3kW and generally provide a range of 10 to 15km/hr from a standard 13amp socket. Using one of these trickle chargers with the car set for an eight-hour daily overnight charge means a daily charge of about 100km range.

Smart Chargers (Mode 3) have an energy outlet between 7.4kW to 22kW, up to 10 times greater than 3 Pin Chargers, offering higher-rate AC charging. One hour of charging will provide a driving range of

40km (7.4kW) to 120km (22kW), enabling overnight charging of the vehicle. The status of the charger can be controlled anywhere, anytime, via an app.

Wallbox offers upgraded Smart Chargers (Mode 3) solutions such as Pulsar Max – the smart home charger designed to save time, money and energy for everyday electric vehicle drivers, delivering more power and reliability than a 3 Pin Charger.

Pulsar Max comes standard with Wallbox’s proprietary energy management solutions, including Eco-Smart. It enables the EV to be recharged efficiently and sustainably through excess solar panel energy.

Homeowners can determine the source and mix of energy to be supplied to the EV by metering energy from the solar system. With Eco-Smart, users can choose whether to charge their EVs through their home solar system, or with a mix of solar and grid power to maximise costs and energy savings.

Pulsar Max is the smart home charger designed to save time, money and energy for everyday EV drivers

Pulsar Max can be monitored at any time, from anywhere, through full access to the myWallbox app. It is possible to get real-time energy consumption and spending statistics, and the charger can be protected with remote lock and unlock. Users can schedule charging sessions through the myWallbox app, positively impacting the environment and saving money. By recharging during off-peak hours, in terms of energy costs, EV drivers can save up to £180 (depending on the customer’s tariff).

As Smart Chargers (Mode 3) require installation, Pulsar Max is specifically designed to improve the process. In addition to increased uptime that reduces the need for site visits, the charger is designed with a new backplate for easier and faster installation.

Wallbox, wallbox.com

Wallbox offers upgraded smart charging solutions

FOUR NEW FINISHES FOR KNIGHTSBRIDGE’S 45W USB WALL CHARGERS

Knightsbridge has enhanced its range of pioneering 45W USB charging solutions with the introduction of four additional decorative finishes in the company’s popular screwless format.

At the time of their initial launch, Knightsbridge’s 45W USB sockets and modules were the fastest chargers available on the market and still remain at the top of the competitive tree. Now, beyond curved or square edge moulded sockets in white, these powerful 230V 13A two-gang switched USB sockets come in anthracite, matt black, matt white and brushed chrome.

The sockets offer up to 45W PD (Power Delivery) over a USB-C port and 18W QC (Quick Charge) over a USB-A port. This means that power-hungry devices like laptops can be charged from wall outlets with compatible cables using a 45W USB-C port and without the need for bulky adapters. QC devices (mainly android-based smartphones) can be charged at up to 18W, allowing for a quick charge of up to 50% in under 30 minutes with compatible smartphones. Where multiple devices are being charged simultaneously, power is shared between both ports.

ML Accessories, mlaccessories.co.uk

SNICKERS WORKWEAR’S NEW HYBRID JACKET

The new Hybrid multi-purpose work jacket is a street-smart, highly versatile garment. Great on site or for leisurewear, it’s made of flexible, wicking jersey fabric with Repreve fabric insulation in the shoulder and upper body area.

The Hybrid provides great freedom of movement and elasticated comfort for all types of work and warmth or ventilation when you need it.

Whatever top-layer clothes you need – for work, play or protection against hazards

– Snickers Workwear has a range of jackets that will work on site for both men and women, always delivering optimal performance, comfort and good looks.

Just check out the features of Snickers Workwear jackets, there will be one to suit you – wherever you are, whatever you need, whatever you’re doing.

Snickers Workwear, snickersworkwear.com

BRAND NEW MODULO ‘ULTRA’ SLIM SCREWDRIVERS FROM C.K TOOLS

C.K Tools has developed a range of screwdrivers that offers a comprehensive solution for terminal screws during switchgear installations, eliminating irritating, time-wasting and costly breakage caused by ill-fitting screwdrivers.

Developed in collaboration with a panel of electricians, the new expanded Dextro VDE Modulo Slim range covers all screw types commonly used in circuit breakers, contractors, relays, terminal blocks, PCB clamps and electrical boards, as well as those found in RCBOs.

With the backbone of the series comprising the Slotted/Pozi and Slotted/Phillips tip types, in both size one and two, the selection is completed with a unique product for each style – the brand new Modulo Ultra Slim screwdriver. This unique design combines all the access of a slim size one screwdriver, with the profile and strength of a size two. Accessing recessed screws for precision insertion and removal has never been easier, with zero risk of damage while affording a perfect fit for all types of terminal screws.

C.K Tools, ck-tools.com

ANSELL UNVEILS HIGHLY VERSATILE LED TRACK LIGHTING RANGE

Ansell Lighting has unveiled its new slimline LED track lighting range, Primo Track, offering the ultimate in choice and versatility.

Available as a single circuit or OCTO compatible three circuit track spot, with integral driver, Primo Track is suitable for hospitality, residential and retail settings, as well as ancillary applications.

It offers 355° rotation with up to 180° tilt on the bracket, along with interchangeable 24° and 36° lens accessories and multiple track accessories, to deliver a wide variety of customisable layout options.

Offered in black or white with a mirror finish anodised reflector, and with the option of adding a gold trim ring, the track spot’s modern, lightweight aluminium design enables quick and easy installation.

A single circuit GU10 version, which can be used in conjunction with WiZ smart bulbs, is also available.

Mark Abbott, Managing Director at Ansell Lighting says, “Primo Track LED track lighting is simple to fit and configure, making it the ideal solution for multiple display lighting projects.”

Ansell Lighting, ansell-lighting.com

UNICRIMP OFFERS AN EXTENSIVE RANGE OF FIRE-SAFE METAL CABLE CLIPS

Unicrimp offers an extensive range of cable accessories.

Last year the company extended its range of 18th Edition compliant fire-rated Metal Twin and Earth Cable Clips to include red and white options.

The 18th Edition wiring regulations stipulate that cable support systems must be constructed with materials that will withstand premature collapse caused by direct exposure to heat. There are no applications excluded – trunking, conduit and cabling fixed to surfaces of the building or attached to cable support systems must all have fire-resistant supports in place.

Part of Unicrimp’s Q-Fire range, the fire-rated T&E Cable Clips are manufactured from zinc plated carbon steel and are available in two sizes – 1-2.5mm and 4-6mm – and in a choice of uncoated or with a grey PPA LSF coating. The LSF coating provides long term protection for metal clips, as well as added protection for the cable during and after installation.

They provide installers with an expanded choice of fixing solutions, suitable across a range of applications and environments – helping them to satisfy the latest wiring regulations.

Unicrimp, unicrimp.com

COMMERCIAL LED DOWNLIGHTS WITH CCT SWITCH RECESSED LIGHTS WITH CTA OVIA PR

Proving popular with contractors is Ovia ’s Sprite and E-Sprite range of commercial recessed downlights with CCT switch.

Sprite is a range of recessed TRIAC dimmable LED downlights with CCT (correlated colour temperature) switch – a built-in, three position switch which allows for instant change of the colour temperature, from warm white (3000k), to cool white (4000k) to daylight (6000k).

These IP54-rated aluminium downlights are supplied with TRIAC dimmable drivers which are pre-wired with a Fast Fit Flow connector or three-in-one multi-function dimming option for quick and easier installation. There are four sizes available – 3”, 5”, 6” and 8” diameter – and a choice of 10W, 13W, 18W, 25W and 35W versions, to cover a wide range of installation types and requirements. They have a five-year warranty.

The E-Sprite range of recessed LED downlights with CCT switch are eco commercial downlights that are available in 9W, 15W, 25W or 30W. They are supplied with a CCT switch as standard and are pre-wired with a Fast Fit Flow connector or 3-in-1 multi-function dimming option. Ovia, oviauk.com

4LITE APPROVED BY SCREWFIX

4lite has announced a partnership with Screwfix, offering more than 450 professional and residential lighting products and solutions.

4lite, part of the Ansell Group, is launching an extended range of commercial, industrial, residential and smart lighting solutions with Screwfix from autumn 2023.

Screwfix customers will have access to this wider range of LED products, including downlights, battens, non-corrosive fixtures, outdoor lights, high bays and emergency lighting all suited to a broad range of installations and applications and fully tested and certified by the LIA. All products also come with a minimum four-year warranty.

With a good, better, best approach, many of the 4lite LED lighting products will also feature ‘Connected by WiZ’ technology, allowing professional electricians and homeowners alike to specify and install a complete connected lighting system for almost any environment.

The partnership will deliver a wider choice of professional and commercial lighting solutions for electrical contractors, installers and end-users. Stock availability in local stores can be checked via the Screwfix app or online. 4lite, 4liteuk.com

CKI PROMISES SAVINGS OF UP TO 70% WITH MAGNETIC WINTER DEALS PROMOTION

Carl Kammerling International has announced the return of its Magnetic promotion, with discounts of up to 70% sure to ‘attract’ savvy electrical and industrial trade customers.

Magnetic 23 launched on 1 September and offers savings on many product lines from brands including C.K Tools, C.K Magma, C.K Classic, avit and Kasp.

To activate promotional offers, customers must make an initial purchase of £350 or more. From that point until 22 December, all future orders submitted through the promotion will benefit from Magnetic savings. The bigger the purchase, the bigger the savings.

Deals apply to much of the brands’ core range, with eight exclusive multipacks available only through the promotion. Customers placing high value orders will also be rewarded with exclusive C.K Tools branded clothing, including a new design bobble hat and a Regatta Microfleece with C.K Embroidery.

Rhiannon Wyn Thompson, Trade Marketing Executive, says, “There are some great savings to be made this autumn and winter for customers who shop smart with Magnetic. Whether you’re slicing the cost of your essentials, making higher value purchases on new tools and equipment, or both, now is the time to do it.”

Carl Kammerling International, carlkammerling.com

NEW ‘STATE OF THE ART’ PTC HEATERS HEADLINE THE 2023 AIRMASTER HEATING RANGE

Airmaster, by the CED Electrical Group, already boasts a comprehensive and established range of nearly 50 space heating products, strengthened each year with new innovative products – Wi-Fi enabled panel heaters and bathroom downflow heaters being recent stand-out additions.

Now for 2023, PTC or ‘Positive Temperature Coefficient’ heaters join the range, offering automatic temperature and power adjustment once maximum levels are reached, delivering both energy efficiency and increased safety via the elimination of over-heating.

This new floor-standing and portable fan heater range includes a Mini 500w with a 12hr timer, an Upright with 900w/1800w settings and adjustable thermostat, plus an Industrial rolled steel version with 1000w/2000w settings.

These new high-tech heaters join the ever-improving ranges of Airmaster panel heaters; oil filled radiators from 500w to 2kW; 2kW convector and fan heaters; infrared wall, ceiling and patio heaters; tubular heaters and everything in between! What’s more, the end user now gets even more choice in these difficult times of high energy costs.

CED Electrical, cedelectrical.co.uk

SCOLMORE ADDS 20A 2-WAY RETRACTIVE SWITCH MODULE

Scolmore has added a new 20A 2-way retractive switch module to its MiniGrid range.

The extensive MiniGrid range of mounting plates and modules provides installers with the opportunity to create a vast number of customised switching solutions on site.

With more than 175 unfurnished plates and in excess of 750 interchangeable modules available, there is the opportunity to create literally millions of combinations. All the Click MiniGrid plates are modular as standard, so whether you are using the Click Mode white moulded plastic range or decorative metal plates such as Deco and Deco Plus, you can achieve any arrangement and finished look that best suits the project/ application in hand.

It is this modular switch arrangement standard in both mounting plates and modules that has proved to be a highly valued facility amongst designers and installers alike. The MiniGrid modules are all easily and quickly exchanged or mounted onto unfurnished plates by means of a simple single screw fixing, saving both time and money. Scolmore, scolmore.com

MANROSE LAUNCHES PIV – AS EASY AS 1, 2, 3

Manrose has launched its new Lo-Watt Pivotal Positive Input Ventilation (PIV) making it as easy as 1, 2, 3 for installers and homeowners to combat condensation and mould in the home. Designed to remove stale, moist air from the home and replace it with filtered, drier air, to prevent the moisture build up that can cause condensation and mould, the Lo-Watt Pivotal is also energy efficient, cost effective; and offers effortless, easy installation. Designed to prevent and treat condensation and mould quickly, the Lo-Watt Pivotal is perfect for refurbished properties since it is easy to fit for installers and discreet for homeowners. Loft-mounted, the Lo-Watt Pivotal effectively combats condensation and damp problems by introducing fresh, dry air into a property to regulate moisture levels. The positive input fan draws fresh air from the loft, filters it and gently feeds it into the dwelling via a ceiling-mounted diffuser. Clean, drier, fresh filtered air dilutes and replaces contaminated, moisture-laden air. Manrose, manrose.co.uk

APERTA IP MULTI-WAY DOOR ENTRY SOLUTION FROM ESP

ESP’s Aperta IP PoE access control range brings to market high spec door entry solutions that are quick and easy to install and suitable for a wide range of projects. From large apartment blocks to small commercial properties and domestic dwellings, the range has been designed to offer more flexible installation and improved performance compared with traditional ‘2-wire’ and ‘4-wire’ systems.

At the top end of the range is the Aperta IP Multi Way Outdoor Station which offers a range of features and benefits, including simple PoE installation, HD video, IP65 ingress protection and user-friendly 4” GUI display. The system is powered by a PoE switch and includes proximity fob and keypad function to release connected door locks.

The Aperta IP system is powered by the ClickSmart+ app, which gives control of the whole Aperta IP range. App functions include call receive from the outdoor station with clear two-way audio and video; lock release to allow access to the property; snapshot to mobile phone; and monitor playback for missed events (requires microSD card installation). ESP, espuk.com

Grow your Business with Sonos for Professionals

Whether you want to design the ultimate home cinema, install a sound system in a business, or integrate speakers in a multi-unit development, Sonos makes it easy to create incredible listening experiences for every client and space.