Page 5 provides key details on the PowerEx Live Midlands 2025 event, scheduled for Thursday, July 3rd, 2025 and preceded by a Golf Tournament at the Belfry Hotel & Resort, Sutton Coldfield, B76 9PR. PowerEx Midlands is the highlight of the Summer for energy professionals from the UK and Europe.
A major gas field estimated to be worth £112 billion has been discovered under Lincolnshire. Geologists estimate there could be enough gas to power the UK for the next 10 years.
Around 480 billion cubic metres of gas - around ten times the UK’s annual usage - is estimated to be contained underground. Once extracted this will add £112 billion to the UK’s economy.
This key energy deposit is centred under Gainsborough, energy company Egdon has announced, and stretches into Nottinghamshire and South Yorkshire.
Egdon is owned by American oil giant HEYCO, whose CEO George Yates has formally announced the compoany’s findings at the Lincolnshire Energy Conference.
There is increrased interest in gas-powered generators as an energy source to meet rising electricity demand. in the UK.
It is anticipated that the market will grow as a direct result of increased investments and supportive governmental policies on emission standards and regulations.
Additionally, the improved availability of generators in a range of sizes and power
HYBRID MICROGRID SOLUTION:
MWM gas engines atthe UK R100 Energy food waste processing site. It currently features two 1MWe Combined Heat and Power gensets. p.20
BESS FOR ABERDARE, WALES
Pulse Clean Energy recently energised its very latest 22 MW / 2.3 hour battery storage project at the Hirwaun Industrial Estate. p.24
outputs increases the market for generators.
Technological advancements have certainly increased the performance and capacity of gas-powered generators, creating a lucrative opportunity for businesses in the future markets.
In recent years there has been a boom in unconventional gas resources, especially in the shale revolution and
industry is likely to become more gas-centric. Currently banned onshore in the UK over concerns it could cause small earthquakes, fracking for gas and oil still has its supporters. Rising energy costs may force the current government to reverse its fracking ban and allow the exploitation of this lucrative gas field, effectively boosting projected gas market revenues for the UK.
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NEWS NEWS
CHALLENGING POWEREX GOLF
DAY TO BE HELD ON JULY 2ND 2025
PowerEx Live Midlands 2025, will be held on Thursday, July 3rd, 2025. It aims to probe and discuss all the trends, opportunities and challenges for the GENSET, CHP & ENERGY industries.
PowerEx Live Midlands will be hosting some of the foremost energy speakers in the country. The papers presented offer the most recent and cutting-edge content available in the energy industry..
This regional UK event - with an associated Golf Tournament held the day before the event (on July 2nd, 2025) - offers all key sector players in the North of England an opportunity to assess new trends, connect and develop all under 1 roof over the course of 1 day.
The official PowerEx Live 2024 Golf Tournament is held at the Belfry Hotel & Resort at Royal Sutton Coldfield, West Midlands, UK, on Wednesday 2nd July, 2025 - this is the date before the event. The Belfry Spa, the site of the PowerEx Live 2025 Conference, also features three courses, including BRABAZON golf course. These are recognised as world-class, having previously hosted major golfing championship events.
Sponsorship opportunities are available at £135 per hole. There are Prizes – Nearest the pins on every Par 3 and 2 Longest Drive holes. This is also a great networking event and an opportunity to meet people from the Power & Energy Industries.
Final deadline for booking: April 30, 2025.
Please email enquiries: richard@wipmagazines.com or power@wipmagazines.com
UK’S FIRST
‘SMART’ ELECTRICITY SUBSTATION HAS BEEN INSTALLED IN KENT
UK Power Networks’ Maidstone substation is the first in a series to be equipped to communicate, in an advanced way, to other sites which could allow more distributed generators to connect to the network across the South East of England.
UK Power Networks’ innovative Constellation trial is installing powerful computers in existing substations to better analyse power flows, and redirect energy to optimise infrastructure and cater for future needs. The next-generation digital substations will use AI and machine learning to allow more energy to be safely released onto the network and help accelerate the UK’s transition to Net Zero carbon emissions.
If the trial is successful, in future, strategically-positioned smart substations could allow network operators to dynamically shift the settings, freeing up to 50% of additional capacity when it is safe to do so.
Allington Energy from Waste has become the first distributed generator to connect to the new system, with a dedicated smart substation installed at its Maidstone site. A further five smart substations are set to be installed throughout the South East of England as part of the ongoing trial. While these digital solutions are already live on the Constellation platform, UK Power Networks will continue to develop and trial new solutions, unlocking a range of solutions that could easily be introduced onto the platform in future.
Luca Grella, head of innovation at UK Power Networks said: “This is a groundbreaking innovation for our network, and the first of a series of smart substations which could make a real difference for our customers and the environment. Enhancing the service provided to our energy-generating customers, and making our network more resilient in the process, will go a long way to preparing our network for a decarbonised future, and will allow more renewable energy resources to connect.”
Juergen Schaper, operations director (Energy Division) at FCC Environment which owns and operates Allington Energy From Waste said: “As one of the UK’s leading waste and resource businesses, we focus our efforts on generating heat and power from waste that cannot be recycled. Supplying that power to an ever more resilient network via this new smart substation is a positive step forward as we too prepare to support the decarbonisation efforts of the UK.”
UK Power Networks owns and runs the cables and substations which deliver electricity from the national grid to 8.5 million homes and businesses across London, the South East and East of England, serving approximately 20 million people. As the country’s biggest electricity distributor, it has invested £8 billion in its electricity networks since 2011, focusing on safety, network reliability, sustainability and affordability by caring for vulnerable customers, keeping costs low and helping to enable decarbonisation. It is also a founder member of the Levelling up Coalition, and number one on the UK Inclusive Companies list, and UK Employer of the Year (Platinum - Investors In People).
Coming soonPowerEx Live on 11th December, 2025, London, UK
PowerEx Live 2025 - THURSDAY 11th DECEMBER, Location: LONDON, UK
PowerEx Live 2025 at London’s Park Plaza Hotel, will be held on Thursday 11th December, 2025.
PowerEx Live 2024 aims to offer the perfect networking opportunities for international professionals across the Genset, CHP, Data Centre and Consultancy industry sectors.
With conference speakers at GEN-SET, CHP & ENERGY LIVE (see pages 12 & 13) the top of their respective fields you can be sure to glean some valuable insights into the industry. The conferences are held alongside premier display space in a world class venue. This event has become a priority for all those in the power and energy markets. The conferences will run parallel with prime exhibitor space available in adjoining rooms. Do not miss this opportunity for networking with experts in all fields of CHP, Data Centres, Consultancy and Gensets.
PowerEx Live 2025 will have 3 Conference Rooms this year. Topics are as follows: *Room 1: Data centres: (Power Growth), AI, Energy Efficiency, Grids, Intelligence and infrastructure. *Room 2: Gen-Sets, Battery & Energy Storage, Batteries& UPS, Hydrogen, Solar Power for Clean Energy Transition. *Room 3: CHP, Renewables, DH, Biogas, Heat Pumps/ Networks, Distributed & Decentralised Energy, Carbon Emissions, Efficiency for a Carbon NET Zero sustainable FUTURE.
This highlight of the UK’s Power & Energy calendar for 2024 is being held at . London’s iconic South Bank hotel, the Park Plaza, Westminster Bridge, London, SE1 7UT, UK. Book your Exhibition Tabletop or register as a delegate now by visiting: www.powerexlive.co.uk
LOOKING FORWARD TO POWEREX LIVE 2025 HELD AGAIN IN WESTMINSTER, LONDON, ON
THURSDAY 11th DECEMBER, 2025
PowerEx Live 2025 at London’s Park Plaza Hotel,Westminster, will be held on Thursday 11th December, 2025. PowerEx Live 2025 aims to offer the perfect networking opportunities for international professionals across the Genset, CHP, Data Centre and Consultancy industry sectors.
With 24 conference speakers at GEN-SET, CHP & ENERGY LIVE the top of their respective fields you can be sure to glean some valuable insights intothe industry at this special One-Day Event. The three conferences are held alongside premier display space in a world class venue. This event has become a priority for all those in the power and energy markets. The conferences will run parallel with prime exhibitor space available in adjoining rooms. Do not miss this opportunity for networking with experts in all fields of CHP, Data Centres, Consultancy and Gensets.
PowerEx Live 2025 will feature 3 Conference Rooms this year. Topics are as follows:
*Room 1: Data centres: (Power Growth), AI, Energy Efficiency, Grids, Intelligence and infrastructure.
*Room 2: Gen-Sets, Battery & Energy Storage, Batteries& UPS, Hydrogen, Solar Power for Clean Energy Transition.
*Room 3: CHP, Renewables, DH, Biogas, Heat Pumps/ Networks, Distributed & Decentralised Energy, Carbon Emissions, Efficiency for a Carbon NET Zero sustainable FUTURE. Book your Exhibition Tabletop or register as a delegate now by visiting: www.powerexlive.co.uk
What was the previous PowerEx 2024 like?
PowerEx Live 2024 at London’s Park Plaza Hotel, was held on Thursday 12th December, 2024, and proved to be a packed event for an enthusiastic audience who enjoyed the opportunity to listen to 24 handpicked speakers and appreciate the networking opportunities for professionals from across the Genset, CHP, Data Centre and Consultancy industry sectors.
Here are just some of the reviews of the event:
* Dave Andrews, Chairman of Claverton Energy commented: “PowerEx Live 2024 held in London on December 12th 2024 represents a wonderful forum for the power industry. The combination of 24 speakers, many, many exhibitors and a venue packed with visitors reflects its high degree of organisation and talent. This is show which has received many accolades over the years – and deservedly so.”
* Harriet Janman from Sustainable Solutions comments: “It was an amazing place and great event!”
*Phoebe Le Blond from Bartech reports: “Had a great day in London! It was fantastic to network with so many professionals from across the industry, learn more about their businesses, and finally put some names to faces. The event provided excellent opportunities to connect and gain valuable insights into the latest developments in the power and energy sectors.”
* Edina comments: “So far at London 2024, we’ve had some great conversations discussing your energy transition challenges at our stand.”
* HI Engineering Ltd. professionals said: “It’s hard to express the vibe of the conference, the pleasure of meeting and discussing with top experts in power backup solutions, gensets, data centres, grids, fuel cells, technologies, equipment, etc.There was plenty of inspiring content, insights, trends, forecasts that support power industry to develop properly and to adapt to constantly increasing needs of MW, GW, TW power. The PowerEx Live conference is not just a fruitful networking and exchangeit is a one-day University.”
* Simon Lee, Director of business development at Lister Petter Engines reports: “A great day at PowerEx Live in London supporting Hendy Power showcasing Lister Petter. Another well-attended event full of indusrtry professionals.”
* Kurt Ellmer, Business Development Manager for the UKGSA, says: “This was a fantastic event with an outstanding attendance by delegates and visitors alike. The PowerEx Live 24 event has allowed the UKGSA to build on its considerable membership base of networking power professionals. We now have an impressive 94 registered companies and other business entities amongst our membership.”
* Aidan Turnbull, editor of UK POWER NEWS comments: “December 2024’s PowerEx Live held in London was another technological triumph. The 24 hand-picked guest speakers were on top form and enjoyed enthusiastic audiences who came to listen to a wide spectrum of technical presentations about the energy industry.”.
TOWN-WIDE HEAT NETWORK WILL BE DEVELOPED BY DARLINGTON AUTHORITIES
Energy infrastructure expert, SSE Energy Solutions (SSE), has signed an agreement to collaborate with Darlington Borough Council (DBC) to support the development of a town-wide heat network.
While the project is in the early stages of development, SSE’s current plans include constructing an Energy Centre containing large air source heat pumps (ASHPs) which will be located in Darlington Town Centre.
The collaboration could see the production of a network of connections formed between council buildings and other significant sites including, potentially, government, hospital, university and college buildings, as well as future mixeduse developments.
The Memorandum of Understanding (MoU) between the two parties sets out a joint vision for the development of a network.
The agreement includes a shared ambition for SSE to apply to the Green Heat Network Fund (GHNF) in the next funding window.
Last year DBC revised its target for reaching net zero across its estate, bringing it forward by a decade to 2040.
The actions the council has taken so far have successfully reduced its carbon emissions by over 50% and it believes the agreement with SSE will accelerate low carbon investment in Darlington, as well as creating skilled jobs and driving
TWO
local economic revival. SSE has positioned itself at the heart of the clean energy transition with one of the largest investment programmes in the FTSE-100.
Under the Net Zero Acceleration Programme Plus, the company is investing £20.5bn in green energy projects over the next five years.
According to recent government figures, heat networks are projected to meet 20% of the country’s heat demand by 2050 and are seen as a crucial component in the UK’s strategy to decarbonise heating, which currently accounts for 37% of CO2 emissions.
It believes this could attract between £80-£100bn of investment into the UK.
Jody Pittaway, heat sector director at SSE Energy Solutions, said: “The partnership we are announcing with Darlington Borough Council will support the Development process for the heat network by helping us engage with many of the potential low carbon heat offtakers within Darlington Town Centre.
NEW BESS PROJECTS FOR
SCOTLAND
IN 2025 WILL MAKE COMPANY THE LARGEST BATTERY STORAGE INVESTOR IN THE UK
Copenhagen Infrastructure Partners has, through its flagship fund CI IV, taken a financial investment decision and issued Notice to Proceed with the construction of two further battery energy storage system (BESS) projects in Scotland. Coalburn 2 is based in South Lanarkshire, adjacent to CIP’s existing Coalburn 1 BESS project, and Devilla is in Fife, near the town of Kincardine. Each project is sized at 500 MW and, once commissioned, will form the largest battery storage projects in Europe. These two projects represent an investment of approximately £800 million, they expand CIP’s UK BESS construction portfolio from one to three projects and make CIP the largest battery storage investor in the UK.
The CIP BESS portfolio
(Coalburn 1, Coalburn 2, and Devilla) will have total power capacity of 1.5 GW and will be able to store and supply the grid with a total of 3 GWh of electricity across a 2-hour period.
In February 2022, CIP’s CI IV fund entered a partnership with Alcemi, a large-scale BESS developer, to develop a UK wide portfolio of BESS projects to FID. Alcemi is a Londonbased energy storage developer specialising in such strategically located large-scale projects.
The Perkins® 2606A-E13TAG, 12.9 litre engine can generate up to 572 kW of dependable engine power to be used for generator set electrical output up to 625 kVA – offering flexible, dependable performance.
Scan the QR code to learn more.
MANCHESTER ROYAL INFIRMARY INVESTS IN 2xGEN1770HC GENSETS
Genesal Energy has supplied 2 x GEN1770HC diesel gensets powered by Mitsubishi engines to Manchester Royal Infirmary as part of a major onsite refurbishment programme.
Maintaining a minimum noise level with the genset package was of paramount importance, so Genesal’s engineers designed a 40-foot HC container with double Rockwool acoustic insulation (100 mm) and an acoustic membrane on walls and ceiling was designed. This is also fire-resistant for 60 minutes (RF-60 Panel).
A Genesal spokesman comments: “For further noise reduction, large air inlet and outlet baffles have been installed, as well as an external reinforcement silencer on the air outlet. A – 30 dB stainless steel exhaust silencer has been incorporated to prevent corrosion.
“To ensure total soundproofing while the unit is switched off, motorised air inlet and outlet louvres are fitted, which close automatically. The power connection of the generator is made by means of a Modular Busbar System, which has required the design of an external Link Box which allows a flexible and safe connection.”
Features of the genset include:
-A Mitsubishi engine
-A STAMFORD AvK alternator
-Motorised air inlet and outlet grilles.
-Double starting system with 2 electric starter motors and double set of AGM batteries.
-Battery protection box.
-Stainless steel exhaust silencer located in the upper external part of the container.
- The genset package can provide Prime Power: 2x1650 kVA and Standby Power: 2x1770 kVA.
Since 1994 Genesal Energy has been manufacturing high-quality generator sets adapted to all requirements, with a fully customised design and service.
A company spokesman explains: “We unite knowledge, experience, and innovation to develop efficient and increasingly sustainable solutions. This is the energy that gives you everything. This is how we have managed to export our solutions to over 30 countries on five continents, from our headquarters in Bergondo, A Coruña, Spain.”
About the client/customer: Manchester Royal Infirmary (MRI) is a large NHS teaching hospital in Chorlton-on-Medlock, Manchester and is also a major regional and national medical centre. It is the largest hospital within Manchester University NHS Foundation Trust, and bis ased on its Oxford Road Campus in South Manchester where it shares a site with the Royal Manchester Children’s Hospital, Manchester Royal Eye Hospital and Saint Mary’s Hospital as well as several other educational and research facilities.
The Hospital is also a key site for medical educational within Manchester, serving as a main teaching hospital for School of Medical Sciences, University of Manchester.
UKGSA AT THE DATA CENTRE WORLD SHOW - LONDON EXCEL 12-13 MARCH,
2025
Don’t miss this opportunity to see what’s new in the technology arena at DATA CENTRE WORLD, the world’s largest gathering of industry professionals and endusers.
Join the vibrant data centre community 12-13 March 2025 at ExCeL London for an immersive experience at the epicentre of infrastructure advancement.
Now it’s time discover groundbreaking data centre power solutions at the event that powers the digital economy. The Power Media International Group magazines will be represented at this event, as well as the UK
GEN-SET & CHP ASSOCIATION (UKGSA - see page 32).
The UK’s latest industry association serves members and the genset & CHP industry by encouraging the sharing of knowledge in the field of Gen-Sets and CHP throughout the entire independent standby power and energy sectors. The Association further aims to promote the interests of the Generating Set industry for UK Manufacturers, Suppliers & Distributors, Service Providers, Rental Companies and Powerrelated providers.
See the UKGSA on Stand DC001
A KEY DATE - POWEREX LIVE MIDLANDS SHOW - JULY 3, 2025
PowerEx Live Midlands 2025, will be held on Thursday, 3 July, 2025. This event aims to probe and discuss all the trends, opportunities and challenges for the GENSET, CHP & ENERGY industries.
PowerEx Live Midlands 2025 will be hosting some of the foremost energy speakers in the country with the most recent and cutting-edge content within the energy industry. This regional UK event - with an associated Golf Tournament [see page 30] held the day before the event (July 2, 2025) - offers all key sector players in the North of England an opportunity to assess new trends, connect and develop all under 1 roof over the course of 1 day.
The Midlands event features 8+ Speakers and 28+ companies will be there. To reserve a table and/or take on sponsorship visit https://lnkd.in/d8nApVtU
https://lnkd.in/ewP7Fhui or send an email to power@wipmagazines.com
The event is sponsored by UK Gen-Set & CHP Association with the Data Centre Alliance. The Conference is being held at a topclass venue offering optimal trade opportunities to meet both regional and global buyers, specifiers, OEMs, equipment distributors and contractors/ installers. The venue is the Belfry Hotel and Resort in Royal Sutton Coldfield, West Midlands.
For more details on the 2025 Powerex Live Midlands Conference please visit: www.powerexlive.co.uk/midlands
How the Manchester Royal Infirmary (MRI) will look after refurbishment
COMPANY SIGNS LATEST £19M SIZEWELL C POWER PLANT CONTRACT
Jackson Civil Engineering is the latest firm to secure an enabling works deal for the Sizewell C power station project ahead of a Government decision to go-ahead with main construction. The firm will deliver its construction schemes early in 2025 for the vast project.
The latest contract award was announced as Sizewell C confirmed it has already signed £2.5bn worth of contracts for the project spread around nearly 300 UK suppliers. Pre-construction work and early enabling works began at the Suffolk site around 12 months ago after development consent. Now the industry is waiting for the Treasury to approve the final business case, expected in the Spring spending revenue.
Sources close to talks between the Government and power generator EDF are reported to put the latest forecast cost estimate at £40bn, double the initial estimate provided by the power company. The UK government and the EDF will fund about 40% of the Sizewell C project. Government officials are now gauging interest from private investors to meet the rest of the costs.
EDF has issued a statement denying forecast project costs were so high. “Recent claims about Sizewell C’s costs are not accurate and do not reflect the significant savings we are already making because we are building on the achievements at Hinkley Point C.”
The company said:“This project has done the hard job of restarting UK construction and is seeing efficiency improvements of around 30% between its first and second reactor units.”
The 3.2GW power project will see UK firms deliver around 70% of construction value and support 70,000 high-quality jobs.
The project has already made significant progress across its main development site, including archaeology and earthworks, as well as the preparatory work for its concrete batching plant.
GENSETS & HEATPUMPS - BANK & INVESTMENT COMMITTEE ADVISED
LCP Delta has supported a major UK banking group with identifying alternative options to diesel generators for providing emergency backup power at business critical sites across its commercial areas.
The client, a major banking group based in the UK, is committed to sustainability and decarbonising its business operations as quickly as possible. Some of its business-critical operations currently have diesel generators providing emergency back-up power which it wishes to replace with greener alternatives.
A spokesman comments: “LCP Delta identified different backup power options, including batteries, cleaner engines, biofuels, and fuel cells. We assessed the appropriateness of each option against several criteria, including Capex, Opex, emissions, start-up time and suitability for BCPs, readiness, and safety. In a second phase, we focused on gas generators as the most viable like-for-like alternative and included interviews with key industry stakeholders and in-depth analysis of several case study sites using anonymised data provided by the client.”
The client was subsequently armed with the necessary information to commence procurement processes that would enable them to decarbonise back-up power.
DEMONSTRATING AI WORKLOAD READY UPS AT DATA CENTRE WORLD
Leading UPS manufacturer CENTIEL will show its multiaward winning, true modular UPS StratusPowerTM at Data Centre World, 12-13 March on booth DC232.
StratusPowerTM is currently being utilised in Data Centres around the globe and in particular has been designed to deal with AI workloads and the fast-approaching power demand.
Louis McGarry, Sales and Marketing Director, Centiel explains: “AI is creating heavy demand for power protection. We are working on projects that require multi megawatts of power for data centres and AI data processing facilities that rely on power protection equipment that can be scaled-up and rapidly deployed.
“While efficiency and sustainability in UPS systems is now a given, customer choice now comes down to quality but also how big and how quickly can UPS systems be scaled and deployed,” he explains.
“Our factory in Switzerland produces around 1000 UPS modules per month and so Centiel offers rapid delivery world-wide to
protect the power for data centres and the growth in AI across the globe. Our UPS is scalable to fulfil the capabilities of any facility on day one, or grow as the data centre expands.
“In addition, StratusPowerTM offers “9 nines” (99.9999999%) availability to effectively eliminate system downtime; class leading 97.6% on-line efficiency to minimise running costs; true “hot swap” modules to eliminate human error in operation plus long-life components to improve sustainability.”
StratusPower is also known for is dynamic load handling and reliable uptime for unpredictable, high-intensity AI demands. With its exceptional overload capacity of up to 150% for 60 seconds it offers unmatched performance. In relation to grid resilience, StratusPower absorbs voltage fluctuations with an extended input range in addition to operating flawlessly under elevated temperature conditions.
The three-phase true modular UPS StratusPower now covers a power range from 50 to 1,875kW in one cabinet and can be paralleled for 3,750kW of clean power.
NEW RENEWABLE ENERGY DEAL AGREED FOR UK
In January 2025 circular economy consultancy Reconomy agreed a deal with Bryt Energy to supply renewable electricity across its UK businesses.
Hydropower company Bryt Energy (part of the Statkraft group and Europe’s largest generator of renewable energy) will work to help Reconomy meet its target of increasing its active annual sourcing of renewable electricity from 86% in 2021 to 100% by 2028, four years early in the UK.
The agreement was brokered by Adalta Energy and it claims to deliver cost-savings of around 20% and will provide real-time data usage through the installation of advanced 15-minute meters.
Diane Crowe, group sustainability director, Reconomy, said: “As a business centred on accelerating the circular economy to tackle
climate change, biodiversity loss and pollution, we are keen to demonstrate leadership in our industry.
“This partnership will help us in that mission and will support us on our journey to achieving our ambitious sustainability targets.”
Reconomy is an international circular economy specialist company which combines technology, skills and incredible people to enable businesses to better manage their resources, helping reduce waste, optimise their supply chains, and contribute in a meaningful way toward the circular economy.
RENEWABLE ENERGY PROJECT PROPOSED FOR HIGH CATTON IN THE EAST RIDING OF YORKSHIRE
ENGIE has submitted an application to develop an AD project east of Long Lane near High Catton in the East Riding of Yorkshire. The company has also been consulting about a similar scheme close to Sherburn-in-Elmet, near Tadcaster.
If approved, the agricultural anaerobic digestion facility would take agricultural feedstocks and waste from local farms and turn it into renewable gas using Anaerobic Digestion (AD). The facility – which will sit alongside new woodland and hedgerow planting – would generate enough power for 5,200 homes, reducing the UK’s reliance on imported natural gas.
Anaerobic digestion is a sequence of processes by which microorganisms break down biodegradable material in the absence of oxygen. The process is used for industrial or domestic purposes to manage waste or to produce fuels. Much of the fermentation used industrially to produce food and drink products, as well as home fermentation, uses anaerobic digestion.
The digestion process begins with bacterial hydrolysis of the input materials. Insoluble organic polymers, such as carbohydrates, are broken down to soluble derivatives that become available for other bacteria.
Acidogenic bacteria then convert the sugars and amino acids into carbon-dioxide, hydrogen, ammonia, and organic acids. In acetogenesis, bacteria convert these resulting organic acids into acetic acid, along with additional ammonia, hydrogen, and carbon dioxide amongst other compounds. Finally, methanogens convert these products to methane and carbon dioxide.[ The methanogenic archaea populations play an indispensable role in anaerobic wastewater treatments.
Working in partnership with local farmers, ENGIE’s AD project would give them a regular source of income whilst reducing their carbon footprint. It also supports day to day farming activities by providing digestate, a byproduct of the AD process and a natural fertiliser that replaces artificial and expensive alternatives.
Following feedback received during the pre-application consultation last month, ENGIE has outlined plans to restrict traffic movements through High and Low Catton to ensure the impact on local communities is minimised by the facility.
Rob McKeon, Head of Business Development for Renewable Gases UK at ENGIE, said: “ENGIE is a key player in the UK’s energy transition and is committed to creating a greener tomorrow. Anaerobic Digestion is both a sustainable solution for dealing with agricultural wastes and a local supply of renewable gas.
“We’ve worked closely with the local community over the last couple of months to understand the issues that are important to them. The planning application is supported by a range of detailed, technical assessments that show how the facility will be operated with minimal impact on the local area. We’ve also had lots of positive conversations about how we can support local causes and give something back to the local community.”
ENGIE says it has a track record in such schemes, with it also supporting local causes through a Community Benefit Fund.
The development will help the UK reach Net Zero carbon emissions by 2050 and East Riding of Yorkshire Council has addressed its adopted Climate Strategy.
It is expected that East Riding of Yorkshire Council will make a decision soon on the plans. If approved, work is anticipated to start by summer 2025.
According to the plans the proposed facility will sit alongside new woodland and hedgerow planting –and will generate enough power for 5,200 homes, reducing the UK’s reliance on imported natural gas. Working in partnership with local farmers, it would also give them a regular source of income whilst reducing their carbon footprint.
The sirte would also support day-to-day farming activities by providing digestate, a byproduct of the AD process and a natural fertiliser that replaces artificial and expensive alternatives.
Following feedback received during the pre-application consultation last month, ENGIE has outlined plans to restrict traffic movements through High and Low Catton to ensure the impact on local communities is minimised by the facility.
An ENGIE spokesman comments: “With four biomethane plants already operating safely and reliably across the South West, coupled with our vast experience and passion for renewable energy, we are proud to lead the UK’s energy transition.”
GREEN LIGHT FOR LANDMARK CARBON CAPTURE & STORAGE PROJECT ON TEESSIDE
Costain, the infrastructure solutions company, has received confirmation to proceed to the execution phase for two landmark East Coast Cluster projects on Teesside.
Costain’s delivery partner role will see it deliver and manage the engineering, procurement and construction (EPCm) of the Northern Endurance Partnership’s (NEP) onshore CO2 gathering system on Teesside, and associated utilities for Net Zero Teesside Power (NZT Power).
Costain is one of nine leading engineering, procurement, and construction contractors selected by NZT Power and NEP to deliver the landmark scheme. The combined value of the NZT Power and NEP investment programme is around £4bn.
NZT Power aims to be the world’s first gas-fired power station with carbon capture and storage, whilst NEP will provide the CO2 transportation and storage infrastructure for three Teessidebased carbon capture projects: NZT Power, H2Teesside and Teesside Hydrogen CO2 Capture.
NZT Power and NEP have now confirmed entry into the execution
phase. Construction is expected to commence from mid-2025, with start-up expected in 2028.
The confirmation to proceed follows Costain’s successful completion of the front-end engineering design (FEED) for the carbon capture network, and its appointment to deliver the FEED for the East Coast Cluster’s hydrogen network.
“The December 2024 announcement is a significant step towards UK decarbonisation. We’re working with Net Zero Teesside Power and the Northern Endurance Partnership, their partners and the supply chain to deliver a world-class CO2 gathering network, utilising our first-class capabilities in consultancy, engineering and construction. In addition to the environmental benefits, these projects will revitalise the local economy, creating jobs, developing skills and improving people’s lives across the Teesside region,” comments Sam White, MD at Costain.
Ian Hunter, the managing director, for Net Zero Teesside Power, explains: “Costain’s announcement is the culmination of years of work to make Net Zero Teesside Power a reality. “
OXFORD UNIVERSITY SIMULATES UK POWER GRID
Origami’s state-of-the-art Applications Laboratory (Apps Lab), has been relocated to The University of Oxford as part of a strategic partnership with The ZERO Institute (Zero-carbon Energy Research Oxford).
The Apps Lab will foster cuttingedge research and educational advancement, it will enable comprehensive real-world testing and raise awareness of pioneering green energy technologies. This strategic collaboration offers students, researchers and private sector businesses an
unprecedented opportunity to engage with real industrial-scale energy assets, strengthening the link between academic research and practical industry solutions.
The Apps Lab is a highly sophisticated environment which allows for real-world simulations of the UK’s electricity network.
Example of a typical biogas plant [Isle of Wight]
BRITISH LIBRARY COMMISSIONS COMPANY TO INSTALL THE UK’S LARGEST SOLAR HEAT PROJECT
The British Library and CBRE Global Workplace Solutions (GWS) have jointly commissioned Naked Energy to deliver the UK’s largest solar heat project to accelerate the public building’s transition to renewable energy.
The installation comprises 950 solar collectors across 712.5 square metres of the library’s roof space. It is expected to reduce the building’s CO2 emissions by 55 tonnes and generate 216 MWh of energy annually – the equivalent of powering and heating a community center or swimming pool for a year.
Naked Energy reports that its solar heat and electricity Virtu product range is the world’s highest energy density solar technology, saving up to four times the amount of carbon as standard solar PV panels, therefore becoming a key asset in the decarbonization of heat in sectors from manufacturing to hotels and leisure centres.
The Virtu product range converts the sun’s energy into heat and electricity from the same collector and is able to supply sanitary hot water and space heating for the British Library, benefiting staff and visitors alike.
The solar collectors will also be used to help maintain the precise temperature and humidity conditions needed to preserve the national collection cared for by the British Library, consisting of over 170 million items, ranging from newspapers and maps to sound recordings and patents and is growing. every day.
During the planning phase of the installation, Virtu solar technology secured planning permission on the Grade I-listed building, as its unique low-profile design does not disrupt the Library’s architecture and remains invisible from street level.
The business recently received investment from E.ON Energy Infrastructure Solutions and Barclays in the first close of its Series B capital raise, totalling £17 million.
“It’s an honour to partner with such an iconic British institution and be part of their journey to meet their net zero goals” said Christophe Williams, Founder and CEO of Naked Energy.
“The urgent need to decarbonise heat has long been under-recognized in the discussions over the UK’s move towards net zero. We hope that this project can serve as a catalyst to inspire others in the public sector to join the energy transition and move away from fossil fuels once and for all. “ This project has been an immense undertaking and is an exciting step forward for the solar thermal industry in the UK.”
The Virtu installation comprises a total of 950 Virtu collectors, 240 VirtuPVT and 710 VirtuHOT. These are generating solar heat and power leading to less burning of natural gas onsite, reducing The Libraries “scope 1” CO2 emissions.
The PVT tubes also employ PV cells on the fins which convert 20% of the sunlight to DC electricity. Each set of five PVT tubes is equipped with a micro-inverter, which converts the DC electricity to AC electricity, to be used throughout the building. Most of the remaining 80% of the sun’s energy is converted to heat.
Inside the Library plant room, the solar heat is stored in a giant 15 cubic-metre tank. When heat is required in the building it is taken from the solar tank preferentially, and any additional heat required is provided by the gas boilers. The tank acts a thermal battery, so that solar heart generated during the day can be used later in the evening or on the following morning.
The whole system is run using an intelligent control system which tells the pumps when to run and the valves when to open, for maximum performance. It is remotely monitored to allow the Library’s engineers to operate and maintain the system.
The system was installed by Naked Energy’s delivery partner Convert Energy.
SPONSOR ANNOUNCED FOR ENERGY TECHNOLOGY LIVE SHOW - 12-13 MARCH, 2025
AMPYR Distributed Energy (ADE), the leading investor in onsite sustainable energy solutions, has been announced as a sponsor of this year’s Energy Technology Live exhibition.
Taking place at the NEC in Birmingham between 12-13 March, the event brings together two exhibitions – the Distributed Energy Show and the Energy Storage Show – to accelerate the adoption of decentralised energy generation.
Sponsor representatives from the ADE team will be at the Distributed Energy Show supporting the exhibition.
They will take to the stage to discuss key challenges and opportunities facing the sector.
On the second day of the event (Thursday 13 March), chief commercial officer Miles Thomas will offer a keynote presentation on the emerging role of battery storage in the commercial energy landscape of tomorrow.
From optimising the potential of behind-the-meter generation, to tackling misconceptions around funding challenges, he will provide a deep dive into the technology’s future potential.
ADE’s senior investment director Ben Cameron will also join thought leaders from across the renewable energy supply chain for a panel discussion titled ‘Financing the future: unlocking asset capital for net zero goals.’
As part of the session, Cameron will discuss the importance of
funding in enabling corporate sustainability initiatives, as well as explaining the different green finance options available to UK businesses.
John Behan, CEO of ADE, comments: “As a highly-respected event in the distributed energy calendar, we’re looking forward to both sponsoring and presenting at this year’s Energy Technology Live show.
“With a targeted audience of industry experts and a jam-packed presentation schedule, the exhibition will provide the perfect opportunity to engage with representatives from across the industry, understand the challenges they’re facing, discuss the opportunities in front of us and tackle some common misconceptions around the cost of financing renewables.”
AMPYR Distributed Energy (ADE) funds, builds, owns and operates renewable energy technologies that help businesses to reduce energy costs and decarbonise their operations. With the backing of AGP Sustainable Real Assets, ADE delivers onsite green energy solutions with no upfront costs through innovative power purchase agreements (PPAs).
UK HAS THE HIGHEST ELECTRICITY PRICES IN EUROPE & THE LOWEST HEAT PUMP UPTAKE
The UK Government’s drive to replace gas boilers with heat pumps in most households is being severely hampered by a high electricity price and much lower gas price, experts have warned.
This is a key part of the reason why UK sales of heat pumps are the lowest in Europe per capita. Installation rates are 25 times higher in market leader Norway, and 18, seven and and five times higher in Finland, Italy and Germany respectively, according to the European Heat Pump Association.
Because heat pumps run on electricity, the cost of it has a direct impact on consumer demand. And because the price of gas is much cheaper, there is little incentive for people to replace their gas boilers with heat pumps, experts argue.
Heat pumps typically cost around £2,500 more than gas boilers, even after a Government grant that is available to help pay for them.
The average heat pump costs £13,000, requiring an upfront investment of around £5,500 (after the Government heat pump grant of £7,500 is factored in) – compared to an average cost of about £3,000 for gas central heating.
At the moment, electricity costs 3.9 times as much as gas to produce the same amount of energy in the UK –with electricity costing 24.50 pence per kilowatt hour (kWh) compared to 6.24 pence for gas, according to Ofgem.
The gap between electricity and gas prices is largely because most of the levies sit on electricity rather than gas bills.
BIOMASS: 113,000 MWH OF CLEAN ENERGY FOR THE UK
Evero Energy a leading waste-wood-to-energy and BECCS company, has announced its strongest quarter to date, increasing net exported power to provide 113,000 MWh of clean electricity to the national grid and local industrial partners.
The company’s Ince, Mersey and Lisahally waste wood biomass plants achieved consistently high availability and generation hours. In particular, Ince saw a 13% improvement in availability during Q4 2024. Furthermore, Evero’s Ince facility set a new utilisation record, generating 36,403 MWh - driven by operational enhancements and efficiency improvements.
Mark Roberts, head of engineering at Evero commented: “By optimising efficiency and reliability across our portfolio, we’ve increased energy output and unlocked greater value from our plants. The record performance of our Ince facility is a testament to our continuous improvement strategy and technical expertise.”
Since securing full ownership of the Mersey Bioenergy plant in 2023, Evero said it has prioritised fuel quality - focusing on size, calorific value and moisture content - to enhance performance and reliability across its operations.
At its Ince plant, adjustments such as improving the automation of Flue Gas Recirculation, controlling back-end temperatures and optimising the Air-Cooled Condensers set point have led to improved plant efficiency, added the organisation. Evero is accelerating its plans for bioenergy with carbon capture and storage (BECCS). BECCS technology allows the carbon-dioxide from the flue gas to be captured and stored, while power is still exported to the grid.
CALL FOR CLARITY ON THE FUTURE OF WASTE WOOD BIOMASS:
The Wood Recyclers’ Association has called for urgent clarity over future support for waste wood-powered biomass plants after the government acknowledged the important role that the technology has to play.
In a written statement Energy Minister Michael Shanks has announced support for large-scale biomass plants, including Drax, to transition to carbon capture and storage technology – but excluded smaller-scale biomass plants, such as those fuelled by waste wood.
Richard Coulson, chair of the WRA, said: “This statement by the Energy Minister acknowledges the important role biomass has to play in our energy system both now and in the future.
“Unfortunately, the statement provides no clarity on when similar transitional support arrangements will be offered to biomass generators below the 100MW threshold.”
“The UK has a fleet of regional biomass generators with the capacity to compliantly manage 3 million tonnes of our wood waste a
[Below] Richard Coulson of the WRA: “No clarity on biomass.”
year which might otherwise be exported or sent to landfill.”
He explains:“When combined with the additional volume of other domestic residues which they recover such as poultry litter, then we realise a recovery capacity of 4.6 million tonnes of our own domestic waste.
“This resource is then recovered to produce 5.4TWh of secure, low carbon energy, sufficient for 1.5 million homes,” he says.
Richard Coulson concludes: “The statement acknowledges that biomass generation helps ensure low carbon security of supply in an affordable manner.
“It also says that sustainability standards will be strengthened to help build confidence in the sector.
“The WRA welcomes this approach, as while our members do not have such sustainability concerns from only using our domestic residues as a fuel, for too long our sector has been tarnished with the same concerns and debate.”
BIOMASS: KEY
CONTRACT
AWARDED FOR THE TEES RENEWABLE ENERGY PLANT
An Operations and Maintenance (O&M) contract for Tees Renewable Energy Plant (Tees REP) has been won by px Group, an operator of several critical infrastructure sites in the UK and Europe.
The contract marks px Group’s further expansion into the biomass power generation industry.
Located in Tees Valley, one of the world’s largest purpose-built pellet biomass power plants has the capacity to generate 299 MW of energy, which is enough to power 600,000 homes, equivalent to nearly all households in the Teesside area, said the company.
The plant will play a critical role in bolstering energy security on both a regional and national level by ensuring a reliable baseload power supply, which other intermittent renewables like solar and wind cannot guarantee, added px Group.
The award of the O&M partnership follows a previous collaboration with px Engineering, which provided consultancy and expertise during the plant commissioning phase.
This biomass venture secures hundreds of direct and indirect jobs supporting regional economic growth and employment, according to the organisation.
“It is a landmark moment for px Group to take on the operations and
maintenance of the largest newbuild biomass plant in the world and a transformative moment for the entire regional energy sector,” said Dave Thompson, chief operating officer at px Group.
“We are looking forward to strengthening our expertise in this area and bringing our partner the highest standards of safety, efficiency, and reliability.”
Ian Coxon, CEO at MGT, owner of Tees REP, added: “We are thrilled to partner with px Group as they take over the operations and maintenance of this landmark project.
“Its extensive expertise in safely managing large-scale green energy projects, combined with its proven success in operating other biomass sites, makes it the ideal partner to ensure the plant runs at peak efficiency and further enhances energy security and resilience for the UK.”
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20.7MW GAS GENERATOR TO SUPPORT THE UK’S NATIONAL GRID
Two views: CG170b-20
Finning CAT recently supplied 9 x CG170b-20 in November 2024to a UK site - the gensets underwent thorough commissioning in preparation for G99 witness testing This 20.7MW site supplies power for the client to export to the grid.
A spokesman comments: “Offering reliable power from 1610 kW to 2300 kW at 60 Hz, the Cat CG170B-20 natural gas generator offers an optimal balance between reliability and profitability through state-of-the-art components. With a compact design and broad focus, this model offers the highest efficiency values in its class. Managed by a secure control system, this natural gas generator offers improved efficiency to meet your operating needs at a reduced cost.”
The engine frequency is: 50 ~ 60 Hz and the genset can run of the following fuel types: Natural Gas, Biogas, Coal Gas. The unit offers a Maximum Continuous Rating: 2300 ekW @1.0pf and a Maximum Electrical Efficiency of 45.0 %.
Special features of the set include:
- Up to 13% savings through improved efficiency
- Total Plant and Energy Management System provides flexible yet comprehensive control
-Reduced lube oil consumption for improved service costs
- Up to 45% electrical efficiency with Natural Gas.
CAT provides a Total Plant and Energy Management System (TPEM) to give users a comprehensive and flexible digital control of the generator set’s efficiency and performance; helping to reduce planning and installation costs.
Up to 25% hydrogen blended fuel option enables operation of up to 25% hydrogen blend (by volume) with pipeline natural gas fuel.
Finning CAT CG170b-20
2 X 2,679 KWE COGENERATION
PLANTS AT A
GREENHOUSE COMPLEX IN HULL
It’s been four months since AB ENERGY (UK) LTD (a division of Gruppo AB) installed two cogeneration plants for a commercial greenhouse business in Hull, UK.
Two ECOMAX 27 units, each with a power of 2,679 KWe, equipped with two Codinox systems to clean exhaust gases currently provide heat and power for the site. The setup also draws off the purified CO2 to be reused for greenhouse fertilization, enhancing plant growth.
The ECOMAX greenhouse solution is designed to provide a cogeneration system that ensures the simultaneous production of electrical energy, thermal energy, and CO2
The electricity produced cis used to power artificial lighting in the greenhouse with the surplus being fed into the local distribution grid. The system heat produces hot water, both high and low temperature, which have proved useful for heating and air conditioning other buildings.
A spokesman for company commented: “We are proud to contribute to a more sustainable and efficient future for agriculture and the environment.”
A 5MW FLEXIBLE POWER PROJECT IN DROITWICH SPA INSTALLS
2 X 2.5MWE H2-READY GENSETS
A 5MW flexible power generation project in Droitwich now depends on two mtu solutions 2.5MWe hydrogen-ready gensets from Rolls-Royce Solutions UK.
Andreas Görtz, Vice President Power Generation at Rolls-Royce Power Systems, outlines the company’s particular approach to hydrogen:
“The decarbonisation of power generation requires reliable, flexible, but also climate-neutral, power plants to supplement the fluctuating generation from wind and sun.
“We assume that natural gas will initially be the primary fuel in the development of the hydrogen ecosystem, but we see hydrogen as technically and economically possible. That is why we continue to develop our gas engines for use with green hydrogen - whether as a 10 or 25 percent admixture or for 100 percent.”
The Droitwich gensets have now been assembled, allowing Power Engineering Services to undertake the site cabling works package. Technicains have undertaken sitewide HV, LV, and comms cabling connections between all equipment and the National Grid ESO Electricity Distribution substation.
Additionally Green Frog Utilities Ltd has energised the onsite gas network up to the gensets to prepare for final commissioning.
The Droitwich flexible generation site has been operational this winter, supporting the UK electricity system, the National Grid and the newlyformed National Energy System Operator in its first winter without coal-fired generation.”
Fuel cells powered by 100% green hydrogen can play an important role in future energy supply in combination with renewable energies.
Rolls-Royce’s Power Systems division has already installed a 250-kilowatt fuel cell demonstrator at its European HQ, which will be used to test and present future CO2-free energy systems to customers.
The entire hydrogen ecosystem, including the infrastructure for supply, conversion, test benches and future production, has already been mapped in the company’s own plants.
With its climate protection programme “Net Zero at Power Systems”, Rolls-Royce’s Power Systems division has set itself the target of saving 35% of greenhouse gas emissions by 2030.
LANDMARK RULINGS ON H2POWERED COMBUSTION ENGINES
JCB has secured landmark rulings from a series of European licensing authorities which will allow its new hydrogen internal combustion engine (H2 ICE) to be used in commercial machines.
A total of 11 licensing authorities across Europe have now given permission for the new hydrogen engine to be sold across Europe –additional countries are set to follow with certification over 2025.
JCB chairman Anthony Bamford said: “This is a very significant moment for JCB. To start the new year with certification in place in so many European countries bodes
very well for the future of hydrogen combustion technology. JCB has proved in recent years that it is a proper zero emissions solution for construction and agricultural equipment.”
MILLIONS COULD BE LOST AS A RESULT OF POWER OUTAGES
Renewable energy developers are unaware of risk to investment due to circuit outages and stand to lose millions. Analysis from Roadnight Taylor reveals outage impacts over the lifespan of renewable projects in England and Wales are leading to losses of millions of pound, reports Hugh Taylor.
New research analysing a random sample of 50 renewable energy projects in England and Wales, suggests that connecting at 132kV alone, more than 8% will each face an average of four weeks of downtime a year, over 40 years, due to planned connection and reinforcement driven outages on the grid
Roadnight Taylor analysis highlights rising project pipeline of 132kv network connections is increasing portfolio risk for investors in UK renewable energy projects
Renewable energy developers are putting investments at risk of millions in lost revenue, by failing to plan for grid outages over the lifespan of projects. Roadnight Taylor, the UK’s leading independent specialist grid consultancy, has warned developers to urgently review the growing risk in their portfolios.
The firm’s analysis of data from UK electricity network operators1 shows that 8% of renewable projects in England and Wales will each face an average of four weeks of downtime a year, over 40 years, due to planned connection, maintenance, and reinforcement-driven outages on the grid.
The UK’s complex electricity grid is a system that is evolving to meet the needs of new energy assets, balancing generation and demand to ensure a reliable supply of power.
Circuits require maintenance and reinforcement which result in planned outages. Alongside this, we are in a new era of next generation energy projects, including wind farms, solar farms and energy intensive projects like data centres, all of which require connection to the grid. This growing pipeline of projects requires circuits to turn off to allow connections to take place. Combined, this means that the number of planned outages each year is rising, impacting projects across the grid.
Hugh Taylor, CEO of Roadnight Taylor, says:“It is likely that developers are unaware of the weeks and months of outage risks that many of their projects will be carrying. The pipeline of projects seeking to connect to the 132kV distribution and transmission networks, and increasingly the 275kV and 400kV networks, is ramping up.
“Consequently, this is simultaneously increasing both occurrences of planned outages and the scale of income risk to affected investors. Investors that have not assessed this impact for the full lifespan of projects across their portfolios are at risk of lost revenues totalling tens of millions of pounds, perhaps hundreds in some cases, which is largely avoidable. The expertise is available to manage this risk, no matter if the project is already acquired.”
Roadnight Taylor has provided advice and solutions for energy project investors who face financial impact from planned outages, with investment or asset management teams sometimes realising they have an issue after a project is up and running. One such example is a 132kV wind farm in Wales. It ran smoothly for the first five years before suffering revenue losses, with the developer then notified of an upcoming, seven-month outage, expected to cost up to £5 million in lost revenue. This research highlights the need for the industry to ensure appropriate due diligence is carried out at the stage of the connection offer review, at acquisition, and during the operation of the project. Crucially, developers need analysis that qualifies and quantifies outage risk, especially for projects with single- circuit connections. Minimising the volume and frequency of downtime will save projects millions of pounds in revenue that can be reinvested into new projects, ultimately supporting green growth in the UK.
About the author: Hugh Taylor is an experienced speaker and sits on expert panels for all six of the UK’s Distribution Network Operators (DNOs), providing him with first-hand knowledge of their procedures and ongoing strategies. He possesses a deep understanding of National Grid’s Capacity Market and its various balancing markets. He regularly consults for BEIS and Ofgem.
JOINT VENTURE WINS £300M HIGH VOLTAGE RAIL SYSTEM POWER CONTRACT
A Siemens Mobility and Costain Joint Venture is to be awarded a long-term contract to deliver high voltage (HV) power supply systems for HS2 throughout the entire 225km route between London and the West Midlands.
The Joint Venture will be responsible for designing, manufacturing, supplying, installing, testing, commissioning and maintaining high voltage power supply systems between London and Birmingham.
The joint venture will form part of the Rail Systems Alliance structure and work collaboratively with industry partners to deliver this railway.
Following completion of the design and build contract there will be a separate seven-year maintenance contract.
The HV total contract value is expected to be worth in the region of £300m to the Siemens Mobility and Costain Joint Venture, with optional contract extensions. The separate maintenance contract is valued at £32m for the Joint Venture.
The Siemens Mobility and Costain Joint Venture will bring together a range of skills and capabilities including project
management, digital coordination, systems integration, equipment manufacturing and supply chain collaboration.
Traction and non-traction substations will be built alongside the line, providing power to stations, shafts, portals, depots and railway systems between London and Birmingham.
Both companies will draw on extensive mega-project experience, including the Elizabeth line, the East Coast Main Line Power Supply Upgrade, and many more.
With high voltage power coming from the national grid, HS2 trains will be powered by zero carbon energy from day one of operation.
Alex Vaughan, CEO, Costain, commented: “This new contract continues our long-standing involvement with the UK’s largest strategic investment programme and reflects our excellent collaborative relationship with HS2. It also marks the start of a new partnership with Siemens Mobility and its team of experts who share our values and ambitions.
“Providing a safe, reliable power system will be critical to the success of a new transport route which will be one of the lowest carbon ways to travel in the UK, freeing up more capacity on the existing rail network and helping to take cars and lorries off the roads. Rail electrification remains a crucial part of the UK’s decarbonisation plans and HS2’s power supply sets new standards.”
POWER PRODUCED FROM BIOENERGY RECORDED AN INCREASE BY Q3 2024
According to the waste-tohydrogen company Compact Syngas Solutions analysis of 2024 figures suggests that power produced from bioenergy has reached an all-time high with energy reaching 9.7TWh by the third quarter of 2024, Government data suggests that maintenance outages at three large power stations took the blame for the fall in last year’s figures, explaining a 23% increase in electricity from bioenergy in Q3 of 2024.
Electricity generated from plant biomass rose from 4.6TWh in the third quarter of 2023 to 6.3TWh in the same periodin 2024.
Electricity produced from waste reached 1.31TWh in Q3 2024 = an increase from 1.27TWh at the same time in 2023.
Despite this growth, experts are warning that bottlenecks in the industry mean that alternative solutions are still required.
Installed energy-to-waste capacity has grown by just 0.71% in the space of the year, rising from 1,547MW in the third quarter of 2023 to 1,558MW in the same period this year.
Compact Syngas Solutions, based in Deeside, Wales recently secured almost £4 million in government funding to make its biomass and waste-to-hydrogen plants even
NOAH LAW MP VISITS FRADDON AD BIOGAS PLANT
Noah Law MP spoke to industry guests at the Eden Project on February 17th, 2025, about the need for Government to ensure biogas meets its potential in delivering Britain’s clean energy needs. On Friday 31 January, 2025, the local MP for St Austell and Newquay had paid a visit to the Fraddon anaerobic digestion plant operated by Material Change in Higher Fraddon, St Columb.
Anaerobic digestion (AD) is a process consisting of storing organic material such as food waste, agricultural waste, manure and sewage, into an airtight container called digester, where it is deprived of oxygen and breaks down, producing a green gas called biogas and a solid residue called digestate as outputs. Biogas can power and heat homes and, upgraded to biomethane, can be used as a sustainable transport fuel. Meanwhile, the digestate can be used to as a biofertiliser in farms to restore soil health and improve crop yields.
Commissioned in 2014, Fraddon Biogas is Cornwall’s leading AD plant, converting organic waste from local farmers, bakeries and food and drink producers. The plant provides renewable gas and electricity for around 2,500 Cornish homes.
Speaking at an event hosted by former Environment Secretary George Eustice at the Eden Project following the visit, Mr Law said: “I recently visited Fraddon Biogas, where organic waste from local farms and food producers is being turned into renewable energy and biofertiliser.
“This is a prime example of how biogas not only helps tackle climate change but also benefits the local economy and supports sustainable farming. However, we need the Government to act swiftly in removing the barriers holding back this industry. I have requested a meeting with the Energy Minister to discuss how we can reform the UK Emissions Trading Scheme to recognise the environmental benefits of biomethane and address the regulatory hurdles that are stifling the growth of this vital sector.”
Johan Lourens, Commercial Manager, Material Change, said. “For Cornwall to process organic waste locally, industry support is crucial”, Mr Lourens said. “With Mr Law’s support, we hope that Cornwall’s waste-to-energy sector will continue to grow, enabling us to divert more waste from landfill and expanding our contribution to the UK’s decarbonisation and energy security targets.”
Fraddon Biogas is Cornwall’s sole gas-to-grid anaerobic digester. It is operated by Material Change on behalf of Generate Upcycle, owned by Generate Capital.
Mr Law was joined on this visit by representatives from the Anaerobic Digestion and Bioresources Association (ADBA), the UK trade body currently campaigning for government to make changes to key policies to help grow the sector and help it play its part in the UK’s Net Zero Transition.
ADBA Chair Chris Huhne said: “AD technology has become a cornerstone of sustainable waste management and renewable energy production. With the right policies, AD can help the government and the country as a whole reach its net zero and levelling up goals. Not only does AD significantly contribute towards reducing greenhouse gases emissions, it also helps cut household energy bills and offers green jobs across the country.
“Biogas really is the low regret solution the government must get behind to enable us to turn our organic waste into a valuable resource to power our homes, businesses and the wider economy.” ADBA has recently published a report indicating that the use of biogas could cut the cost of meeting Britain’s net zero targets in 2050 by nearly £300 billion against official projections. These findings are the result of new analysis by BMA, drawing on the computer model used by Whitehall.
Concluding his speech, Noah Law MP emphasised the importance of supporting biogas production: “Unlocking the full potential of biogas could transform not just Cornwall because of our agricultural output and need for decentralised energy, but the whole country. If we tackle the barriers to growth in this sector, we can accelerate our path to net zero while creating green jobs and boosting energy security. The future of renewable energy is not just about wind turbines and solar panels - it’s also about harnessing the power of organic waste to generate the energy we need locally.”
CONSTRUCTION BEGINS ON THE VIDA BIOENERGY WORMSLADE PLANT
VIDA bioenergy has announced the commencement of groundbreaking operations on its second UK facility, VIDA bioenergy Wormslade.
The project marks another step in the company’s mission to deliver sustainable energy in the countries where their plants are located. When operational, the plant will provide enough energy to heat over 5,000 homes annually.
Construction has officially commenced, with completion expected in 18 months and commercial operations targeted for mid-2026.
The groundbreaking ceremony was led by VIDA bioenergy CEO Lars Boetje, joined by Mark Newton, representing the Landowners, along with project developer Biowatt and members of the VIDA business development and construction teams.
Lars Boetje, CEO of VIDA bioenergy, comments: “The Wormslade facility demonstrates our commitment to building a sustainable future.
“By converting agricultural by-products into clean biomethane, we’re not only supporting the UK’s
renewable energy goals but also strengthening local communities and advancing the circular economy.”
This facility will become VIDA bioenergy’s third plant in Europe, alongside its flagship operational plant in Tilburg, Netherlands, and the soon-to-be operational plant based in Glentham, UK.
A company spokesman explains the corporation’s ethos:
“At VIDA bioenergy, we are dedicated to supporting the decarbonisation of buildings, heavy transport, and industrial heat.
“VIDA bioenergy is set to become one of Europe’s leading biomethane producers, with operations and projects underway in the Netherlands, UK, and also in Poland.”
He concludes: “Our mission is to transform sustainable organic material into energy, providing clean energy products like biomethane, biogenic CO2, and organic fertiliser.
“We are fully owned by VTTI, an industry leader in energy infrastructure.
“This allows us to operate with speed and agility whilst maintaining access to world class talent, expertise, and financial backing.”
NORTHERN IRELAND’S GOVERNMENT BUILDINGS ARE HEATED BY BIOMASS
Buying in wood pellets to heat government buildings in Stormont, Northern Ireland has proved so popular that the contract has been increased threefold.
In August 2024 Northern Ireland’s Department of Finance granted timber firm Balcas a £7.25 million contract for a wood pellet supply. Commencing October 2024 the six-year supply contract means that Balcas must supply wood pellets as fuel for all the biomass boilers used in dozens of government buildings until 2030.
The Department of Finance said the value of the replacement supply contract had increased in response to extra demand from government bodies.
“The contract is demand-driven and the increase in the estimated value of the contract reflects additional users and allows sufficient scope for any unforeseen demand
for the supply of wood pellets during the life of the contract,” comments a department spokesperson.
The additional buidlings requiring pellet fuel include the Northern Ireland Fire and Rescue Service and the Belfast, Western and Southern health trusts and St Mary’s University College Belfast, . There were apparently just two bidders for the new tender.
Balcas was originally awarded a Stormont contract to supply wood pellets for just a limited number of government sites in 2010.
Balcas became the major supplier of wood pellets following the introduction of the renewable heat incentive (RHI) scheme set by the former Enterprise Minister Arlene Foster in 2012.
HOW CHP AT COVENTRY ARENA REDUCED ENERGY COSTS & REDUCED ITS CARBON FOOTPRINT
The next time you visit the Coventry Building Society Arena (formerly called the Ricoh Arena) make sure you fully appreciate the key role played by EuroSite Power in improving the energy resilience across the entire site.
Work by EuroSite Power has resulted in lower energy costs and a reduced carbon footprint across the whole of the Coventry Building Society Arena (formerly called the Ricoh Arena).
The venue is remembered as hosting the 2012 Olympic Football Matches, where the stadium premiered 12 tournament matches.
The arena was selected to host the Great Britain versus Russia Group One second-round tie of the 2013 Davis Cup tennis competition
Coventry Building Society Arena embraces a 32,609-seater stadium which is currently home to football team, Championship club Coventry City F.C. along with facilities which include a 6,000 square metres (65,000 sq ft) exhibition hall, a hotel and a casino.
The site is also home to Arena Park Shopping Centre, containing one of UK’s largest Tesco Extra hypermarkets.
Built on the location of the Foleshill gasworks, it is named after its sponsor, Coventry Building Society, who entered into a ten-year sponsorship deal in 2021 (expiring in 2031).
A spokesman for EuroSite commented: “The client initially
approached us via their energy supplier as early as 2017.
“We confirmed that installing combined heat and power (CHP) at the site was suitable given the higher than normal heat loads presented by the under-pitch heating used in winter months and yearround demand presented by the hotel and convention centre.”
The project required the design, construction, and installation of a 30m twin-bore chimney designed to match the stadium’s overall aesthetic and white cantilevered roof trusses. This chimney provided both the flue for the new CHP and a new exhaust route for the stadium’s existing standby diesel generator.
Mark Brown, of EuroSite Power, said: “Combined heat and power technology provides a fantastic way to reduce energy bills and lower carbon emissions. We developed our On-Site Utility solutions to make the equipment accessible, so that users can enjoy the savings immediately and risk-free, which helps introduce more people to the costcutting, green technology available.”
The Coventry Building Society Arena installation required the following:
“EuroSite overcame challenges at the Coventry Building Society Arena by implementing its ‘EuroSite Power On-Site Utility Solution’ which involved a Tedom Cento 350, a 30m twin bore chimney and an additional CHP switch panel within the existing electrical distribution board. This solution delivered both operational cost savings and reduced emissions.”
- Optimisation of the existing plant room layout to create suitable space to position the CHP, including:
-Replacement of the existing single 2800 litre pressurisation unit with 6 x 500 litre units.
- Repositioning 2 pump sets.
- Modifications to existing ductwork routes.
- Changes to the lighting configuration.
- Removal of existing access door and partial removal of the external plantroom wall followed by reinstatement.
-Installation of additional CHP switch panel within the existing electrical distribution board.
-The installation was successfully completed in March 2020.
The goals of the site installations were simple: to improve the resilience of the stadium, lower energy costs, and reduce the carbon footprint and enhance lighting and power for public areas, bedrooms, and hotel facilities.
Also provided was hot water production for space heating and leisure facilities.
Air conditioning systems were installed to keep rooms and the whole complex cool.
Site challenges included the Internal CHP plant location, the size and complexity of the whole arena. A 30m twin bore chimney has to be designed, built and installed - this chimney had to match the stadium’s overall aesthetic and white cantilevered roof trusses.
EuroSite overcame these challenges by implementing its ‘EuroSite Power On-Site Utility Solution’ which involved a Tedom Cento 350, a 30m twin bore chimney and an additional CHP switch panel within the existing electrical distribution board.
A spokesman for the client commented: “We needed a solution that delivered both operational cost savings and reduced emissions.
“The fact EuroSite Power could also provide this without any capital expenditure from us made it an even better solution.”
www.eurositepower.co.uk www.tedom.com
Leaders in complete power solutions
A full service approach to temporary power provision
Hire
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Power solutions for every environment
Established in 1950, we were one of the first providers of temporary power hire in the UK. Over the past 70+ years, we’ve worked on a complete range of projects. We have the equipment, expertise and experience to handle specific power requirements for any industry.
JOINT VENTURE
Fabian Ware
Eren Murat Emre
PROVIDES AN EXCLUSIVE DEAL FOR GENERATOR PRODUCTS & SERVICES
Birkan Yuksel
Eren Murat Emre
A new joint venture involving an exclusive deal for generator products and services has been signed between Arken, FW Power, and EME Power for 2025. Murat Emre, the new Managing Director of FW Power, comments: “This new deal effectively cements links between three market leaders - FW Power, Arken, and EME Power.” UKPN has the story.
The agreement between three market leaders - FW Power, Arken, and EME Power - ensures that customers can take advantage, not only of the joint experience and expertise gained by the companies involved, but also access to a significant range of new generator technology and installation/maintenance services.
Murat Emre, the new Managing Director of FW Power, explains: “We envisage an entirely new customer base developing in the UK and Northern Ireland as a result of this move.
“We have a new approach to offer customers that will guarantee them power supplies, low operating costs, and a fast, effective, and efficient service.”
Eren Murat Emre recently became the Managing Director of FW Power and
the owner of EME Power Solutions, with both companies continuing to operate under the FW Power brand.
An exclusive agreement for generator products and services has been signed between Arken, FW Power, and EME Power Solutions spanning the next 10 years.
FW Power has established itself as a significant player in the used generator sector, offering reliable and cost-effective solutions for various power needs. Their expertise in refurbishing and maintaining pre-owned generators has earned them a solid reputation among businesses looking for budget-friendly alternatives without compromising quality.
On the other hand, EME Power is a well-known and successful entity in the
GENERATORS
new generator market. Their innovative designs and cuttingedge technology have positioned them as leaders in providing stateof-the-art power solutions.
The combination of FW Power’s proficiency in the used generator market with EME Power’s stronghold in new generator innovations is poised to be a great venture.
This collaboration leverages the strengths of both companies, offering a comprehensive range of power solutions that cater to diverse customer needs.
By integrating FW Power’s extensive experience in the secondary market with EME Power’s advanced technological capabilities, the partnership is set to deliver unparalleled value and reliability to their clients.
As the demand for both new and used generators continues to grow across various industries, this strategic alliance is well-positioned to capture a significant share of the market, driving growth and innovation in the power sector.
EME Power Solutions Ltd was previously a distributor of manufacturers but has now secured an exclusive dealer agreement with Arken. This new partnership reflects the company’s commitment to providing top-notch generator products and services to its customers.
“This new deal effectively cements links between three market leadersFW Power, Arken, and EME Power - and ensures many benefits for customers.”
FW Power and the late night lift Approximately 18 months ago FW Power was asked if the company wanted to purchase a used 660kVA Perkins diesel generator. Because this was an ex standby generator in very good condition, the company agreed.
Murat Emre comments: “Picking up this generator was not as simple as most of our collections. The generator was situated around 20 floors up on a highrise builing in Manchester City Centre.
“The roads below featured tram lines, a busy bus station not to mention thousands of pedestrians. A 70-tonne crane was required for the lift. Due to restrictions such as tram lines and general city infrastructure we also had to undertake several site surveys, complete submissions to the council for road closures, RAMS and conduct health and safety assesments.”
He explains: “With a lift like this there is no room for error. It was agreed that the only time to complete the removal of this generator was in the early hours on a weekday to ensure minimal disruption.
“FW Power had engineers on site to disconnect the generator and then oversea the lift. The task quickly developed into a lengthy process due to the restrictions a city can throw at you. However, as always. this lift went without glitch and all of our preparations and planning made for a very sucessful removal.”
fwpower.co.uk
FW Power demonstrated how well it can handle difficult generator projects by removing this genset which had been located 20 floors up inside a highrise building in Manchester City Centre.
STORAGE GAS GENSETS
A UNIQUE HYBRID MICROGRID SOLUTION WITH BATTERY ENERGY
Edina designed a unique hybrid microgrid solution combining MWM gas engines and battery energy storage, all controlled by an advanced energy management system, for the UK R100 Energy food waste processing site. It currently features two 1MWe Combined Heat and Power engines, reports UKPN.
Today, the R100 Energy food waste processing site benefits from a microgrid hybrid configuration, which combines on-site CHP generation with a BESS to address energy affordability, resilience, and sustainability.
BioteCH4 owns and operates the UK R100 Energy food waste processing site, which features two 1MWe Combined Heat and Power (CHP) engines and a 1MW Battery Energy Storage System (BESS). This solution was designed, installed, commissioned, and maintained by energy transition solutions provider Edina in 2023.
BioteCH4 serves as a commercial food waste processor for industries including food manufacturers, producers, distributors, waste management companies, waste brokers, and local authorities.
The R100 Energy site is one of BioteCH4’s five locations and has the capacity to process 90,000 metric tonnes of organic waste per year. The Anaerobic Digestion (AD) digesters at the site generate 11MWth of renewable biogas from this feedstock. This food waste is recycled in AD plants to produce biogas, which is then cleaned and treated to remove CO2 and other contaminants, resulting in biomethane. As a renewable fuel, biomethane
is injected into the gas network, contributing to the UK’s decarbonisation targets. Additionally, converting waste to energy supports a circular economy and helps divert waste from landfills, thereby preventing methane emissions—a significant contributor to greenhouse gases.
Initially, R100 Energy had no connection to the mains electricity supply and operated independently from the grid using diesel generators. Due to rising fuel costs and the cessation of the UK Government’s Red Diesel subsidy scheme, BioteCH4, as a renewable energy-producing business, needed to explore alternative technologies to meet R100 Energy’s electrical load and sustainability goals.
The existing gas connection at the site could support a gas-to-power solution. MWM gas engines configured to generate electricity and heat/steam for on-site use offered a viable pathway for energy transition.
Since R100 Energy lacked a grid electrical connection, the gas engines needed to operate independently in Island Mode. However, gas reciprocating engines can struggle with load changes and are prone to tripping, presenting several challenges. In the event of an engine trip, additional measures would
be necessary to ensure an uninterrupted power supply to the site.
Edina proposed a unique hybrid microgrid solution combining MWM gas engines and battery energy storage, all controlled by an advanced energy management system.
Edina supplied and installed two MWM TCG 2020 V12 gas engines, each capable of generating 1MW of electrical power. These engines feature exhaust heat recovery systems.
“With the MWM TCG 2020 V12 gas engines users and operators can achieve more efficiency, experience reduced maintenance intervals, and receive an extended useful life with the optimised MWM TCG 2020 V12 (1MW) gas genset. The MWM product portfolio also features the TCG 2020 V12 gas engine with a 1 MWel capacity.”
This technology efficiently captures and utilises jacket and waste heat, which helps meet the site’s heating and hot water needs. By deploying CHP, the energy utilisation rate can reach an impressive 90%, outperforming the energy efficiency of importing grid electricity and traditional heat production methods.
Compared to the previous diesel power generation, transitioning to pipeline gas CHP saves the site an additional 2,500 tonnes of CO2 per year and reduces energy costs by 50%.
To complement the CHP engines, a 1MW BESS with a one-hour duration ensures energy stability and aligns the site’s energy consumption with the capabilities of the gas engines.
The BESS comprises three CATL EnerOne Li-Ion LFP racks, an EPC inverter, and an Edina Energy Management System, all pre-mounted on an engineered skid by Edina.
In addition to the primary and secondary power sources, there is a tertiary backup provided by a standby diesel generator.
This additional power source enhances the system’s resilience. The diesel generator can be fuelled by environmentally friendly Hydrotreated Vegetable Oil (HVO), further supporting the site’s sustainable credentials.
The colocation of these technologies fulfils the facility’s electrical needs and allows BioteCH4 to manage its power requirements effectively. By utilising low-carbon pipeline gas in the CHP plants, R100 Energy improves its carbon footprint. There is the potential for future biogas and biomethane fuel switching and hydrogen blends. These technologies guarantee the continued growth of the company by securing its energy production from sustainable sources, aligning with its values and sustainability objectives. www.edina.eu www.mwm.net
UK’S FIRST LARGE SCALE LOW CARBON HYDROGEN PROJECT
LOW-CARBON H2
Kent is pleased to announce the signing of a significant contract with ENKA for the detailed engineering of the low-carbon hydrogen production plant (HPP1) at the Stanlow Manufacturing Complex in Ellesmere Port, Cheshire. The project is being developed for Essar Energy Transition (EET) Hydrogen, formerly known as Vertex Hydrogen Ltd.
This groundbreaking project at at the Stanlow Manufacturing Complex in Ellesmere Port, Cheshire, is at the forefront of the UK’s energy and industrial decarbonisation strategy.
It follows the announcement in October 2024 that funding had been secured to support HPP1 as the country’s first large-scale low-carbon hydrogen production facility, forming the core of the Hynet Cluster.
HyNet is the UK’s leading industrial decarbonisation project. Hydrogen from HyNet will enable decarbonisation of hard-to-reach sectors, including heating of homes, fuelling of industry and flexible power generation
HPP1 will have a production capacity of 350MW and is expected to capture
approximately 600,000 tonnes of CO2 annually - equivalent to removing around 250,000 cars from the road.
With the award of this contract Kent reinforces its capability of delivering large and complex projects in the UK and Europe.
Usman Darr, Managing Director of Engineering & Consultancy UK at Kent commented:
“We are proud to partner with ENKA and EET in delivering the HPP1 project, the first of its size and type in the UK. This is such an important project in the UK’s transition to low-carbon fuels, reducing emissions from heavy industrial users.
“Kent has been a long-term partner in the development of the HyNet cluster,
“We are proud to partner with ENKA and EET in delivering the HPP1 project, the first of its size and type in the UK. This is such an important project in the UK’s transition to low-carbon fuels, reducing emissions from heavy industrial users. Kent has been a long-term partner in the development of the HyNet cluster, having delivered concept, preFEED, and FEED stages of HPP1.”
having delivered concept, preFEED, and FEED stages of HPP1. We also provided technical and consents advisory services, playing a key role in shaping the project’s early phases.
“Now, as the project moves into execution, we are bringing our proven expertise in delivering complex projects to ensure its success.”
Hakan Kozan, Member of the Executive Committee from ENKA stated, “We are delighted to be working with Kent as the HPP1 project moves into this critical phase. Their expertise and dedication have been invaluable throughout the development process, and we look forward to their continued contribution to delivering the UK’s first large-scale low-carbon hydrogen production plant.”
HPP1 represents a significant milestone in the UK’s hydrogen strategy, aligning with the targets of the UK Hydrogen Industry, the HyNet Cluster, and EET Hydrogen to achieve 4GW of low-carbon hydrogen production. Once operational, the hydrogen produced by HPP1 will be supplied to industrial businesses in the North West of England, helping to decarbonise operations, protect jobs, and drive economic growth in the region.
Kent’s role in delivering the detailed engineering for HPP1 underscores its commitment to advancing low-carbon energy solutions and contributing to the UK’s net-zero ambitions.
Kent is a privately-owned international integrated energy services partner backed by Nesma & Partners.
Founded in 1919 as a small family business in Ireland, Kent is a 13,000 people strong, clientcentric team and US$1.4 billiondollar revenue global business. It delivers sustainable and innovative engineering services and project delivery solutions for the oil and gas, industrial, renewables and low-carbon industries. It has a roster of bluechip clients, including international energy companies, renewable energy companies, and global petrochemical companies. kentplc.com
GENSETS
TEN HGY SERIES
GENERATORS TO BE PROVIDED FOR A CRITICAL MISSION PROJECT
HIMOINSA has signed a strategic agreement with Peak Gen Power Ltd. to deliver 10 units of the HGY Series generators for a critical mission project in the UK.
T
he agreement entails a total of 20 MW of power that will supply energy exclusively using HVO fuel. The plant will ensure a reliable supply for UK costumers, helping to provide carbon free power at times of national need, as well as services to the GB National Energy System Operator.
The power plant, located in Peterborough (England), will be monitored 24/7 with constant supervision to ensure optimal performance and maximum security. The ten generators will be synchronised and will supply power in less than 30 seconds from the start signal. The units will be delivered in soundproofed versions, in ISO 40ft containers, and will replace the current generators operating at the plant with the aim of ensuring a more sustainable energy solution, in terms of emission reductions, and state-of-the-art technology.
“We are delighted to sign this agreement, as we see HIMOINSA as a strategic partner for critical mission energy supply. We’ve already collaborated successfully on other projects, and trust their technological capabilities.
“The opportunity to utilise the competitive advantages of the HGY Series, with the new Yanmar engine, is very exciting and it truly represents a step forward for everyone. We’ve already started developing the project and expect to successfully commission it this summer,” said Ian Graves, Chief Executive Officer at Peak Gen
Top Co Ltd.
This HGY Series project not only represents a significant advancement for Peak Gen´s operations but also for HIMOINSA, as it marks the company’s first project with the HGY Series in the UK.
Clive Dix, Managing Director of HIMOINSA Power Solutions, comments: “HIMOINSA has already supplied equipment for the UK’s capacity market, both diesel and gas generators, but this is the company’s debut in the market with its Yanmar engine.
“We are confident that we are providing a complete solution for our client. Equipment designed with the latest technology, ensuring low emissions and maximum performance.”
He explains: “Without a doubt, one of the most competitive solutions currently available in the critical mission energy generation sector,”
The agreement with Peak Gen, involves HIMOINSA delivering ten units of the HGY-2600 D5 model, equipped with the 12GY175 engine. All units comply with DEFRA regulations, emitting less than 190 mg/Nm³ of NOx, thanks to
“This HGY Series project not only represents a significant advancement for Peak Gen’s operations but also for HIMOINSA, as it marks the company’s first project with the HGY Series in the UK. HIMOINSA has already supplied equipment for the UK’s capacity market, both diesel and gas generators.”
an advanced post-treatment gas system, and will operate on HVO100 fuel.
Ian Graves concludes: “This capacity market project will help us to create something truly important for the UK’s renewable infrastructure for many years to come.
“The power plant will be one of the first in the country to use exclusively HVO fuel. Peak Gen’s commitment strengthens our confidence in the HGY Series as a reliable solution for critical mission applications and sustainable energy solutions.”
The development of the new Yanmar GY175L engine family includes 12- and 16-cylinder models, with future plans to develop 20-cylinder engines.
These engines feature electronic control and a common rail injection system. They combine the unique combustion technology of high-speed engines with the reliability of low-speed engines, ensuring high performance and efficiency.
This competitive and innovative engine technology is compatible with extreme operating conditions, offers a reduced carbon footprint, multiple fuel options, and low emissions.
HGY series generator sets are equipped with exhaust after-treatment systems to meet European, German, and British regulations for mid-range combustion plants operating for more than 300 or 500 hours.
The series also includes an EPA Tier 2 certified version for emergency applications in the United States and meets NEA regulations in Singapore.
The HGY series has been designed to lead the power generation industry’s response to mission-critical projects.
HGY generator sets are part of a complete family that will include a 4MW model and diesel, gas and hydrogen versions.
Powered by Yanmar engines, this new series combines reliability, sustainability, efficiency and performance to set a new milestone in innovation.
The result of a close collaboration between HIMOINSA and Yanmar, the HGY series has been created to set a new global standard for high-power, mission-critical projects, reports HIMOINSA.
HGY generator sets feature exclusive Yanmar engines ranging from 1250kVA to 3500 kVA with a future 4000kVA version already on the drawing board. The GY175L family of 12, 16 and 20 cylinder engines are managed by a state-of-theart electronic control system. www.himoinsa.com
Powered by Yanmar engines this new series combines reliability, sustainability, efficiency and performance to set a new milestone in innovation, reports the manufacturer.
BESS
A NEW BATTERY ENERGY STORAGE SYSTEM IN ABERDARE, WALES
Pulse Clean Energy recently energised its 22 MW / 2.3 hour battery storage project at the Hirwaun Industrial Estate in Aberdare, Wales. It’s the fifth of nine sites the company is converting from diesel generating sites to grid-scale battery storage assets, as part of a strategy to repurpose legacy infrastructure for cleaner, more sustainable energy solutions. Aazzum Yassir, Director of Technology & Operations at Pulse Clean Energy answers key questions about the site.
Battery Energy Storage Systems (BESS) are an essential technology for the renewable energy transition and are being developed at quick pace across the globe, explains Aazzum Yassir, Director of Technology & Operations at Pulse Clean Energy.
Here, he examines how this development process unfolded, how projects like this contribute towards the global energy transition, and what the future has in store for the sector.
What are the benefits of battery storage sites?
- Battery sites enhance grid stability by storing excess energy generated during periods of high renewable output and releasing it back to the grid when demand is high.
This ultimately supports the integration of more renewable energy into the UK’s power system, reducing reliance on expensive, polluting fossil
fuels. They also help create a more reliable and secure grid by reducing the chance of power outages.
This shift not only supports a cleaner, more sustainable energy future but also over the long term will provide cost savings for both businesses and consumers alike.
What is the significance of Pulse Clean Energy’s strategy of repurposing its diesel generation sites into battery storage?
- These projects are really exciting because we’re replacing polluting, fossil fuel-based infrastructure with cleaner energy solutions. There is a stronger appetite than ever before for battery storage as we pivot towards renewables and have to address the intermittency challenges they bring. We’ve recently seen this reflected in the Green Energy
“At Pulse Clean Energy, we’re witnessing an exciting expansion in the market for energy storage. As the energy landscape evolves, we’re excited to be at the forefront of these advancements.”
- Aazzum Yassir
reflected in the Green Energy Storage and Grids Pledge, launched at COP29, which set an urgent target of 1.5TW of global energy storage by 2030, marking a sixfold increase from 2022 levels.
A key benefit of converting existing diesel generation sites is that they often already have grid connections and/ or useful infrastructure that we can repurpose.
What work goes into developing a BESS site?
- A lot! The development of our BESS sites consists of several stages. Usually, we begin with site selection and feasibility studies, including evaluating a site’s proximity to the grid, local energy demand, environmental considerations and regulatory compliance.
Once a suitable location is identified, we look to secure planning permissions, then carry out the engineering and design phases. After this, we begin construction, before finally, the connection to the grid is made and we move into operations stage.
What technologies are employed at the Hirwaun battery site?
- There are a number of technology components used to build up a battery site. The equipment consists of LithiumIon batteries (similar to that used in EV cars but packaged for utility scale applications, typically in a highly modified shipping container), power converters (capable of converting DC to AC and vice versa).
There are HV transformers (stepping the voltage up in Hirwaun’s case to 33 kV) and then a sophisticated control system to allow the system to communicate with one another and to allow for dispatch commands. There is additional equipment often referred to as ‘Balance of Plant’ which allows the battery system to connect safely to the grid.
What impact will the Hirwaun battery have on the local community?
- BESS projects help create a secure, sustainable and affordable energy supply to power homes in the local area, while also generating employment opportunities—from construction to operation.
With a peak output of 22 MW and storage of 49.5 MWh, our Hirwaun facility operating twice per day can power over 100,000 homes for over two hours and over a 10 year period help to avoid 10,000 tons of CO2 (equivalent to displacing a similar sized gas plant for 2 years); helping secure clean energy supply for local communities. More information? Visit: pulsecleanenergy.com
Aazzum Yassir
SELECTIVE CATALYTIC REDUCTION & DATA CENTRE APPLICATIONS
It has been a busy start to 2025 for Agriemach’s emissions team with their NOxMASTER™ SCR systems being installed and commissioned across various UK data centre sites, along with more bespoke systems being designed for delivery over the coming months, reports UKPN.
Agriemach Ltd specialises in supplying a bespoke service for the design, manufacture, installation, project management and ongoing service of Selective Catalytic Reduction Technology.
Agriemach offers a wealth of experience and a global knowledge base, providing full system design, dosing system upgrades, catalyst replacement and the supply of all ancillary equipment required from bulk urea tanks to heat and sound insulation materials.
The company’s technical team has experience dealing with many different fuel types and the issues associated with them - from natural gas to biofuels - and is able to provide a solution for the most challenging applications.
The company also offers a full 3D CAD drawing service along with Computational Fluid Dynamics (CFD) to ensure its solutions meet client requirements.
Agriemach’s NOxMASTER™ technology is considered second-to-none in terms of efficiency and reliability. A company spokesman comments: “The need for reducing exhaust gas emissions in line with environmental permit conditions is
an ongoing requirement in the power generation sector. Agriemach, having been in the market since 1976 (that’s right, we have a 50th party due next year) has the longest UK reference list for bespoke design solutions in exhaust gas aftertreatment.”
Nitrogen Oxides are a hazard to human health. Scientific evidence links NO2 (Nitrogen Dioxide) exposure, ranging from 30 minutes to 24 hours, with adverse respiratory effects including airway inflammation in healthy people – to increased respiratory symptoms in people with asthma.
Ozone or Smog is formed when NOx and Volatile Organic Compounds (VOCs) react in the presence of heat and Sunlight.
These particles affect anyone that comes into contact with them – they get deep into the respiratory system and alter lung tissue; causing a long term effect on human health. Most susceptible to these are children, the elderly and people with existing lung disease. This is the motivation for legislators to lower the limits.
Agriemach is acknowledged for its expertise in Selective Catalytic Reduction Technology. This is a means of converting Nitrogen Oxides (NOx)
into Nitrogen and Water, using an Atomised Injection of urea with the aid of a Catalyst.
The reduction is called “Selective” as it is only targeting the NOx emissions using the reagent and Catalyst.
Looking at the technology
Agriemach’s technology takes the Raw NOx Emissions and Reduces it down to the Target Value (ELV – Emissions Limit Value). For example, Raw NOx of 4355mg reduced to 84mg during a recent commissioning is a 98% reduction.
This is achieved through:
1. Controlled Atomising Injection of Urea - Dosing
2. Efficient Mixing in the Exhaust Stream – Static Mixers
3. Vanadium Coated Catalyst SurfaceReactor
“The Agriemach emissions team likes a challenge and with certain
applications having a 98% NOx reduction & 60dB(A)@1m Silencing requirement along with very little space, we work with our clients to design suitable solutions and overcome these site challenges. Agriemach also provide a countrywide support service an engineer can be onsite the very same day in some cases.”
Agriemach offers a fully comprehensive service for the design, manufacture, installation, commissioning, project management and ongoing service/ support of selective catalytic reduction systems and can provide NOx Reduction to as much as 99% as well as reduction options for reciprocating engines, gas turbines & boilers
A spokesmanexplains: “The Agriemach emissions team likes a challenge and with certain applications having a 98% NOx reduction & 60dB(A)@1m Silencing requirement along with very little space, we work with our clients to design suitable solutions and overcome these site challenges.
Providing countrywide support
Agriemach also provides a countrywide support service where an Agriemach engineer can be onsite the very same day in some cases, if the need should arise.
The spokesman reports: “Coupled with our AdBlue tank telemetry and AdBlue delivery service, this also means that the team will ensure that systems are healthy and tanks are topped up.”
He concludes: “Agriemach has been a specialist in the emissions field since 1990. It is important that when new legislation is introduced, that operators who do not necessarily understand SCR technology, do not get misled and find themselves falling into a money pit of extras after the project has started.
“We offer complete solutions, services and aftersales support. We are always here to advise our customers and ensure that the information being provided to them is accurate – this is why we offer our live site visits and presentations, in order to make our customers feel completely comfortable with what they have been asked for in emissions compliance.
“We have example installations across the UK and Europe and have our engineering department at the disposal of clients to offer them the best design for their application.
“Agriemach has chemical engineers on hand to recalculate the confusing NOx limits that we see time and time again, all with different oxygen and flow reference.
“Finally, we have our site service engineers available to assist you if you ever have a question or concern.”
More information? Visit: www.agriemach.com
HYDROGEN
DEVELOPING A SUSTAINABLE HYDROGEN SUPPLY CHAIN IN THE UK
Cranfield University, working with a consortium of industry partners, is part of a project aiming to revolutionise the hydrogen supply chain between Australia and the United Kingdom. Led by Modular Clinton Global (MCG) UK, the Hydrogen Production and Supply Chain Affordability, Certification and Traceability project (HyPACT), is focused on improving transparency and sustainability in hydrogen production,
H
yPACT aims to map the hydrogen supply chain across continents and explore various hydrogen production pathways.
This involves developing comprehensive life cycle assessments and a digitised emissions certification framework for hydrogen produced through different methods. Certification is important because it lets hydrogen producers prove their emissions credentials.
By applying these solutions to industry ventures such as Australian company Hadean Energy’s electrolyser and one of EDF’s UK-based hydrogen projects, HyPACT aims to demonstrate the efficacy and scalability of its supply chain analysis tools.
Cranfield’s involvement in the HyPACT project is focused on two main areas. The first is to develop software that can capture carbon emissions data throughout the hydrogen production supply chain.
“That includes everything from production itself right through to elements like transportation”, explains Dr Mingming Zhu, Reader in Chemical
Engineering and project lead for Cranfield University.
“The Cranfield team will also be involved in creating a life cycle analysis of the carbon emissions for hydrogen production.”
Second is the demonstration of hydrogen production which will be used to validate the software, performed in conjunction with Hadean electrolyser and EDF’s hydrogen project.
“Part of this demonstration will be to show that hydrogen production combined with low carbon electricity production can drive the decarbonisation of the energy sector,” Dr Zhu continues.
Other partners in this project include Certscape, which specializes in digitized carbon emissions certification; Hadean, known for its tubular Solid Oxide Electrolysis; the R&D team at EDF UK, the leading energy company with operations spanning from low carbon electricity generation, energy supply and energy services, and Minviro, providing sustainability solutions and lifecycle assessments.
“HyPACT aims to map the hydrogen supply chain across continents and explore various hydrogen production pathways. This involves developing comprehensive life cycle assessments and a digitised emissions certification framework for hydrogen.”
Clinton Liu, CEO of MCG, said:
“There’s much talk about hydrogen as the carbon-free fuel of the future, but for that to come to pass we need to substantially develop cost-effective production and supply chains. This project highlights the global impact this technology could have and will help push the developing industry in an exciting new direction.”
Providing a sustainable, secure and affordable energy supply is fundamentally important to the UK. Cranfield is advancing the potential solutions in energy and sustainability to ensure future needs are met.
Cranfield’s expertise in energy and sustainability covers a range of the potential energy solutions, from the ongoing relationship with oil and gas, to the country’s developing reliance on renewable energy from the world around us.
The changing energy landscape presents exciting opportunities and the potential for the UK to lead in new technologies and services related to low carbon energy and power generation, say Cranfield’s experts.
A spokesman comments: “We inform the energy and sustainability industry and government because our expertise is world-renowned for both the engineering and management of energy solutions. Our research is making a difference in the sector: from increasingly efficient oil platforms to the cutting edge of renewable energy technologies.
“Our postgraduate community includes around 200 MSc students from around the globe and 150 full-time doctoral students including our Renewable Energy Marine Structures (REMS) Centre for Doctoral Training with the University of Oxford. Our graduates are working in engineering and management roles across the energy industry, and putting their learning into practice.”
Cranfield University’s expertise is supported by unique industrial scale experimental facilities across many different kinds of energy systems.
These include an ocean systems laboratory, gas turbines, an anaerobic digestion plant, and high temperature coating test facilities. These make the Cranfield site a wholly unique and unparalleled centre for energy research and learning.”
www.cranfield.ac.uk
The hydrogen supply chain
HEAT NETWORKS
THERE ARE ABOUT A MILLION HOMES ON UK HOME HEAT NETWORKS
Casey
Cole Guru Systems
UK-based Guru Systems provides market-leading hardware and data analytics platforms for heat networks. The company’s technology improves the performance of these systems for residential developers, heat suppliers, customers and for the planet, reports UKPN.
G
uru Systems has dedicated itself to helping to deliver cost-effective heat networks, supporting intelligent metering and billing solutions, improving customer satisfaction and optimising heat networks
Just before Christmas 2024, the Guru Systems CEO, Casey Cole was on a panel discussing why the UK’s heat network market is larger than you think.
Casey Cole himself takes up the story: at a certain point, this crucially important exchange happened:
Casey: There are maybe 950,000 on heat networks in the UK…
Host (interjecting): Hold on a second, I thought there were something like 450,000 domestic connections!
Casey: Nope, it’s a lot more than that. I’d be happy to show my working if you like.
Casey later explains: this moment struck me because it highlights a widespread and significant misunderstanding about the size of the UK heat network market. Even among trade associations and government departments responsible for heat network policy, people routinely rely on outdated or inaccurate figures. This matters,
because the way we perceive the scale of the heat network market shapes investment decisions, policy development, and public awareness.
So how many domestic connections on UK heat networks are there really?
The answer is, nobody knows exactly. But we can get to a good estimate easily enough. Let’s walk through the details.
A CMA report on the heat network market in 2018 said there are 446,517 domestic customers on heat networks. This number is sourced from a market report from the ADE, which, in turn, used notifications submitted under the Heat Network (Metering and Billing) Regulations 2014 (HNMBR). These regulations required all heat suppliers to notify the government of their heat networks by the end of 2015.
BEIS published the 2015 HNMBR figures for the first time in 2017, at which point they were already two years out of date. Also, because they represent self-reported data, the figures are almost certainly an underestimate: they exclude heat network operators that weren’t aware of (or didn’t take action on) the requirement to report the existence of their heat networks to the government in 2015.
As it happens, the same underlying dataset from 2015 got cleaned up and published a second time in 2018. This time they estimated 439,549 domestic connections.
Let’s split the difference and call it 440,000 domestic connections at the end of 2015, ignoring that it’s probably an underestimate.
Under the HNMBR, heat networks have to submit another notification every four years and new networks have to provide a notification when they go live. So can’t we just use newer HNMBR data?
Unfortunately, no.
“The
mistaken reliance on outdated figures can hinder investments, slow the pace of policy development, and obscure the vital role that heat networks play in the UK’s future energy landscape. Heat networks are not a niche or fringe technology — they are already a major part of the UK’s energy infrastructure. In 2025, the question is: “What’s next for the million homes already there — and the millions more that will follow?”
- Casey Cole
DESNZ released new HNMBR data covering a period ending in December 2022. This new data implied that between 2015 and 2022 there had been a net addition of only 37k domestic connections on heat networks, or around 5k a year.
That’s obviously inaccurate; as we’ll see in a moment, the market was probably growing at ten times that rate. It’s far more likely that heat network operators had already worked out that HNMBR wasn’t being enforced and had simply stopped providing notifications under the regs. In any case, newer HNBMR data isn’t reliable enough for us to use.
How can we estimate the rate at which the market grew from 2015 until today? One way is to use sales figures for heat interface units (HIUs) as a proxy for the rate of growth of the market overall. Luckily the folks at BSRIA compile and publish a report on the UK HIU market every year or two.
Looking at the BSRIA reports that Guru purchased, the figures for HIU sales volumes by year look like this:
2019: 60,600 (actual)
2020: 57,400 (actual)
2021: 67,700 (actual)
2022: 74,500 (estimate)
Let’s walk through the arithmetic, starting with the 440,000 domestic connections in 2015 and adding the annual growth from the HIU data. In the interests of being conservative, let’s assume just 50k new connections for 2016-2018. Let’s also assume that BSRIA’s estimate for 2022 was overly optimistic and use the 2021 figure for 2022-2024. Where does that put us?
440,000 (2015) + 50,000 (2016) + 50,000 (2017) + 50,000 (2018) + 60,600 (2019) + 57,400 (2020) + 67,700 (2021) + 67,700 (2022) + 67,700 (2023) + 67,700 (2024). This brings us to an estimated 978,800 domestic connections on UK heat networks. Given that we’ve used conservative assumptions (such as 50,000 connections per year for 20162018 and the 2021 BSRIA estimate for 2022-2024), it’s very likely that the actual number of domestic connections is higher than this total — potentially significantly higher. I I think in 2025 we can say that there are about a million homes on heat networks in the UK. As this number grows, so too does the importance of accurately measuring and understanding the scale of heat networks. The mistaken reliance on outdated figures can hinder investments, slow the pace of policy development, and obscure the vital role that heat networks play in the UK’s future energy landscape. gurusystems.com
DIARY DATES
2025 UKPN DIARY - EXHIBITIONS, SEMINARS & OTHER EVENTS
25-27 Feb 2025
INTERNATIONAL ENERGY WEEK QEII Centre, London, UK
4-5 Mar 2025
Business of Energy Opportunities Show (BEOS) London, UK
5 - 6 Mar 2025
Low Carbon Agriculture Coventry
5 - 6 Mar 2025
ENERGY NOW EXPO Coventry
12-13 March 2025
DATA CENTRE WORLD
ExCel London, UK
12-13 March 2025
Distributed Energy Show NEC, Birmingham, UK
12- 13 Mar 2025
The Energy Storage Show Birmingham
13 March 2025
SMMT Electrified 2025, QEII Centre, London, UK
13 March 2025
Renewable Energy Supply Chain Conference 2025 Aberdeen
26 - 27 Mar 2025
Battery Tech Expoimg Battery Tech Expo Towcester
1-3 Apr 2025
Argus Biomass Conference London
2-3 April 2025
SOLAR & STORAGE LIVE
ExCel London, UK
3 April
IPowerE Technology Seminar & 75th Annual Luncheon FUTURE ENERGY SECURITY
‘Against a landscape of increasing renewable generation’ Chelsea Harbour Hotel London SW10 0XG
7-9 April 2025
MIDDLE EAST ENERGY 2025 Dubai, UAE
14-17 April 2025
UK and World Energy Storage Conference
University of Sheffield Sheffield
PowerEx Live London Dec 11th, 2025
6 -10 Apr 2025
Blast Resistance Buildings for Oil and Gas Fields
Hilton London Paddington Hotel. London
8 - 10 Apr 2025
Ocean Business - Gensets, Wind & Water
National Oceanography Centre, Southampton, UK
14 - 18 Apr 2025
Mini MBA: Oil & Gas and Energy Management 2025 Conference London, UK
14 - 18 Apr 2025
Renewable Energy, Project Financing & Financial Modelling London
16 - 18 Apr 2025
Everything Electric London London
1 May 2025
Grid & Storage iET London: Savoy Place, London
6-8 May 2025
G-POWER 2025
[British/UK Pavilion]
Shanghai New International Expo Center. Shanghai China
14 - 15 May 2025
FOOTPRINT- Decarbonisation Conference Old Billingsgate, London
May 14-15 2025
All Energy & Decarbonise 2025
The meeting place for the renewable and low carbon energy community SEC Glasgow, Glasgow
19 - 21 May 2025
Global Conference on Renewable Energy and Sustainable Developmentimg Global Conference on Renewable Energy and Sustainable Development (GCRESD) London
20-21 May 2025
UTILITY WEEK LIVE
Flexible Energy/Sustainable Infrastructure Show NEC Brimingham
21 - 22 May 2025
Renewable Energy Revenues Summit 2025 Conference Hilton London Tower Bridge, London, UK
10 - 11 Jun 2025
Gas, LNG & The Future of Energy Conference 2025 London, UK
11 -12 Jun 2025
Future of Utilities Summit QEII Centre, London
19 Jun 2025
FT Hydrogen Summit
London Marriott Hotel , London
24 - 26 June 2025
InstallerSHOW [Heat, Water, Air & Energy]
Birmingham
26 - 27 Jun 2025
International Conference on Power and Energy Systems Engineering 2025 Conference London
1 - 2 Jul 2025
Green Hydrogen Summit UK & Ireland London
2 July 2025
PowerEx Live Golf Day [sponsored by UKGSA]
– Brabazon Course
The Belfry Hotel & Resort
Royal Sutton Coldfield, North Warwickshire, B76 9PR
3 July 2025
PowerEx Live Midlands 2025 Conference Event
The Belfry Hotel & Resort
Royal Sutton Coldfield, North Warwickshire, B76 9PR
25 -29 Aug 2025
Energy Planning & Sustainable Development
London
10 Sep
Future Energy System 2025 Conference
The Spine, Liverpool
19 - 20 Nov 2025
EMEX - The Net Zero & Energy Management
Expoimg
EMEX - The Net Zero & Energy Management Expo ExCeL London, London
1 - 2 Dec 2025
Energy From Waste Conference London
11th Dec 2025
PowerEx Live London 2025
Conference & Exhibition
Park Plaza
London
SE1 7UT, U
PowerEx 2025 at the Park Plaza Hotel: London
Game-changing fuel efficiency
After a decade of engineering innovation, our next generation engine platform for industrial operations is here, ready for the challenges of today and tomorrow. More efficient, more powerful and more durable – all powered by cutting-edge technology. Scania has raised the bar.
Our new platform unlocks increased value from every drop. An up-to seven percent improvement in fuel consumption combined with an extended engine lifespan means you get more for longer. And reduced CO2 emissions across the range means you also get ready for sustainability regulation.
Step into the future of power solutions.
GOLF DAY WITH THE UKGSA
POWEREX LIVE AT THE BELFRY –WITH BRABAZON GOLF DAY ON JULY 2ND, 2025
PowerEx Live Midlands 2025, will be held on Thursday, July 3rd, 2025. It aims to probe and discuss all the trends, opportunities and challenges for the GENSET, CHP & ENERGY industries.
Before this important day the UKGSA is backing an associated Golf Tournament which will be held the day before the PowerEx Live on July 2nd, 2025.
Bat This special Golf Day on Wednesday, July 2nd, 2025, is known as the official PowerEx Live 2025 Golf Tournament and is being held at the Belfry Hotel & Resort at Royal Sutton Coldfield, West Midlands, UK.
With 3 award-winning courses, decades of experience hosting golf tournaments and home to 4 Ryder Cups - more than any other venue in the world.
The famous Belfry Brabazon Ryder Cup Course is a must play course for anyone who loves the game, so join us on Wednesday 2nd July 2025 for an unforgettable day.
Here’s what’s happening: 72 Player Shotgun start with the ENTIRE COURSE booked OUT.
To confirm a ‘TEAM or Teams of 4, 3, 2 or even yourself for all places ‘BOOK EARLY’. On finishing all participant will come to the New and fabulous wooden veranda halfway area for “Cold beer buckets & drinks”, meeting & networking with others overlooking the famous Par 4 10th hole (there are 8 TEAMS already confirmed).
Why not come and challenge your industry peers?
Enjoy our ‘Very Reduced Green Fees’
Cost: £189.00pp Freshly-ground Coffee or Tea on arrival with Bacon Rolls served on a Brioche bun before playing with full sit down 3-course meal after golf in the Sutton Suite with presentation next to the famous Ryder Cup winning patio.
Accommodation: £169.00 per night +VAT (Single Occupancy rate). We only have 70 rooms booked with £100 approx. discount off the venue’s current prices.
These MUST be booked through ‘Power Media International Group’ to get these special reduced rates at only £169.00 per night +VAT.
What’s on offer on Wednesday July 2nd, 2025?
*Networking opportunities with many PowerEx Live companies and delegates.
*The evening will include a 3-course dinner with prize presentation.
* 72 players, Shotgun start and great price again
“This special Golf Day on Wednesday, July 2nd, 2025, is known as the official PowerEx Live 2025 Golf Tournament and is being held at the Belfry Hotel & Resort at Royal Sutton Coldfield, West Midlands, UK.”
at only £189.00pp x team of 4 = £756.00 (this is an Ideal opportunity to invite work colleagues, friends or potential customers to what is definitely one of the most memorable days of the year.
* Over 63 players with 16+ teams have booked so far plus “CHAINERGY” Unlocking Sustainable RENEWABLE GENERATION for HPC - already for ‘PowerEx Live Midlands Golf Day’ on 2nd July | “Brabazon Golf Course” @ The Belfry.
Cost: Only £189pp, including a 3- course Evening Dinner with celebrity sporting guest presiding.
* At this same venue on next day - 3rd July - we are holding the PowerEx Live Midlands 2025 Event.
* 18+ Speakers have been confirmed and 28+ Companies will be there.
To reserve table and/or take on sponsorship please visit https://lnkd.in/d8nApVtU https://lnkd.in/ewP7Fhui or send email to power@wipmagazines.com
Both events are being sponsored by UK Gen-Set & CHP Association with the Data Centre Alliance.
* The Golf Tournament will take place on the 4 time Ryder Cup Brabazon Course at The BELFRY.
*Please reserve/confirm or provisionally book your golf team(s) of 4,3,2 persons - or even just yourself. We hope there will be Play & an Afterdinner talk from BILLY FOSTER (he is a famous caddie to Garcia, Ballesteros, Bjorn, Darren Clarke, Westwood and - currently - Matt Fitzpatrick).
ALSO this is your chance to beat the Ex Pro-Footballer/Celebrity playing - with Q&A session after dinner. Other competitons include:
- ‘Free Sponsored ball shot on famous 10th par 4 over water –Prizes for ‘hitting the green’.
- Nearest the Pins on All Par 3’s | 2 x Longest Drives | 2 x Nearest the Pin in two.
Making your booking: Don’t forget - the final deadline for booking: 26 April 2025.
The event will benefit 2 CHARITIES for the day : The Injured Jockeys Fund + (TBA).
We expect to be sold out on this event so BOOK EARLY and don’t miss your chance. This event is perfect opportunity to bring your partner or a guest along.
Please refer enquiries/bookings to : richard@wipmagazines.com Tel. 0113 322 0007
Billy Foster
ASSOCIATIONS
Technology Seminar & 75th Annual Luncheon
Powering the future: the contribution of proven and emerging technologies
Date: Thursday 3 April 2025
Venue: Chelsea Harbour Hotel, London SW10 0XG
The morning seminar will comprise a multi-stream programme covering a wide range of technologies and subject matter. This will be followed by a pre-lunch reception and the luncheon with guest speakers, with valuable networking opportunities.
Technology Seminar Programme
Plenary session – Baringa
Latest on battery energy storage systems, including optimisation strategies and market dynamics – Modo Energy
Offshore wind O&M – Generating Better Small scale SMR – Last Energy Future Plans for the CCGT Fleet – How Realistic?
Kathryn Porter, Watt-Logic
Our Principal Guest and Industry Speaker is Dan McGrail, CEO of RenewableUK, Board Member of WindEurope.
Dan McGrail took up his post of Chief Executive at RenewableUK in May 2021. Previously he was the CEO of Siemens Engines. He joined Siemens UK in 2004 and has worked in a variety of roles across the energy industry. Between 2010 and 2014 he led Siemens plans to develop and invest in offshore wind turbine manufacturing in the UK, securing the world-class offshore wind turbine blade factory and port facility in Hull, negotiating with the UK government and overseeing one of the company’s most significant factory investments in its recent history.
The Final Investment Decision of £160m was announced in 2014, alongside a £150m investment by Associated British Ports to revitalise Hull’s Alexandra Dock. As Managing Director of Siemens Power Generation from 2014-2017, he expanded Siemens UK’s activities in the thermal power market. He became CEO of Siemens Engines in November 2017, leading the rebranding of the company and helping to secure significant growth.
GUEST SPEAKER:
The Guest Speaker this year is Martin Hibbert, one of the people closest to the Manchester Arena bombing in 2017. Martin’s story of determination and positivity since suffering suffering catastrophic injuries is truly inspiring. Despite the severity of his condition he has since taken on many challenges to raise funds for the Spinal Injury Association including hand-cycling to the summit of Mount Kilimanjaro. He tells his compelling story with a love for the very different life he has been able to rebuild and now lives to the full, shared with a warmth and humour which belies the trauma of his experience.
EVENT PRICE: The individual ticket price is £198 (+ VAT) which includes admission to the seminar and luncheon.
A limited number of concessionary rate B&B rooms (single occupancy) are being held for the night of 2nd April 2025 at:
Chelsea Harbour hotel at £210 + VAT via booking link tbc shortly Millenium & Copthorne Hotels at Chelsea Football Club at £130.00 + VAT (ref IPowerE Allocation) Tel. 020 3479 3565 E:mail groupres@chelseafc.com
SPONSORSHIP OPPORTUNITIES
Gold and silver and sponsorship packages are available
FURTHER INFORMATION
If you are interested in booking a sponsorship package or require any further information, please contact the IPowerE office.
Tel +44 (0)1234 214340
Email enquiries@ipowere.org
ADE CALLS FOR BOOST TO HEAT NETWORKS IN WAKE OF BOILER UPGRADE SCHEME
The Association for Decentralised Energy (ADE) is urging a major push for heat networks following the Government’s latest evaluation of the Boiler Upgrade Scheme (BUS).
While the trade association celebrates a surge in heat pump installations, marking a significant step toward decarbonising UK homes, the ADE warns that a balanced approach is essential.
Heat pumps are playing a pivotal role, with the evaluation showing strong customer satisfaction rates, yet in dense urban areas, heat networks offer an equally powerful solution for a clean, secure heating future. The ADE argues that when heat networks offer the best
ACE ANNOUNCES WINNERS OF 2024 CONSULTANCY AND ENGINEERING AWARDS “
Outstanding achievements from the built environment sector have been recognised by the Association for Consultancy and Engineering at its annual awards ceremony.
Held in London on 30 January, the Consultancy and Engineering Awards 2024 turned the spotlight on the people and projects raising the bar for excellence across the sector.
A big winner on the night was WSP UK.
It was named Inclusive Employer of the Year as well as taking the much coveted Best Large UK Consultancy of the Year.
Kamran Moazami, WSP UK’s managing director, property and buildings (UK), who designed The Shard in London, was also named as one of two Lifetime Achievement winners.
value for replacing gas boilers, equivalent support to the Boiler Upgrade Scheme must fund network connections.
The evaluation underscores the effectiveness of heat pumps in replacing old, inefficient boilers –reporting that 79% of customers are satisfied with their new systems.
These installations have predominantly occurred in larger, detached properties, leaving a gap in urban centres where heat networks could deliver greater benefits.
The ADE believes that robust support for heat networks, on par with that for heat pumps, is critical to ensuring every community enjoys the advantages of low-carbon heat.
Policy Officer at the ADE, Emily Baer, said: “Heat pumps have ignited our clean energy revolution, but to truly transform the UK’s heating landscape, we must equally invest in heat networks.
“By bolstering support for heat networks, we can drive innovation, create local jobs, and ensure urban areas have access to sustainable heating.”
WSP’s managing director for the UK and Ireland, Paul Reilly, said he was delighted by the company’s wins.
“Winning Best Large UK Consultancy really recognises our clients, who trust us to take on big and challenging projects – and we work to fulfill that trust. I’m so pleased for our team.
“The Lifetime Achievement Award is also fabulous recognition for Kamran and I am delighted for him.
“But all the companies at these awards are doing incredible work and I am so proud to be part of such a great industry.”
Also taking the Lifetime Achievement Award last night was Dinesh Patel, Arup Fellow.
Other winners at the evening are listed on the official website: www.acenet.co.uk
PRODUCTS & SERVICES
PUMPS FOR STATIONARY POWER PLANTS
Rheinmetall has announced it has won an order worth over €26 million to supply high-voltage coolant pumps for use in fuel cell electric vehicles (FCEVs) and stationary power plants.
The 800V technology offers greater everyday usability and double the charging power of the 400V voltage level, as the electrical losses are reduced. , Rheinmetall reports that the technology allows use of thinner lines, saving space, weight and precious metals such as copper. In addition, the lower heat loss means that the cooling system can be smaller yet more efficient, the company added.
The initial order is for the CWA2000 high-voltage coolant pump for use in an 800V fuel cellbased architecture Production for the order will start in 2027. www.rheinmetall.com
NEW SERIES 1600 GENSET WILL SUIT DATA CENTRES AND HYBRID/MICROGRID SITES
An upgraded 50 Hz version of the mtu Series 1600 genset will be launched shortly by Rolls-Royce. This considered a natural evolution of the 60 Hz model released in 2023.
Rolls-Royce has increased the power output for the 50 Hz engine by up to 40% to almost 1,000 kWm compared to the predecessor model. This makes the 12V1600 Gx1 the engine with the highest power density in its power class. It also offers outstanding load acceptance combined with the customary robustness and reliability. With an electrical output of 590 to 1,000 kVA, the gensets are perfectly suited for a wide range of applications, including data centres, healthcare facilities, commercial buildings or any type of hybrid or microgrid installation.
Mtu Series 1600 gen sets are approved for synthetic diesel fuels that meet the EN 15940 standard, such as hydrotreated vegetable oil (HVO). Using HVO can reduce CO2 emissions by up to 90%.
All new mtu Series 1600 engines are compliant with Performance Class G3 standards and exceed the requirements of ISO 8528 Power Ratings for emergency standby power and prime power. T he engines and gen sets meet the strict reliability requirements for Tier 3 and Tier 4 data centres, making them a very suitable solution for sthe maller data centre spectrum. www.rolls-royce.com
EXPANDED LINEUP OF GENSET ENGINES OFFERING ENHANCED TRANSIENT LOAD RESPONSE
FPT Industrial, an Iveco Group b has released a newly-expanded lineup of 2.4 to 16 L engines. These are Tier 4 Final/Stage V-compliant engines from 3.4 L (F34) to 8.7 L (Cursor 9) and are designed for enhanced transient load response and power. The maximum genset prime power on offer ranges from 47 to 275 kWe at 60 Hz; max standby power ranges from 47 to 304 kWe at 60 Hz. The engines use the HI-eSCR2 system to meet Tier 4 Final and Stage V standards. This system maintains the same dimensions of previous solutions, requiring no machine redesign or layout changes, the company stated. The engines are also fully compatible with hydrotreated vegetable oil (HVO), which FPT Industrial said can reduce the CO2 impact by up to 90%.
Other benefits include optimised fluid consumption, a maintenance-free aftertreatment system and 600-hour service interval. FPT Industrial’s Tier 3 engines are designed to provide emergency, stationary power with low fuel consumption, low maintenance costs and a compact footprint. The line includes engines from 4.5 L (N45) to 12.9 L (CURSOR 13), and power ratings from 50 kWe to 350 kWe. The N45 4.5-liter engine, which will be shown at PowerGen, is available in both mechanical and electronically controlled versions.
All FPT’s Tier 3 engine models feature G-Drive, a quick-to-market solution, thanks to the pre-assembled cooling pack and air cleaner..
FPT Industrial also offers solutions for unregulated markets, ranging from 2.4 L to 16 L G-Drive engines which deliver power from 20 kWe to 550 kWe and are available with mechanical or electronic injection system, naturally aspirated or turbocharged. The flexibility to switch between 50 to 60 Hz allows for efficient stock management by customers These engines are represented by the 2.4 L R24 rated for 30 kWe max gen-set prime power at 60 Hz. FPT Industrial said it is expanding its offering even further through the efforts of a dedicated ePowertrain department, established in 2018. Today, the brand’s electric lineup includes eAxles, Central Drives and energy storage and management solutions. The company is best known for its MyFPT by Customer Service - a set of solutions designed to support customers throughout the engine lifecycle.
A CLEAN ENERGY SOLUTION ESPECIALLY DEVELOPED TO PROVIDE POWER FOR DATA CENTRES
Mesa Solutions, a company which specialises in natural gas & liquid propane-powered mobile generators and engines, and Modern Hydrogen, a provider of distributed hydrogen production and carbon management, announced the signing of a memorandum of understanding (MoU) for development of a clean power solution especially for data centres.
The new deal si expected to combine Mesa’s expertise in multi-megawatt gen-sets with Modern Hydrogen’s distributed technology for converting natural gas into hydrogen.
“Dispatchable, reliable power is the backbone of data center operations, and our partnership with Mesa Solutions ensures that data centers can generate clean energy on site without waiting for the electricity grid,” Modern Hydrogen’s CEO Tony Pan explains.
“This partnership represents the next step in adopting hydrogen for on-site energy by leveraging existing natural gas infrastructure already in the ground.”
Mesa Solutions is developing a new generator set that incorporates a 100% hydrogen internal combustion engine produced in partnership with Hyundai Doosan Infracore (HDI).
Tom Poteet, vice president, Corporate Development, Mesa Industrial reports: .“What we plan to do over the next couple of years is take that engine and figure out how to turn that into a generator notionally similar to the other generators that we make that run on natural gas only,” r
Modern Hydrogen is developing an onsite solution which uses pyrolysis technologies (high heat) for conversion of natural gas to pure hydrogen and commercially useful carbon solids, which it said can be used as raw material in asphalt production, composite materials, concrete and more.
The partner companies plan to develop their individual solutions while jointly exploring how Mesa Solution’s hydrogenpowered gen-set and Modern Hydrogen’s onsite hydrogen production system can be paired to meet the needs of data centre applications.
Ultimately, Modern Hydrogen is looking at developing a new model for data centres which does not compromise on reliability or cost. modernhydrogen.com
Modern Hydrogen and Mesa
Solutions are jointlly working on a hydorgen-based genset.
ENGINE MANUFACTURERS GUIDE
INNIO Jenbacher gas engines
Headquarters: A-6200 Jenbach (Austria) T +43 5244 600-0 F +43 5244 600-527 jenbacher.info@ge.com www.gejenbacher.com
Manufacturer of gas driven generator sets and cogeneration systems in a power range from 0.25 to 3 MW.
Manufacturer of gas driven engines,generator sets and cogeneration systems in the range from 100 - 500 kW.
RSE Engines for natural gas and biogas
Model fuel Freq. Electric output
M06-G/B T0D41 g 50 140 kW
M06-G/B TID41 g 50 200 kW
M06-G/B T2D41 g 50 250 kW
M08-G/B TID41 g 50 260 kW
M08-G/B T2D41 g 50 333 kW
M12-G/B TID41 g 50 400 kW
M12-G/B T2D41 g 50 500 kW
M06-G/B T0D41 g 60 150 kW
M06-G/B TID41 g 60 210 kW
M06-G/B T2D41 g 60 250
M08-G/B TID41 g 60 280
M08-G/B T2D41 g 60 333 kW
M12-G/B TID41 g 60 420 kW
M12-G/B T2D41 g 60 500 kW
RSE engines for LPG
M06-PT0D41 g 50 115 kW
m3N. Dry exhaust gas; based on 5% O2. For engines with 1,200 rpm please contact GE Energy’s Jenbacher product team.
TAD1242GE 352 409
TAD1640GE 393 462
TAD1641GE 433 509
TAD1642GE 485 570
Perkins Engines Company Limited
Peterborough PE1 5FQ
Contact name:- Simon Gray
Tel: +44 (0) 1733 583000
Email: gray_simon_j@perkins.com
Perkins is one of the world’s leading suppliers
in dieselor 1000 kWE prime in gas.
SCANIA ENGINES
SE-151 87 Sodertalje Sweden
Tel +468553 81000
Fax +468553 898 12
E-mail engines@scania.com
Web www.scania.com
UK Contact – Mark Swindell
Scania GB Ltd
Tel +44 1908 329386
E-mail mark.swindell@scania.com
Diesel & Gas engines for power generation
Prime power 250kVA to 700kVA Stand by power 250kVA to 770kVA
Engine range prime power 50hz & 60hz at (70% mean load factor)
Scania produce diesel and gas powered engines for various Industrial and Marine applications,tionally low fuel consumption.
All models are available to meet current emissions requirements, Scania engines are now available to meet both Tier 4F and EU Stage V. Alternative fuels
Many of our engines can also operate on Bio-diesel conforming to EN14214 and HVO conforming to EN159540
M06-PTID41 g 50 173 kW
M06-PT2D41 g 50 205 kW
M08-PTID41 g 50 233 kW
M08-PT2D41 g 50 260
M12-PTID41 g 50 350
M12-PT2D41 g 50 450
M06-PT0D41 g 60 130
M06-PTID41 g 60 173
M06-PT2D41 g 60 205 kW
M08-PTID41 g 60 233 kW
M08-PT2D41 g 60 260 kW
M12-PTID41 g 60 350kW
M12-PT2D41 g 60 450 kW
RSE engines for Woodgas
M06-HT2D41 g 50 122 kW
M08-HT2D41 g 50 166 kW
M12-HT2D41 g 50 250 kW
M06-HT2D41 g 60 140 kW
M08-HT2D41 g 60 180 kW
M12-HT2D41 g 60 275 kW
Volvo Penta
405 08 Gothenburg, Sweden Tel +46 31 235460
Model Spec RPM kWm kVA
TAD530GE Diesel 15002) 75 85
TAD531GE Diesel 15002) 88 100
TAD532GE Diesel 15002) 113 130
TAD550GE1) Diesel 15002) 76 86
TAD551GE1) Diesel 15002) 89 101
TAD730GE Diesel 15002) 113 130
TAD731GE Diesel 15002) 132 152
TAD732GE Diesel 15002) 162 186
TAD733GE Diesel 15002) 175 201
TAD734GE Diesel 15002) 213 245
TAD750GE1) Diesel 15002) 114 131
TAD751GE1) Diesel 15002) 13 152
TAD752GE1) Diesel 15002) 158 182
TAD753GE1) Diesel 15002) 173 199
TAD754GE1) Diesel 15002) 217 250
TAD940GE Diesel 15002) 241 277
TAD941GE Diesel 15002) 280 326
TAD1341GE Diesel 15002) 271 315
TAD1342GE Diesel 15002) 303 352
TAD1343GE Diesel 15002) 325 378
TAD1344GE Diesel 15002) 354 412
TAD1345GE Diesel 15002) 388 451
TAD1351GE1) Diesel 15002) 279 324
TAD1352GE1) Diesel 15002) 314 365
TAD1354GE1) Diesel 15002) 328 381
TAD1355GE1) Diesel 15002) 355 413
TAD1640GE
TAD1641GE
TAD1642GE
TWD1643GE
TAD1650GE1) Diesel 15002) 393 462
TAD1651GE1) Diesel 15002) 430 505 Engines are also available for1800rpm/60Hz
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+ lots more...
BUILT FOR THE TOUGHEST ENVIRONMENTS
INTELLIGENCE IN EVERY CONNECTION
The new V-Type alternator is designed for resilience. Engineered to deliver reliable power generation in the harshest conditions, it’s built with enhanced durability and advanced insulation to keep performance high and downtime low. Seamlessly integrated with smart control systems, the V-Type combines intelligent power management with robust, long-lasting performance.
