UKPN – March/April 2022 by WIP Magazines

MARCH APRIL 2022

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THE ROYAL LANCASHIRE INFIRMARY A new Energy centre has been built for RLI by Capital Services Project. Andy Lamb of UHMBT oversaw the project.

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NEW GENERATORS MwM begins a staged roll-out of commercially available gensets configured to run on natural gas blended with up to 25% hydrogen for prime power.

Pages 21 Liverpool F.C. at Anfield Road will never run out of energy again thanks to two 232 Teksan generators provided by the company on road tow trailers, plus a 330 standby diesel generator. These generators now power the LFC Fan Zone and other areas on Match Days – running continuously for 8-10 hours. The scope of supply involved with the Anfield Road contract included the following specifications: Marelli Alternators, ABB breakers, bunded fuel tank, bund alarm, engine heaters, batteries , battery chargers, Fuel Level Sensors and trailers. The 232 gensets offer Prime kVA: 206, Standby kVA: 232 and are of the Manual/ Auto Start type. Powered by a 086TI Doosan diesel generator, the gensets also feature a 7320 Deep Sea control panel. The DSE7320 MKII is a powerful, new generation Auto Mains (Utility) Failure genset control module with a highly sophisticated level of new features and functions, presented in a DSE userfriendly format. The control modules are considered highly suitable for a wide variety of single,

NEW PARTNERS Select Plant Hire and PUNCH Flybrid could transform the way generators are utilised on construction sites across the country. Page 30

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More transparency, more value.

Liverpool Football Club scores with new towable generator sets diesel or gas genset applications. Naturally, the gensets are very quiet - achieving 76 dba at 1 metre - and provide voltage at 415/230. The gensets also come with special batteries & individual battery chargers, Anfield Stadium has a seating capacity of 53,394, making it the seventh largest football stadium in England. It has been the home of Liverpool F.C. since its formation in 1892.

The gensets provide backup power for main lighting, emergency lighting, the sound system, the AudioVisual networks and the loudspeaker and crowdcontrol systems in the Fan Zone at Anfield Stadium. Also powered is the CCTV system, security systems, the exterior carparks, HVAC and catering outlets. Although directly linked to the grid power supply, the gensets will provide power in the event of any power cuts.

With MWM Remote Asset Monitoring. Remote Asset Monitoring (RAM) is the new digital application from MWM that enables you to continuously monitor your plant. The system displays the status of your MWM fleet in a well-structured, transparent manner, allowing you to act with foresight and more effectively.

www.mwm.net/ram

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NEWS Publisher/Sales Director: Neb Saric neb@wipmagazines.com Publishing & Events Director: Richard Teasdale richard@wipmagazines.com Managing Editor: Aidan Turnbull aidan@wipmagazines.com Accounts Manager: Alison Williams accounts@wipmagazines.com Sales & Marketing Manager Sarah Hallows sarah@wipmagazines.com Far East Sales: Bob Liu Room 926, No.1 Building, Phase II No.100 Jinyu Road, Pudong Shanghai, China Mobile:+86-013817410089 Email: bob.liu@ronco.com.cn Austria & Germany agent Mario Dobresko power@wipmagazines.com Contributors. MWM, Perkins, Perkins, Teksan, Capitol Services, Cummins, Centiel, Baxi, Kohler, Punch Flybrid, iPower Generation, National Grid Electricity Transmission, Shell, Uniper, Scottish Power Transmission, Iberdrola, Centiel, Cummins, KOHLER, Atlas Copco, Genesal Energy, Veolia, Trane, Generac, National Grid **************** UK POWER NEWS Published by: Power Media International Group Ltd, The Courtyard, 30 Worthing Road, Horsham, West Sussex, RH12 1SL, UK

POWEREX LIVE 2022 in London covers the key energy issues

The next PowerEx event has been announced for Thursday 8th December, 2022, at the prestigious Park Plaza, Westminster Bridge, London. With a conference headed by energy expert Dave Andrews, Chairman, of the Claverton Energy Institute, the Key Energy Policy Issues for Energy Security in the UK will be under discussion. Dave Andrews said: “The field of energy policy is full of uncertainties. Government policy is to reduce GHG emissions by 80% by 2050 from 1990 levels. “The only legally required milestones are that 15% of our energy is derived from renewable energy sources by 2020 and that the carbon budgets be set by Committee.” The 2022 PowerEx event welcomes attendees and exhibiting personnel, with 18 top speakers (4 already booked) and two separate Conference strands. Uniquely, this event has 4 specific conference themes: * Distributed energy * Data centres * Gensets (+ engines & components) * CHP Dave Andrews explains: “The conferences will run parallel with prime exhibitor space available in adjoining rooms.” At this event power professionals everywhere will have the chance to network with international experts in all fields.

Tel: +44 (0)1403 888019 Fax: +44 (0)1403 220751 powermediagroup.co.uk © Worldwide Independent Power (ISSN 1468-7100). Subscription price £70 (UK), £140 (overseas) per year. Please send address changes to UK Power News, Power Media International Group Ltd 30 Worthing Road, Horsham, West Sussex RH12 1SL, UK.

The organisers have explained that the choice of stands at the show is allocated on a ‘first-comefirst-serve’ basis, so the it is recommended that exhibitors get in their bookings early for the highlight of the UK’s Energy calendar. Amongst the companies who have already confirmed their bookings are MHM Group, BGG UK, Fozmula, Bergen Engines and Pillar. See more information on exhibiting or attending PowerEx at: www.powerexlive.co.uk

C o rp o r at i o ns w o rk t o ge t he r o n bl u e H2

hell and Uniper have signed a joint agreement to produce blue hydrogen at Uniper’s Killingholme power station site in the East of England. Used to decarbonise industry, transport and power throughout the Humber region, this ‘blue’ hydrogen is the result of splitting natural gas into H2 and CO2. The Humber Hub Blue project includes plans for a blue hydrogen production facility with a capacity of up to 720 MW using gas reformation technology with carbon capture and storage (CCS). The captured carbon would be fed through the proposed Zero Carbon Humber onshore pipeline, part of the East Coast Cluster, recently selected as one of two CCS clusters to receive initial government support under its cluster sequencing process, for which the project recently passed the eligibility criteria for Phase-2 for cluster sequencing. Projects like this which could be eligible for government funding will be shortlisted from May 2022. Phase-2 projects are expected to take final investment decisions from 2024 to then be operational from 2027. Blue hydrogen production at Killingholme could see the capture of around 1.6 million metric tonnes (Mt) of carbon a year through CCS. The UK government has set a target to capture 10 Mt of carbon a year by 2030. The agreement follows a memorandum of understanding signed by both companies in 2021 to explore accelerating the development of a hydrogen economy in Europe. Shell and Uniper will now jointly progress process design studies and site development activity, with a view to taking the project to front end engineering and design by 2023. As the world weighs up the various future energy market scenarios required to meet the Paris Climate Agreement's long-term temperature goals, blue hydrogen is emerging as one of the most viable off ramps from fossil fuels in a deep de-carbonisation regime. Hydrogen could comprise up to 15% of the global energy mix over the next three decades, but it is expected to serve more of a complementary role in meeting climate goals. "Of course, it's not a silver bullet -- it's one part of what we need to decarbonize," said David Bryson, Uniper's chief operating officer. Questions around hydrogen's efficiency, cost of production, and scale are still at the forefront of the debate around hydrogen but should not be limiting factors preventing the market from getting off the ground, Bryson said. "There are inefficiencies, but those are removed over time and improved," Bryson said. "They should not allow us to stop from moving forward."

UKPN DIARY

Utility Week Live 2022 - UWL22 17th-18th May 2022 at NEC Birmingham. To kick off Utility Week Innovate and Utility Week Live’s ‘Unlocking Collaborative Innovation’ series, experts from water, network and energy firms will offer a snapshot of the state of pan-utility partnerships and outline the barriers that still exist. The exhibition and Conference will address the challenges involved with slashing carbon emissions by 78% by 2035, and the UK becoming net zero by 2050 – as well as ongoing hurdles around futureproofing ageing assets. The technical element of the show underscores the need to support vulnerable customers which will only be overcome in partnership. With five action-packed theatres, three workshop spaces, and a dedicated networking hub, the content programme for Utility Week Liveis bursting with insights designed to transform the way companies do business. More than 100 of the industry’s most effective technical and operational leaders are ready to share their innovations and experiences with you, and your peers can’t wait to see you in person again, says the show’s organisers. Don’t miss the 17th-18th May show, NEC Birmingham. Book your free tickets now.

MARCH-APRIL 2022 UK PoweR NewS

NEWS The UK could see Norfolk solar farm the size of 65 football pitches

A large solar farm - the size of about 65 football pitches - could provide power for 12,500 homes and a vertical farm, its developers have said. Plans for the farm have been submitted to South Norfolk Council for farmland near Colton, west of Norwich. Pathfinder Clean Energy (PACE), the international developer of utility scale solar and co-located battery storage projects, has submitted an additional 90 MWp of clean energy projects into planning in the UK. Alex Ross, Development Director of Pathfinder Clean Energy said: “These latest projects have completed over two years of development and through innovation and dedication from our team we have managed this through the restrictions of the last couple of years. PACE UK intends to start construction of 3 sites totalling 70MWp and 15MW/30MWh energy storage projects in the coming months and also submit an additional 200MWp of solar and energy storage projects into planning in the UK in the first half of this year’. Rob Denman, Managing Director, said, ‘With the focus increasingly on clean energy and also energy security, the PACE projects can provide significant benefits to the UK. We are expanding our local and international teams as we move additional projects into development and construction. As the market also requires increasing innovation to overcome grid constraints, curtailment and other market challenges we are also looking to combine technologies across our developments beyond simple energy storage to include green hydrogen and other complementary technologies’. At the Norfolk sites concerns have been raised about a possible fire risk, solar glare, and the site being too visible. Pathfinder has claimed its 130-acre (52 hectares) solar farm could power the equivalent of 12,498 homes, reducing annual CO2 emissions by more than 9,033 tonnes, the Local Democracy Reporting Service said. It said the energy generated would also be used to power the Food Enterprise Park - a 46-acre (18 hectares) development site near Easton, used by a variety of businesses for food production. One of the projects at the park is a £25m vertical farm, growing salad and herbs for supermarkets. Pathfinder reports that there is currently not enough power to support the growth of the enterprise park. Allowing the solar farm scheme to go ahead would "improve the resilience of the electricity grid" by combining the solar panels with 16 batteries connected to the grid, to feed in stored energy in times of need, the company said. In Pathfinder's planning statement to the council, it said the farmer who owns the site reported a number of issues with the land which made farming difficult, including areas that were waterlogged, and others that were too dry. Barnham Broom Parish Council has raised concerns about the proposals, including the potential fire risk from batteries, disorientating effects of glare from the panels and the development being too visible. Pathfinder said it used a lithium-ion battery considered to be "exceptionally safe" and which would be fitted with a fire suppression system. The panels would also be fitted with anti-reflective coating to reduce glare and the site would be screened with new hedges, it added. As a company, PACE was established in 2017 as a global developer and investor in clean energy and brings together over 35 years of experience from across the technical and financial supply chain.

MARCH-APRIL 2022 UK PoweR NewS

Three 250 kVA generator sets for three UK emergency call centres

GENESAL ENERGY has supplied three 250 kVA generator sets (GEN275FI) to guarantee the continuous supply of electricity to three UK emergency call centres. The call centres belong to the Wales Ambulance Service. Every year the personnel take 679,000 calls for over 450,000 incidents in at the three Clinical Contact Centres in Wales. The facilities operate 24-hours-a-day, 365days-a-year. Avoiding any potential shutdown in the event of a power failure with such an important service is obviously key. A spokesman commented: "The gensets are there to provide power in situations of mains failure, ensuring the

operation of the different computer equipment of the call centre, which will allow continuous healthcare." Each genset has a 2000-litre base frame integrated fuel tank, including a collection tray, with capacity for 110% of the capacity of the actual fuel tank. The gensets were designed especially to be adapted to the client's requirements, which included potential free contacts for the activation of external motorized louvres, and an earthing system comprised of 3 earth points, one on the inside of the canopy.

Hybrid power added to existing line of gensets for the construction sector Atlas Copco has introduced the new QAS+ hybrid energy system for the Zenergize range of gensets. The QAS+ system will feature on the ZBP and ZBC model ranges. Featuring both diesel generators and li-ion battery packs, the new QAS+ systems can cover peak power and low loads. This is said to extend the working lifetime by 15% and reducing maintenance requirements by 50%. The system also improves on ROI times, reports the company. About 70% lighter and more compact than alternatives, gen sets with the QAS+ systems offer users 40,000 hours of uninterrupted operation, with an overload capacity of 150%. They can run autonomously for up to 12 hours, while recharge can be completed in 1.5 hours. Li-ion batteries can operate at temperatures between 20°C and 50°C. Operating in island mode, the units produce no CO2 or noise. In hybrid mode, they optimise noise levels and fuel consumption. Due to this, the units are particularly suited to applications in urban environments with noise level restrictions, events, telecoms and rental applications. These variants are Stage 5 compliant

and the company's most efficient generators. Compared to a 650 kVA unit, a ZBC250-57 with QAS+ 325 in hybrid mode can reduce fuel consumption by up to 80%. This equates to about 200 tons of CO2 over a working lifetime. Tony Calippe, marketing manager, Generators Stage V and Tier4f, at Atlas Copco's Power and Flow division, said: "Our QAS+ generators are fullycompatible with HVO, which almost reaches carbon neutral operation. It is the perfect choice to work in hybrid mode with Atlas Copco's lithium-ion ESS."

NEWS Lagoons in Wales are better than windfarms for energy generation

tidal lagoon project is better for the environment and more efficient than wind farms. That is the conclusion of a man heading a £7 billion tidal lagoon project off the Conwy and Denbighshire coast who says the project will help the environment, not damage it, and be more efficient than current offshore windfarms.

Henry Dixon is the chairman and a founding member of the North Wales Tidal Energy company currently lobbying the UK and Welsh governments for £50m of funding. The lagoon is believed to be capable of generating enough electricity to power every home in Wales – as well as £500m annual returns. The lagoon already has the official backing of both Conwy and Denbighshire councils and could be capable of generating enough electricity to power every home in Wales. It will take 10 years to build but, once operational, is estimated to generate around £500m a year. The lagoon would be one of only three of its type in the world and similar lagoons exist in both South Korea and France. Mr Dixon reports that the lagoon concept is far more efficient at producing energy than the current offshore wind farms. “The lagoon will provide electricity day in, day out, week in, week out,” he said. “When you have got a period when the wind isn’t blowing, (with a tidal lagoon) you have still got a supply coming in reliably. That power will be there day in and day out for the next 120 years. A wind farm lasts for 25 or 30 years, and then you have to take it down and build a new one, so during the life of the tidal lagoon, a wind farm would have been built three or four times.” He added: “There is a lagoon in France that has been running for 50 years. It provides the cheapest electricity in Europe. There are only two in the world, one in France and one in Korea. But the west coast of the UK happens to have the best site in the world for this kind of concept. We have a sloping coast and a really good tidal range, and North Wales happens to be the best of the best.” Mr Dixon also says the tidal lagoon’s underwater turbines won’t affect marine life and will even benefit the environment. “Everyone in the company is really keen that the environmental impact is minimised. One of the big things people talk about is fish,” he said. “Can fish go through the turbines, or what if they go through the turbines? There are various developments. One is to look at very slow-moving turbines, so the fish can swim through the blades. The other is to make sure there are plenty of sluices and lock gates so the fish can swim through those instead, and there is a very interesting development by a Norwegian company with a turbine that is 99% fish friendly.” He added: “There will be 150 square kilometres of water inside the sea wall, which is protected water from big waves. The wall itself will provide a really good area for crustaceans and other things. We have talked to mussel farmers who would be interested in having mussel farms within the walls. “We will do everything we can to make sure any potential damage which is identified during the environmental study is minimised.” Mr Dixon claimed the lagoon’s 4m high sea wall would protect the coast from storms and erosion and possibly several species of nesting birds. He also reassured businesses relying on tourism that the sea wall would not damage scenic views. He also said the construction of the lagoon would be challenging but claimed the environmental impact would not be a problem. Mr Dixon added: “It is an engineering challenge. It is a big job, but at the end of the day, it’s a great big dam, but it happens to be filled with seawater, rather than freshwater. Talking to engineering companies, both consultants and companies, they say, ‘yes, it’s a big job but it is evidently doable. Because you can float out these caissons, and you can float out the turbines and install them at the same time, it’s not too bad.” A spokeswoman for Conwy County Council said the authority was very supportive of a tidal lagoon, citing the potential for both economic and environmental benefits, stating it welcomed Welsh Government financial support. Denbighshire County Council also agreed and said a group of councillors would be put together to monitor and evaluate the project’s progress after the forthcoming elections. 4

BEIS Industrial Energy Efficiency Accelerator is currently open

The BEIS Industrial Energy Efficiency Accelerator is currently open for applications for demonstration projects using novel process technologies with the potential to reduce energy consumption, maximise resource efficiency and cut carbon emissions. The IEEA supports partnerships between developers of efficient technologies and industrial companies willing to trial innovations onsite. To date, the IEEA has supported 16 demonstrator projects with grants to the tune of £8m, over half of which are now ready to commercialise for full-scale roll-out. A further £8 million is now available in two phases to support projects from all UK industry sectors which can demonstrate either a novel technology (targeting Technology Readiness Level 5-8), or the use of an established technology in a novel way. The application window for Phase 4 has been open from late

Spring 2022.If you have a novel technologyresource efficiency of industrial processes, or are an industrial site willing to host a demonstration project the IEEA would appreciate hearing from you. Please visit the IEEA website (https://programmes.carbontrust.co m/ieea/participate-in-phase-3/) for all of the eligibility details and information on how to apply, or contact ieea@carbontrust.com for further information. The Department for Business, Energy & Industrial Strategy (BEIS) IEEA is supported through its Net Zero Innovation Portfolio and funds industrial scale demonstrations of novel technologies with the potential to reduce energy consumption, maximise resource efficiency and cut carbon emissions. It is designed to support partnerships between developers of efficient technologies and industrial companies willing to trial innovations onsite.

New generating solution provided for key energy centre A key project from G&M Tex Generating Solutions has involved the supply of a modular generator plant room to a private biofuel client. This comprised six 400kWe Scania-powered generating sets producing a combined output of 2.4MW. Electricity is generated at low voltage (400v) and is stepped up to high voltage (11KV) aligning with the onsite HV network. The priming fuel used is Red Diesel with Used Cooking Oil (UCO) conforming to EN14214 employed as the main fuel. Due to the strict environmental acoustic requirements, the plantroom noise level was engineered so it does not exceed 65dBA at 1 metre with five gensets running. The G&M Tex scope of supply also included the Switchgear container and high level exhaust stack. The power generation engines from Scania are based on a robust

design with a strength-optimised cylinder block containing wet cylinder liners, which can easily be exchanged. Individual cylinder heads with 4 valves per cylinder promotes reparability and fuel economy. The engine is equipped with a Scania-developed Engine Management System, EMS, to ensure the control of all aspects related to engine performance.

MARCH-APRIL 2022 UK PoweR NewS

NEWS UK government releases its energy policy for the future

n the 7th April 2022 the UK government released its highly anticipated ‘British Energy Security Strategy’.This new strategy focuses on how the government plans to provide the UK with energy security and increased independence from a volatile international market. The strategy has been introduced against a backdrop of external pressure. Global energy prices have skyrocketed as demands for oil and gas have surged after the Covid-19 pandemic. This has led to soaring energy bills in the UK and households facing an increase in the overall cost of living. This problem has been compounded by Russia’s invasion of Ukraine. Russia dominates energy supply across the EU, accounting for about 40% of gas and 27% of oil imports. While the UK is less directly exposed to the risk associated with Russian supplies (which make up around 4% of total UK gas supply and 8% of oil), prices are still subject to increases across the international market when EU supplies from Russia are affected. The government is eager to phase out its reliance on Russian oil and gas imports. Kwasi Kwarteng, the Secretary of State at the Department of Business, Energy and Industrial Strategy, has noted that a push for domestic energy production and an accelerated transition to cheaper, cleaner energy sources will help combat the UK’s exposure to these high international prices. The key points of the new energy strategy are as follows: * Nuclear Power: There is a focus on building a more self-sufficient UK energy system with power that can be relied upon ‘even when the sun is not shining, or the wind is not blowing’. Following this, a significant emphasis is placed on increasing reliance on nuclear power, with plans to install up to 8 nuclear reactors in the next decade and a focus on the use of Small Modular Reactors. The aim is to source 24GW from nuclear power by 2050. * Offshore Wind Power: The government is focusing on increasing the production of offshore wind power by reforming planning laws to cut approval times for new wind farms, with a higher production target of up to 50GW by 2030. * Onshore Wind Power: For onshore wind power there are no changes to English planning regulations, but the Government has indicated a wish to develop partnerships with ‘supportive communities’ who want onshore wind in return for lower energy bills. In Scotland, such planning rules are devolved, with the current Scottish Government considering a policy of strengthening onshore wind deployment. * Oil and Gas: The government has committed to reinforcing the North Sea oil and gas industry by introducing a new licensing round for projects this Autumn, and plan to create ‘Gas and Oil New Project Regulatory Accelerators’ to support and accelerate the development of new projects. * Solar Power:For solar power, the government plans to simplify planning rules for installing solar panels on rooftops. They hope to see a five-fold increase in overall solar capacity by 2035. * Hydrogen: Hydrogen production targets have increased, doubling to up to 10GW of low carbon hydrogen production capacity by 2030. * Heat Pumps: A ‘Heat Pump Investment Accelerator Competition’ worth up to £30 million will be held to make British heat pumps. The aim of this is to reduce UK demand for gas. * Energy Efficiency Measures:With regards to improving the energy efficiency of buildings, one notable gap in the strategy is the lack of provision for a nationwide insulation policy. However, the government claims it will zero-rate VAT for the next 5 years on the installation of energy saving materials. MARCH-APRIL 2022 UK PoweR NewS

Sound attenuating products have genset applications in company buyout deal

Blachford Investments, parent company of Blachford Acoustics Group, announced that it has acquired materials fabricator Milcut, effective from March 7th, 2022. Milcut supplies foam, rubber, plastic and high-temperature materials for a range of thermal and soundattenuating applications especially for generator sets and outdoor power equipment. Milcut products will continue to be manufactured and the company will continue to operate as Milcut, Blachford said. In addition, Carl Strohmaier, Milcut’s current president, will stay on board full time through the end of April and then take on a

consultant role. There are no planned operational changes, contact information, or staffing changes at this time, Blachford said. The Blachford Acoustics Group is a global supplier of acoustic materials, moulded headliners and floor mats for industrial applications. With the addition of Milcut, Blachford Acoustics Group said it will now be able to offer Milcut’s full suite of fabricated products and solutions. Milcut team will also have full access to Blachford Acoustics Group’s R&D laboratory and testing facilities.

Launch of a V172-7.2 MW variant for low to medium wind conditions Vestas is introducing a 7.2 MW variant in its EnVentus onshore platform, the V172-7.2 MW, designed to offer enhanced performance in low to medium wind conditions for the UK market. This is an adaptation of the existing medium-to-high wind EnVentus variant V162-6.8 MW with a 7.2 MW name plate. The V172-7.2 MW is said to deliver a 12 % increase in annual energy production compared to the V162-6.2 MW variant in low wind conditions; it will deliver flexible power ratings of 7.2 MW, 6.8 MW and 6.5 MW and is said to offer expanded site applicability for all conditions, with solutions for cold climate and an optional larger CoolerTop for hot climates. The new 7.2 MW unit will be based on Vestas’ latest modularised nacelle architecture, where the nacelle structure is divided into compartments that are dimensionally designed to correspond to general industry standards for road, rail and ocean transport. This improves logistics and provides flexibility over the turbine’s operational lifetime. The variant will also build closer alignment between Vestas’ onshore

and offshore platforms, as both the V172-7.2 MW and the V1627.2 MW share the modularised nacelle architecture with the Vestas offshore V236-15.0 MW. The EnVentus platform now includes four different wind turbine variants, and since the launch of the EnVentus platform in 2019, Vestas has secured orders for more than 6 GW across 14 different markets on four continents. Vestas designs, manufactures, installs, develops, and services wind energy and hybrid projects all over the world. With +145 GW of wind turbines installed in 85 countries, its sustainable energy solutions have already prevented 1.5 billion tonnes³ of CO₂ being emitted into the atmosphere.

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NEWS Four new contracts in Phase 2 of National Grid’s Pathfinder

uinbrook Infrastructure Partners, a specialist investment manager focused on renewables, storage, grid stability and related assets and businesses, has announced that it has been awarded contracts for four new synchronous condenser projects in Phase 2 of National Grid’s Pathfinder Programme. These additional awards follow the recently announced completion of Quinbrook’s first synchronous condenser project at Rassau in Wales which is now fully constructed and operational. The Rassau project was the second newly built synchronous condenser project in the UK (under Pathfinder Phase 1) in support of National Grid’s efforts to improve grid stability in the wake of the increased growth of intermittent renewables. National Grid’s Pathfinder Phase 2 offers fully inflation-indexed, long-term revenue contracts in return for essential grid support services from projects like Rassau. Under Pathfinder Phase 2, National Grid has awarded 10 new contracts (worth a total of £323 million) to projects which offer solutions to stability issues that arise due to rapid decarbonisation of the UK power system.1 Quinbrook has now assembled the largest portfolio of Pathfinder synchronous condenser assets in the UK that is designed to provide vital stability services to National Grid enabling more renewables to be safely and reliably connected to the power transmission network. Quinbrook expects to take total investment in Pathfinder projects to over £220 million in building the portfolio over the next 24 months. Quinbrook and Welsh Power have been developing the four Scottish projects (located near Gretna, Neilston, Rothienorman and Thurso – collectively, the “Scottish Portfolio”) since early 2020 when work commenced to identify suitable locations, with priority given to sites adjacent to existing substations where National Grid had critical needs for new stability services. Substantially all required grid connections and land rights have been secured for all four projects with one final planning consent outstanding and expected to be secured over the coming weeks. With the award of the Pathfinder Phase 2 contracts now complete, Quinbrook will progress works towards commencement of construction during 2022 with start of operations scheduled for 2024. Once operational, the Scottish Portfolio is expected to support the stable decarbonisation of electricity supply as the UK rapidly increases uptake of intermittent and weather dependent renewables in the drive to Net Zero - by collectively providing 3,500 MVa of short circuit level and 1,850 MVA.s of inertia, meeting over half of NGESO’s published SCL requirement. Quinbrook will lead equipment specification and procurement and continue its policy to prioritise the use of local contractors and specialists during construction works. Rory Quinlan, co-founder and Managing Partner of Quinbrook commented: “We view the UK’s ‘Net Zero’ transformation as an unprecedented investment opportunity with a diverse array of attractive thematics. “Crucially, our ‘whole of system’ investment philosophy puts the emphasis on addressing critical system needs and enablers for a stable transition to a decarbonised power system. By delivering both innovative and high-impact investments such as this portfolio of synchronous condensers, we can enable more renewables to be built and reliably connected to the UK power grid thereby supporting large scale carbon emissions reduction and real progress towards Net Zero. These significant new contract awards are an excellent and timely example of how specialist investors like Quinbrook can identify truly differentiated and valueadd infrastructure investments arising from the energy transition. As a firm we have moved well beyond vanilla wind and solar projects.” MARCH-APRIL 2022 UK PoweR NewS

Special boiler water treatment for innovative waste recovery facility

A UK waste recovery centre, which provides renewable energy generation from the waste, needed to ensure the reliability and longevity of its power generating assets. Hydrex water treatment chemicals from Veolia Water Technologies UK (VWT UK) have simplified management of the boiler water quality, as well as ensuring overall efficiency and protecting the unit, turbine and pipework. At the facility, three technologies are brought together to treat household ‘black sack’ waste. Mechanical treatment sorts and separates recyclable items and biodegradable content from the rest of

the waste. Anaerobic digestion technology is used to process the food and biodegradable material in order to produce renewable energy as well as a compost material. All remaining waste is then used to fuel an advanced thermal treatment (ATT) plant. The process creates synthesis gas (syngas) through gasification, which is then used to produce high temperature steam to generate renewable electricity in a turbine. Using the anaerobic digestion the site is able to produce enough energy to power around 11,000 local homes.

Major genset hire company commits to mandatory greener fuels switch Aggreko has further confirmed its commitment to reaching net zero emissions by beginning the transition from diesel to greener fuel sources in its fuel management services. The ongoing phaseout is part of its pledge to cut the amount of the fossil fuel used by the organisation by 50% before 2030 and reduce local air quality emissions from the Aggreko fleet by a similar figure. Specifically, the company intends to phase out offering diesel with its fuel management services from April 2022, instead solely providing hydrotreated vegetable oil (HVO). The move is part of a corporate ‘Greener Upgrades’ initiative, which also includes a multimillion-pound investment in new products and technologies, alongside alternative fuels. Chris Rason, Managing Director Aggreko Northern Europe, said: “The need to be sustainable has long shifted from a vague preference to an absolute priority for all businesses, and this sentiment continues to be reinforced through action.For example, at COP26, proposals have been floated to force UK firms to indicate how they will reach net zero targets

set for 2050. However, despite this shift to a ‘prove it’ culture when it comes to decarbonisation, complacency and greenwashing sadly still remains at a time when organisations need to begin taking steps toward a greener future.” He concludes: “It is for this reason why we have put great effort into developing efficient and sustainable technologies which can replace existing, polluting energy sources without disruption. This continued investment has allowed us to begin the transition from diesel to HVO for our fuel management systems, passing decarbonisation gains onto our customers while maintaining or improving equipment.”

NEWS Specialist energy fleet now available from Halifax-based company

alifax-based Collett & Sons Ltd and Bristol’s Plant Speed have agreed a deal which will see their specialist wind turbine equipment join the Collett fleet. Taking the decision to remove themselves from the wind energy industry and focus more on their haulage operations, Plant Speed’s entire fleet of super wing carriers, extendable trailers and lift adapters have been acquired by Collett. With multiple wind energy projects scheduled throughout 2022, Collett took the opportunity to expand their wind turbine fleet, adding Nooteboom super wing carriers, quadruple extendable blade trailers and lift adapters, alongside several specialist adapters including gyrostat tables, loading beds and tower hooks. As a well-established operator in the wind energy industry, the addition of this new equipment increases Collett’s carrying capacity and adds to their already diverse fleet, providing a definitive range of specialist equipment with which to undertake wind farm development projects. “This strategic decision for Plant Speed is one which sees our company focus shift from wind turbine delivery projects.” Adds Paul Lomas, Plant Speed, Managing Director. “Having worked closely with Collett in the past, the decision to amalgamate our fleet in to theirs was an easy one to make, and whilst we may not be operating in the wind turbine industry going forwards, this is a move which will allow Plant Speed to focus on other specialist haulage operations.” Speaking about the expansion of the Collett fleet, Managing Director, David Collett adds, “with several projects scheduled, and currently underway, this move sees Collett strengthen our market position. Having worked in the renewable energy industry for many years, the acquisition of this new trailer equipment is a decisive move for Collett, and one which significantly increases our wind turbine carrying capabilities.” Collett was involved in the completion of stage two of the Neart na Gaoithe Wind Farm project, delivering two 180-tonne super grid transformers to an onshore substation. A company spokesman commented: “We were appointed to provide a door-to-door service for both super grid transformers. The loads were transported from our client’s factory to port ahead of their journey to the UK “Shipping in to the Port of Sunderland, the two transformers were discharged from the vessel using a 550t strut crane and landed onto our 14-row flat top trailer with all works under our scope of responsibility. “Our Projects Department chartered a Terra Marique ro/ro barge for the second stage of the transport project. Utilising the vessel’s hydraulic roadway, each of the loaded trailers were safely driven onto the vessel by our expert Team and secured for the onward 20-hour voyage to the jetty at EDF UK’s Torness Power Station in East Lothain. On arrival, our Team were once again on hand to undertake the final transport operations.” He concludes: “Having rolled the two transformers from the vessel on Day 1 of this stage of the operation, both units were transported out of the power station on consecutive days for the five-mile trip to the onshore substation site. Travelling under our in-house escort fleet and with road closures in place on the A1 between 6am – 6:30am, we travelled the short distance North to the Innerwick junction. Here, with the permission of East Lothian Council and under our traffic management plan, both transformers were transported with rolling road closures on the minor roads to facilitate our safe passage to site.” Experts in Motion since 1928 Collett has a wealth of experience transporting difficult and abnormal loads throughout the UK, Europe and worldwide. Its specialist fleet operates across depots in Halifax, Goole, the Port of Grangemouth, and most recently Collett (Ireland) Ltd in Dublin. Experts in the transport of abnormal loads, Collett sees itself as a global professional partner for transport, heavy lift, marine & transport consulting 8

UK company wins three-year turbine Inspection contract

Doncaster, UK-based Certex UK has won a major three-year contract for inspection and maintenance of over 150 turbine generators across two wind farms. Certex was awarded the contract by Equinor, operator of the Dudgeon and Sheringham Shoal offshore wind farms off the Norfolk coast. The full scope of work covers the statutory inspection and maintenance of all Transmission and Generation Assets across both Wind Farms Works and will include all turbine mounted safety equipment (TMSE) and personal service lifts, in addition to a fleet of loader and davit cranes. Certex will supply all lifting equipment, accessories, and consumables to Equinor, while looking after the balance of plant (BOP) base and service operation vessel (SOV) equipment. The company will provide permanent site rotations, 365-days-a-year, under the supervision of Terry Hoenes, divisional manager—renewables, at

Certex. “Each rotation will be servicing each windfarm,” said Hoenes. “We have had the contract for similar works on the Dudgeon farm for the last five years, but this new contract combines the sites. “This is in line with Equinor’s strategy to operate both farms from their base in Great Yarmouth. Offshore teams from both sites will utilise the Vessel resources to maximise time in the field and reduce emissions from the overall operation.” Certex UK is part of the Lifting Solutions Group, one of six divisions within the Axel Johnson International business. Certex provides products and services to various stakeholders within the wind energy sector, including companies which manage either the installation of new wind farms, or the full service and maintenance of existing sites.

EU support for UK-based mine energy storage project Energy storage firm Gravitricity’s plan to build a full-scale project in a former mine shaft in mainland Europe has moved a step closer with new project support led by the European Investment Bank. In October 2021 Gravitricity engineers visited a recently mothballed mine on the continent to investigate its potential as a first of a kind full-scale gravity energy store. Now the EIB has committed 120 days of consultancy time to advance the project as well as independently validating Gravitricity’s proposals. EIB-appointed specialists have begun evaluating test results from Gravitricity’s 250kW scale demonstrator – which operated in Edinburgh through the summer – and will combine this with a review of local revenue streams to produce a commercial risk assessment that will ultimately inform detailed design and development activities.

This project will be delivered through the European Commission’s Project Development Assistance scheme. These studies will follow recently completed analysis by Nano Energies which assessed the project’s revenue generation potential, based on a single-weight design.Commenting on the studies Project Development Manager, Chris Yendell from Gravitricity said: “We have a high level of confidence in our technology and its ability to store energy.”

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NEWS Building Europe’s largest battery – a 360MW energy storage system at Wilton International on Teesside

s part of Sembcorp Energy UK’s (SEUK) growing battery storage portfolio, SEUK intends to construct a 360MW battery at its site at Wilton International on Teesside. Following COP26 discussions, this development signals a major step by SEUK that will further support the UK’s Net Zero targets, helping to ensure the resilience of the electricity network and further enable the increasing growth of renewables. At the Wilton International site, Sembcorp Energy UK has available land and connections ready to enable swift instalment of the batteries, which will be built in tranches. SEUK currently operates 70MW of batteries, with a further 50MW already in the pipeline and due to be operational in early 2022. As one of the UK’s largest battery portfolios, the units can supply power and other services to the national grid in a matter of milliseconds, and such rapid response time is crucial to maintaining a secure and stable energy system that will aid the UK’s low-carbon transition. The plans for both this battery portfolio expansion, and the first-of-a-kind 300MW net zero emissions plant – Whitetail Clean Energy – announced in July 2021, align SEUK’s growth with technologies that support a greener future. Should all these developments proceed, SEUK’s total energy portfolio would be expected to total over 1.6GW, with almost half a gigawatt being supplied by batteries. Andy Koss, CEO of UK & Middle East, Sembcorp Industries, said: “Now, more than ever, flexible energy sources play an increasingly important role in maintaining secure and reliable energy supplies. With a growing reliance on renewables, the UK energy system needs to be flexible and able to respond quickly to changes. Sembcorp Energy UK is committed to accelerating the energy transition with sustainable solutions, such as batteries. Additionally, the location of 360MW of batteries at Wilton International strengthens Teesside’s green regeneration and position as a hub of low-carbon innovation in the North East." Ben Houchen, Tees Valley Mayor said: “This is fantastic news that further cements our region’s reputation as ground zero for net zero. This investment will add 70 cleaner, healthier and safer jobs to the thousands we are already delivering across Teesside, Darlington and Hartlepool as we develop the critical technologies that are needed to make the UK net zero by 2050. Since the Industrial Revolution the ingenuity of Teessiders has spearheaded the development of new technologies. With this announcement, which will see the creation of Europe’s largest battery on the Wilton site, the message is clear: if you want to pioneer low-carbon innovation then come to Teesside.” SembCorp has been focussed on the Wilton site for some years. The company already provide utilities including power, steam, various grades of water and industrial gases to customers on the site, and is equally committed to ongoing decarbonisation and to being a key player in Net Zero 2050. They are currently engaged in a strategy process and evaluating technologies to achieve their sustainability goals. One of Sembcorp’s first actions back in 2003 was to approve £20 million of funding to continue a project to integrate a 40MW gas turbine into the existing power station, improving efficiency and enabling the station to respond quickly and effectively to customer demand for large quantities of power and steam. The turbine, GT1, was up and running in 2004 and the use of the latest ‘Dry Low NOx’ (DLN) technology, together with the closure of an oil-fired boiler, has led to a substantial reduction in emissions over the years. MARCH-APRIL 2022 UK PoweR NewS

Unique large-scale storage solution paves new way for offshore hydrogen production

Tractebel and its partner companies have developed the world's first offshore infrastructure and processing facilities concept for the storage of hydrogen in offshore caverns. The design study, unveiled by Tractebel’s offshore experts, outlines an innovative solution for large-scale hydrogen storage on the high seas: a scalable offshore platform for the compression and storage of up to 1.2 million m³ of hydrogen. Underground salt caverns will be used as storage and buffer for the hydrogen produced offshore, before the gas is transported via the pipeline network to the onshore grid and finally to consumers and customers.

Green hydrogen from offshore wind energy is becoming an important component of the UK’s energy transition, but current hydrogen production technologies will only make an effective contribution if production rates reach an industrial scale. Enormous amounts of hydrogen (H2) from renewable sources will be required to supply future H2 energy demands and offshore sites are key to industrial-scale production, says the company . Tractebel says it has pioneered ‘an innovative solution’ with the development of this unique offshore hydrogen platform.

Designing generator packages for data centre standby power Twenty new data centres across the UK were recently uneviled as part of a £2 billion investment. Clinton Noble, Sector Manager for Data Centre Power Solutions at energy and transportation expert Finning UK & Ireland, reveals some key considerations when designing data centre standby power for locations like these. “Standby power in data centres is mission critical — continuous power prevents outages from damaging mainframes and other IT infrastructure. Having a backup supply also protects customer data that would otherwise be lost, causing financial and reputational damage,” he explains. There are several elements in a data centre’s operational power system, including the cooling system, the uninterruptible power supply (UPS) and high voltage (HV) and Low Voltage (LV) switchgear. Diesel generators are a popular choice for these backup power systems because of their reliability, fast response and long runtimes, and because they require minimal maintenance. It’s good practice to design a genset package and standby power system in accordance with the

Uptime Institute. He explains: “As the internationallyrecognised data centre authority, it determines what each site tier requires. “For instance, a Tier IV site with maximum resilience must have a continuous cooling capability, unlike a tier III site. There are also other design factors which data centre operators should consider. The standby genset must have sufficient power to keep all servers and equipment online during outages. When sizing a generator, the site’s required loads are key. Operators will need to think about start-up currents, terminal voltage, voltage and frequency variations and other factors. It’s also helpful to consider UPS efficiency, lighting and cooling loads and how these will shape the estimated requirements.

NEWS New heat pumps developed with up to 120 degrees Celsius heating capacity

rane®, a leading global provider of indoor comfort solutions and services and a brand of Trane Technologies, continues on the “Electrification of Heating” pathway and has expanded its heating solutions portfolio with new Trane Exergy Series heat pumps. The Exergy Series units deliver heating capacity of up to 120 degrees Celsius and can replace oil and gas boilers in industrial process, buildings and district heating applications. The Trane Exergy heat pumps deliver highest temperature of the generated heat on the market, and can source energy from natural water as well as wastewater or industrial processes, at a temperature range between -20 degrees Celsius and +45 degrees Celsius. This gives customers the operational flexibility and widens the scope of applications, where this energy can be recovered, extracted and used as a source for efficient and environmentally responsible heating. The new Trane Exergy Series heat pumps are manufactured in cooperation with Oilon, an energy and cleantech company with over 60 years of experience in generating heat for private residences, large residential buildings, district heating networks, and for a variety of industrial processes. Erik van Oossanen, portfolio manager at Trane Europe comments: “At Trane, reducing the energy intensity is the guiding principle in everything we do. Sustainable electrification of heating and cooling is bringing us a step closer to being successful in changing the industry and improving air quality in and around the UK’s cities. “Our goal is to make an impact and today we’re again furthering the electrification of conventional heating systems with our partnership with Oilon. Expanding the Trane heating portfolio with the new Exergy Series, we now give our customers the option to choose from the widest range of sustainable heating solutions on the market.” He explains: “Communities, buildings and industry generate huge amounts of waste heat that contains valuable energy. With the Trane Exergy heat pump, our customers wanting to reduce their carbon footprint and operating costs get new opportunities to extract and reuse this excessive energy for clean and energy efficient heating in traditionally carbon-intensive applications.” The new Trane Exergy Series heat pumps are available in capacities between 30 to 2000 kW and feature the near-zero global warming potential (GWP) R-1234ze refrigerant. The technology offers up to 400% higher efficiency compared to most fossil-fueled boiler systems and is designed to: • Recover waste heat at cooling plants to generate hot water and substituting valuable primary energy • Recover heat from municipal or industrial waste waters, which can then be used in industrial processes or channelled into the district heating network. • Utilize ground source heat energy for heating, replacing off-site heat sources • Utilise heat from evaporators, cooling towers, driers etc., which in industrial processes is often released into the environment, and produce heating energy for industrial processes • Together with an outdoor cooling unit, extract heat from outdoor air and use it for heating spaces, producing hot water etc. Providing electric solutions for electrification of heating is part of Trane’s and Trane Technologies’ overall approach to reducing carbon emissions in the industries and markets they serve. It helps advance the 2030 Sustainability Commitments, including the Gigaton Challenge to reduce customer greenhouse gas emissions by 1 billion metric tons. 12

500KVA generators for independent energy corporation

Powerhire was contacted by a consultant engineering company on behalf of the world’s largest independent energy corporation requiring temporary generator power to power up one of their UK sites whilst being decommissioned prior to closing down. The temporary power is needed to power the equipment being utilised to decommission the site and pipelines. Following the discussions between our Technical Sales Manager and their Decommissioning Electrical Engineer on the requirements needed, Powerhire’s Sales Manager produced a proposal for 3 off 500kVA generators in synch, a 20,000 litre bulk fuel tank along with a 2500Amp LV ACB Panel which was subsequently passed to the end-client. Following approval of the proposal, our Sales Manager and Sales Director attended a meeting with the end-client at their head office in Scotland resulting in an order being

placed. Due to the tight deadline imposed to enable site timings and requirements to be met, Powerhire was appointed as a new approved supplier to ensure that the equipment deadline would be met. Prior to the scheduled installation, a full witness test of all equipment was carried out in the testing bay at Powerhire’s Dover depot. This was attended by the customer and the end-client. The successful witness test proved that all 3 off 500kVA generator sets worked in synch as they would on site. On the agreed delivery date, the logistics team transported the equipment to site using two flatbed lorries - the equipment was then craned off and positioned by others onsite. After the successful installation, testing and commissioning of all equipment, client training was given which included essential operation details and those on load conditions.

Long-duration energy storage projects win government backing EDF UK has received £2 million in funding from the Department for Business, Energy & Industrial Strategy (BEIS) to support four innovative methods of storing electricity for long periods of time, with R&D UK Centre playing a major role in three of the projects. The four long-duration energy storage (LDES) demonstration projects will help to achieve the UK’s plan for net zero by balancing the intermittency of renewable energy, creating more options for sustainable, low-cost energy storage in the UK. The funding is part of a £68 million first-of-its-kind programme to increase the options for long-duration storage in the UK by scaling new LDES prototypes. Each of the unique projects will store electricity over weekly or even monthly fluctuations, providing vital backup for times when renewable energy is not being produced.

One project will investigate the potential for storing electricity via Compressed Air in Thermal Generation’s mothballed gas storage cavities in Cheshire, with R&D UK Centre working alongside EDF UK's Thermal Generation, IO Consulting and Hydrostor. EDF R&D is leading a consortium with the University of Bristol, UKAEA and Urenco, to demonstrate the feasibility of storing Hydrogen in Depleted Uranium.

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Optimized for Your Operation Volvo Penta’s Stage V solution is designed especially to ensure dependable power generation, complying with emission standards while ensuring maximum engine efficiency. Optimized productivity, no compromise. The engine and exhaust aftertreatment system are developed together as a complete, single-supplier package. It’s a solution that makes life easy for OEMs and brings ease of operation, fuel efficiency and uninterrupted productivity to mobile units for prime power generation regardless of conditions and climate. And the Volvo Penta global service and support network is always there to back you up. www.volvopenta.com/stagevge

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NEWS Farming & producing energy for the future at Deal Farm

he Deal Farm Biogas project represents years of work to deliver one of the most advanced and flexible renewable biogas production projects in the UK. It epitomises the ‘smart way’ energy gets into the grid in 2022. The project has been designed to provide a unique opportunity for the production of biogas derived from traditional south norfolk farming feedstocks (a mix of livestock manure, straw and arable crops). This also supports local farmers and meeting local, national and worldwide goals of decarbonisation, renewable energy production and safeguarding delicate ecologies. Over the years, Deal Farm has changed to move with the latest uk legislation and improvements in biogas technology, making way for an innovative plant which will provide sustainable energy in the form of biomethane into the local gas network, co2 capture for clean/ green CO2 production and a source of organic fertiliser to replace imported chemicals. the ad plant has the potential to produce enough renewable gas to heat 4,000 homes a year – as well as removing 2,000 cars off the road each year in carbon savings. Biogas is a well-established renewable energy sector in the UK, with more than 600 (AD) plants currently active across the country. of these, 75% are located in agricultural areas, as they depend on agricultural waste to generate biogas. the government’s department for business, energy and industrial strategy (BEIS) is aiming to treble the amount of biomethane in the national grid by 2030 to support ambitions around net zero, and the delivery of an AD plant in South Norfolk will unlock biogas potential in the local area whilst supporting wider government goals. Fundamentally, agricultural AD plants in britain will help to future-proof the farming industry, whilst generating essential sustainable energy to support decarbonisation efforts. A biogas plant is a facility where biogas is produced by fermenting organic material. The Anaerobic Digestion (AD) process is the biological breakdown of organic materials by bacteria in a gas tight tank without oxygen – hence the term ‘anaerobic.’ The products of this process are renewable natural gases that can be injected directly into the local gas network, CO2 for use in food and drinks, as well as organic fertilisers and soil conditioners that can replace imported chemicals. Digestate is the material that remains after the AD process has taken place. It is made up of a mixture of solid and liquid materials. AD draws carbon, hydrogen, and oxygen from the feedstock and into biogas. However, the essential plant nutrients (nitrogen, phosphorus and potassium) remain in the digestate. AD is therefore a remarkable process, as it produces renewable energy from organic material without reducing its potential fertilising properties. About 85% of what is fed into the plant is left as digestate, which means all the atmospheric carbon dioxide that has been absorbed by the crops in growing is locked into the digestate and put back into the ground. The essential plant nutrients are mineralised during the digestion process which means they’re more easily absorbed and therefore more useful to the plants grown with it. The undigested organic fibres in the digestate help to retain moisture in the soils, improve structure, and eventually break down aerobically to release more nutrients and protect the soil from erosion. Latest guidance from the Environment Agency and the Government’s Department for Environment, Food & Rural Affairs (DEFRA) conclude that the storage and spreading to land of untreated slurries and manures are a major contributor to greenhouse gas emissions and ammonia. By delivering them to be processed in the AD plant, the biological degradation process captures all the methane and CO2 that would otherwise have been released into the atmosphere. MARCH-APRIL 2022 UK PoweR NewS

Storing power in hydrogen - a long-duration energy storage project

Pivot Power is the company behind the delivery of two UK energy projects. The first project, delivered in partnership with Invinity Energy Systems plc will establish the feasibility of developing one of the UK’s largest storage-enabled solar power resources. Phase Two of this project includes a utility-scale 10 MW / 40 MWh Invinity Vanadium Flow Battery. Pivot Power has plans to work alongside e-Zinc, with support from Frontier Economics, to ‘metalize energy’, deploying breakthrough technology which stores energy in zinc, an inexpensive and widely available metal that has a high energy density.

A final project will explore how electricity, converted into compressed air, can be stored in existing gas storage facilities, where EDF Thermal Generation and R&D will partner with IO Consulting and Hydrostor. The projects are all supported by funding from BEIS, through the Longer Duration Energy Storage Demonstration (LODES) innovation competition. The competition aims to accelerate the commercialisation of innovative LODES projects at different technology readiness levels, through first-of-a-kind fullsystem prototypes.

Leaving it all behind to become a renewable energy powerhouse UK-based BP will need to invest tens of billions of dollars over the next decade and may have to accept lower returns than it can get from oil if it is to meet its target of becoming one of the world's largest renewable power generators. The British oil and gas company wants 50 gigawatts (GW) of renewables such as wind, solar and hydropower in its portfolio by 2030, up from just 2.5 GW now and more than the total renewable capacity in the UK at the moment. European oil firms are under pressure from activists, banks, investors and some governments to shift away from fossil fuels and are trying to find business models which offer higher margins than the mere production of renewable energy would generate. BP has followed Eni in committing to cut its oil production over the coming decade and set a bigger target for reductions than the Italian company. Analysts say large offshore wind farms probably offer the quickest route for BP to scale up but as they can take years to develop, and have high start-up costs, it may have to turn to acquisitions. BP already has debt of US$41 billion and as investors turn

from fossil fuel producers in favour of green energy firms, its shares have halved over the past two years, slashing its market value to under US$80 billion. Shares in Denmark's Orsted, one of the world's biggest offshore wind developers, have surged 135% over the same period to give it a market value of US$60 billion. Orsted currently has 10 GW of installed wind power capacity still only a fifth of BP's target - and has committed to add another 3.8 gigawatts. Shares in Iberdrola, which has 33 GW of installed renewable power and is developing several projects, have jumped 78% over the past two years, bringing its market capitalisation to $80 billion, on a par with BP.

NEWS Hybrid Energy Glasshouse Project shortlisted for ADE Award

larke Energy’s hybrid energy project at AGR’s 217,000m² glasshouse and energy centre has been shortlisted for the ‘Integrated Energy Award’ at the ADE’s Decentralised Energy Awards 2022.

The industry-leading awards show from the Association for Decentralised Energy (ADE) celebrates the people and projects that have developed the most innovative decentralised energy solutions designed around the needs of the user. This year’s awards gala, sponsored by Clarke Energy will take place at the Hurlingham Club, London, on Wednesday 15th June, 2022. The AGR Fenland glasshouse project combines a 33MWth heat pump system with a combined heat and power (CHP) plant comprising three high-efficiency INNIO Jenbacher gas engines with CO2 recovery. The installation of heat pumps will provide renewable hot water heating to the glasshouse and will qualify for the Renewable Heat Incentive (RHI). The CHP plant will consist of Jenbacher J416, J620 & J624 engines providing an electrical output of 9MWe, which will be used to power the glasshouse, the LED grow lights and various site auxiliaries. The waste heat generated from the engines is to be utilised as hot water which will be stored in two 6000m3 thermal stores and used to heat the glasshouses. The CO2 recovered from exhaust gases will be transferred to the glasshouse to help accelerate the growth of the produce. Jenbacher J416 are regarded as especially suitable for combined heat and power (CHP) operations. Jenbacher CHP systems also support microgrids while reducing CO2 emissions. Based on the proven design concepts of types 3 and 6, the modern Jenbacher Type 4 engines in the 800 to 1,500 kW power range are characterised by a high-power density and outstanding efficiency. The enhanced control and monitoring provide easy preventive maintenance, high reliability and availability. The Jenbacher J620 generator for fast startup applications is based on the manufacturer’s proven Type 6 platform. Introduced in 1989. This reliable technology since has been complemented with innovative fast-start design features. The solution can provide full output in less than 45 seconds at low emission levels, helping to ensure that local regulatory requirements are met. Although these generators deliver signifi cant advantages in emergency operation, they also provide benefi ts when running parallel to the grid and in island mode. INNIO’s Jenbacher J624. Providing a new level of engineering excellence, the J624 offers significant advantages, particularly in the area of multiple engine power plants for independent power generation and combined heat and power (CHP) solutions. The J624 is available with 2-stage turbocharging, offering high efficiency and improved flexibility, and can power up to 10,000 households. According to INNIO, the J624 is based on proven technology from the automotive industry and INNIO's Type 6 gas engine design concept to deliver higher output and increased efficiency. While all gas engine applications work well with the new fuel flexible turbocharged J624 engine, there are two areas where you’ll find it excels, says the manufacturer: large power generation projects, including multiple engines, and CHP or cogeneration solutions. Tgis makes the new J624 more economically practical than gas engines with single-stage turbocharging, says INNIO: Two-stage turbocharging increases power density by 10% 4.4 MW electrical output is achieved at 1,500 rpm Capable of up to 90% total efficiency Maintains full output at high ambient temperatures and altitude Low specific fuel consumption reduces operating costs Flexible and modular design promotes ease of transportation and installation 5-minute start-up time INNIO is a leading solutions provider of gas engines, power equipment, a digital platform and related services for power generation and gas compression at or near the point of use. With Jenbacher and Waukesha product brands, INNIO pushes beyond the possible and looks boldly toward tomorrow, reports the company. A spokesman commented: “Our diverse portfolio of reliable, economical and sustainable industrial gas engines generates 200 kW to 10 MW of power for numerous industries globally. We can provide life cycle support to the more than 48,000 delivered gas engines worldwide.”

Biomass CHP to power Scottish distillery in 2022

John Laing and the UK Green Investment Bank (GIB) are to invest in a new £74m green energy facility in Speyside, Scotland developed by Estover Energy Ltd. The new biomass combined heat and power (CHP) plant near Craigellachie, Moray, will generate 87.4GWh per annum of renewable electricity – enough to power more than 20,000 homes. It will also generate 76.8GWh per annum of renewable heat. The new CHP facility will contribute to reducing the cost of energy at The Macallan distillery by providing around 90 per cent of all of the steam needed in the distillation process. By using biomass instead of natural gas to generate heat, the distillery will reduce its greenhouse gas emissions by over 17,500 tCO2e. John Laing and GIB intend to make a £26m equity investment in the project. The remainder of the funding, in the form of debt, will come from a bond to be issued by the project company and

listed on the London Stock Exchange. When issued, the bond will be guaranteed by Infrastructure UK, part of HM Treasury. GIB and John Laing’s investment is conditional on the successful conclusion of the bond process. The project is being developed by Estover Energy, an Edinburgh and London-based SME specialising in developing biomass CHP projects. The plant will be fuelled with sustainable forestry byproduct sourced from the local area. A consortium of local growers and forest industry suppliers including Stobart Biomass Products Ltd. and UPM Tilhill will supply the plant. Marcus Whately, co-CEO of Estover Energy, said: “The Speyside project is the first of four similar projects that bring together some of the most respected names across several industries. The result is low-carbon energy for British industry, creation of rural jobs.”

Hampshire’s Waste-To -Energy project breaks ground in 2023 waste each year. The facility was The latest Hampshire Waste To Energy Project is a 30MW biopower developed as a part of Staffordshire plant currently in the permit stage. County Council’s target of sending Once it gets the go-ahead It will be zero waste to landfill, while developed in single phase. The project maximising recycling. Projections construction is likely to commence in show that the Staffordshire facility 2023 and is expected to enter into will save Staffordshire taxpayers commercial operation by 2024. The project is being developed and £250 million over the next 25 years. currently owned by Veolia Veolia Environmental Services Environmental Services (UK). (UK) Plc (VES) is a subsidiary of Studies suggest that the facility is Dalkia International SA, an likely to supply enough clean energy environmental service provider. to power around 75,000 households and to offset 65,000t of carbon-dioxide emissions (CO2) a year. The project cost is expected to be around $171.812 million. Refuse - municipal solid waste - will be used as a feedstock to power the project. In 2014 Veolia opened a similar 26 MW waste to energy facility in Staffordshire designed to process around 300,000 tonnes of residual MARCH-APRIL 2022 UK PoweR NewS

CHP

Providing for electricity & heat requirements with a cogen system

The global energy crisis is expanding its sphere of influence with each passing day. Accordingly, the increase in the need for economical, high quality and sustainable energy brings new solutions, reports Ebru Ata Tuncer. Cogeneration and trigeneration systems, which meet electricity, heating and cooling needs at the same time, draw attention as a key economical and environmental investment, he reports.

f the analysis, project design and installation of these technologies are done correctly, it is possible to achieve energy savings of up to 90% with a cogeneration system. As the first domestic company to manufacture cogeneration and trigeneration systems in Turkey, Teksan has successfully implemented these systems in many hospitals, factories and shopping malls where energy needs are high. Cogeneration an d trigeneration systems enable high quality and cheap electricity production. The cogeneration and trigeneration systems, which ensure the efficient use of energy, are based on the principle that energy is produced in the same place where it is consumed independently from the electricity network and the excess energy is used for heating or cooling purposes.

18.

While only heating is provided in the cogeneratio n system, the heating and cooling needs are both met in the trigeneration system. Cogen-trigen systems, where energy efficiency reaches 90%, are beneficial for both the pocket and the environment. It protects the environment by reducing carbon emissions. Factors such as the search for alternatives energy sources due to the increasing energy costs and the deepening energy crisis, the need for clean and susta inable energy is expected to play a major role in the future of the cogeneration market and increase the interest in these systems in the coming years. Correct project design and application are of great importance in obtaining the desired efficiency in cogen-trigen systems. With its experience in the projects it has undertaken,

“Teksan systems are used successfully in large projects in different countries such as Kazakhstan and Nigeria. In addition to hospitals, we have successfully implemented cogeneration and trigeneration projects in shopping malls.”

its engineering power and its expert team, Teksan has successfully implemented many cogeneration and trigeneration projects in different fields, especially healthcare. Teksan Marketing Board Member, Ebru Ata Tuncer, has stated that ‘the energy efficiency achieved thanks to the cogentrigen systems, which produce electricity at a lower cost compared to the mains electricity, provides significant gains for Turkey's economy’. He tells UKPN: “Cogeneration and trigeneration systems, which bring a common solution to the electricity, heating and cooling needs, eliminate energy losses by producing and consuming energy in the same place. He explains: “Thanks to this system, it is also possible to keep emission levels under control and reduce carbon footprint. “Cogeneration and trigeneration systems, which are preferred especially in areas with high energy needs such as hospitals, factori es and shopping malls draw attention as an economic investment as well as being environmentally friendly.” He said: “At Teksan, we have successfully implemented and continue to apply our cogeneration-trigeneration systems in many state hospitals with our long years of experience, project experience, engineering power and expert team. We also have important references abroad in this field. “Our systems ar e used successfully in large projects in different countries such as Kazakhstan and Nigeria. In addition to hospitals, we have successfully implemented cogeneration and trigeneration projects in many shopping malls where we are preferred with our tailor-made solutions and engineering power.” Ebru Ata Tuncer concludes: “We provide the energy and heating needs of our factory in Istanbul with the cogeneration system we have established. With our cogeneration and trigeneration systems, we will maintain our claim in the sector in the coming period as well.” www.teksan.com.tr

MARCH-APRIL 2022 UK PoweR NewS

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MEMBER

Royal Lancaster Infirmary (RLI) invests in £12m energy centre The UK-based Capital Services Team was involved in an amazing 69 projects in 2021 including many large schemes and infrastructure projects such as the Energy Centre at the UK’s Royal Lancaster Infirmary. The year 2020 to 2021 saw the biggest Capital Plan ever in the Trust’s history – more than £50million was spent across the Trust The work has included new operating theatre facilities & building works.

ndy Lamb, Capital Services Project Lead for UHMBT oversaw the Energy Centre build completed in February 2022. Andy said: “The new Energy Centre houses three new energy efficient steam generating boilers. The new Energy Centre now provides a reliable source of power for the RLI site and will also result in a greater saving in energy.” The resilience of the site has been secured by the new Energy Centre and i f, for any reason, the gas system fails, there is a backup system which uses diesel oil to enable the site to run for four weeks. The Energy Centre was needed because the old hopsital boilers and boiler house came to the end of their natural life and needed to be replaced with energy efficient steam-raising boilers to ensure the safe running of the hospital.

MARCH-APRIL 2022 UK PoweR NewS

Mark Hampton, Capital Services Manager for UHMBT commented: “We also have a gas-powered CHP unit which was installed in 2020. This engine powers a generator which produces electricity back to the grid for the hospital’s use. “The waste heat - exhaust gas from the engine - is used to produce steam via a waste heat boiler.” The Capital Services Team was involved in an amazing 69 projects in the last year including many large schemes and infrastructure pro jects such as the RLI’s Energy Centre. 2020 to 2021 saw the biggest Capital Plan ever in the Trust’s history – more than £50million being spent across the Trust - normally the capital spend is between £20million and £30million. The work has included new operating theatre facilities, updates to the Endoscopy Service as well as building work

“The new Energy Centre houses three energyefficient steam generating boilers. The new Energy Centre provides a rel iable source of power for the RLI site and will also result in a greater savings in efficiency and energy.”

CHP

in the Emergency Department, the development of a new surgical a dmissions lounge, refurbishments of wards in Medical Unit 1 and new emergency lifts for Medical Unit 1. The new Energy Centre currently provides a reliable source of power for the RLI site and will ultimately result in a greater savings in energy, reports Mark Hampton. Mark says the resilience of the site has been effectively secured by the new Energy Centre and if, for any reason, the gas system fails, the re is a back-up system. Mark explains: “The gas-powered combined heat and power (CHP) unit is still important. The waste heat goes into our heating and hot water system. The CHP unit has been running for two years and we’re going to connect that to the new Energy Centre as well to achieve even greater savings and efficiency.” In addition to this, the steam goes to the hospital’s Sterile Services Departme nt to sterilise surgical equipment and to the Catering Department to provide power for cooking and to sterilise the dishes in the dishwashers. Steam goes to Medical Unit 1 and Medical Unit 2 as well as the Centenary Building where it generates hot water and heating. Instead of requiring gas to heat the water, the system uses steam to heat up water via plate heat exchangers. The new Energy Centre currently b acks onto the Lancaster Canal next to the current boiler house. Mark added: “I would like to thank colleagues from adjacent departments who have been working with us to make the build run as smoothly as possible. I commend everyone involved in this exciting project for their professionalism and dedication. I’m glad the Energy Centre has been created on my watch; it’s going to be an interesting project once i t’s all completed.” www.capitalservicesgroup.co.uk

GENSETS

New generator can handle 25% hydrogen blends MWM will begin a staged roll-out of commercially available MWM generator sets configured to enable operation on natural gas blended with up to 25% hydrogen for continuous, prime, and load management applications. The offer applies to the following series: TCG 3016, TCG 3020, TCG 2032 and TCG 2032B, reports UKPN.

WM offers retrofit kits which provide hydrogen blending capabilities up to 25% hydrogen for select generator sets built on these engine platforms. A staged roll-out of new natural gas generator sets and retrofit kits capable of 25% hydrogen will begin in the fourth quarter of 2022. The use of renewable hydrogen fuel can help to reduce greenhouse gas emissions . “We are delighted to offer our customer s hydrogen-based high-performance energy solutions that can help them reduce carbon emissions and use more sustainable energy sources," explains Tim Scott, MWM Director. MWM gas engines can already be operated with hydrogen blends of up to 10% and are characterised by their high efficiency in decentralised energy generation. MWM generators are traditionally at the forefront when it comes to the use of alte rnative types of gas for power generation. The generator sets can be configured to operate on a wide range of biogas fuels, including digestor biogas, landfill gas, and wastewater biogas. The latter sewage biogas comes from primary and secondary sludge, also called mixed sludge.

Experience with hydrogen fuel content of up to 60% In multiple end markets and countries, MWM have experience with hydrogen utilisation in its products, with some projects in operation for 24 years. MWM continues to improve the performance of hydrogen-fuelled power generator sets with minimal impacts on maintenance costs and schedules, availability and operations. During this period, MWM has gained extensive experience through its product range with customer projects and fuels with hydrogen content of up to 60%. The development and launch of hydrogen blended solutions address growing customer demand as the hydrogen supply infrastructure matures. MWM is committed to helping customers meet their climate-related goals by providing products that facilitate the fuel transition, increase operational efficiency and reduce emissions. “Through the use of renewable hydrogen as a sustainable energy sourc e, our industry will continue to make a valuable contribution to the supply of reliable and sustainable energy. We are excited that MWM is part of this

“MWM generators are traditionally at the forefront when it comes to the use of alternative types of gas for power generation. The generator sets can be configured to operate on a wide range of biogas fuels, including digestor biogas and landfill gas.”

sustainability effort”, says Tim Scott. The EU Commission plans on successfully rolling out the EU Hydrogen Strategy and becoming climate-neutral on a long-term basis by 2050. The main idea is to replace fossil fuels with green energy sources to supply en ergy. Hydrogen is considered to be a key element for a successful energy transition in order to make the European energy supply and the industry more sustainable on a long-term basis. The use of hydrogen as an energy source and fuel can effectively reduce greenhouse emissions on a long-term basis. Powerful hydrogen-based energy solutions thus help to pave the way for a successful energy transition. MWM is one of the world’s leading brands in the market segment of highly efficient, eco-friendly cogeneration plants for decentralised energy generation with combined heat and power (CHP). Operating under the name Caterpillar Energy Solutions, the Mannheim-based company founded 1871 by Carl Benz looks back on its MWM brand with 150 years of experience in the development and optimisation of gas engines and power gener ators for natural gas, biogas and other special gases. MWM Gas Engines and Gensets – Output. Reliability. Economy. For Your Success. The MWM product portfolio comprises gas engines and gensets in the output range from 400 kWel to 4,500 kWel. In this way, it is possible to set up power plants with an output of up to 100,000 kWel and more. The gas generator sets can be operated with various types of gas, such as natural gas, shale gas, mine gas, biogas, landfill gas, sewage gas, and syngas. They are designed for maximum electrical and thermal efficiency, low operating and service costs, and high reliability and availability. Thus they achieve efficiency of over 90%. www.mwm.net

MARCH-APRIL 2022 UK PoweR NewS

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GENSETS

2MW genset for a water treatment site in the UK A wastewater treatment plant in the UK has installed a 2.2MWe Cummins QSK60 Series diesel generator set. These commercial generator sets are fully-integrated power generation systems providing optimum performance, reliability and versatility for stationary standby, prime and continuous duty power applications. These have been augmented with a number of advanced features, says UKPN.

Cummins QSK60 2.2MWe diesel generator has been provided by Cummins for a wastewater treatment facility - in January 2022 it was put through its G99 tests. According to the company, the Cummins QSK60 Series diesel generator sets are fullyintegrated power generation systems providing optimum performance, reliability and versatility for stationary standby, prime and continuous duty power applications. The g enerator set accepts full rated load in a single step in accordance with NFPA 110 for Level 1 systems. The genset features a Cummins® heavyduty engine – a rugged 4- cycle, industrial diesel delivers reliable power, low emissions and fast response to load changes. The set features an advanced Cummins Aftertreatment System – a fully-integrated power generation system certified to EPA Tier 4 standards. It provides optimum performance, reliability and versatility for stationary standby, prime power and

continuous duty applications. A Permanent magnet generator (PMG) offers enhanced motor starting and fault clearing short-circuit capability. Several alternator sizes offer selectable motor starting capability with low reactance 2/3 pitch windings, low waveform distortion with non-linear loads and fault clearing shortcircuit capability. There is a Cummins Aftertreatment System – these are fully-integrated power generation systems which are certified to EPA Tier 4 standards. They are designed to provide optimum performance, reliability and versatility for stationary standby, prime power and continuous duty applications. The PowerCommand® electronic control is standard equipment and provides total genset system in tegration including automatic remote starting/stopping, precise frequency and voltage regulation, alarm and status message display. It also offers AmpSentry™ protection, output metering, auto-shutdown at fault detection and NFPA

“The genset features a Cummins® heavy-duty engine – a rugged 4cycle, industrial diesel del ivers rel iable power, low emissions and fast response to load changes. The set features a a fullyintegrated Aftertreatment System.”

110 Level 1 compliance. Cummins PowerCommand Cloud™ delivers real-time information about power systems wherever a customer might be, whenever it is required. Accessed using a work s tation, tablet or smart phone via a user-friendly interface, PowerCommand Cloud allows the user to check the system status, identify faults, and access critical notifications immediately, reducing key operation and maintenance costs. With PowerCommand Cloud, data and operations are secured in transit and in storage using a platform which is proactively monitored and updated. PowerCommand Cloud adheres to th e security best practices outlined by the platform service provider. Because PowerCommand Cloud is owned and operated as part of Cummins' integrated power solutions, the company is able to support users with regular updates and the latest features. The generator's cooling system is a Standard remote cooled configuration with an optional remote radiator package available. The generator set accepts full rated load in a single step in accordance with NFPA 110 for Level 1 systems. Before despatch all final commissioning checks are carried out for the NOxMASTER SCR System to bring the Exhaust Gas NOx Levels down to under 190mg/Nm3@15%O2 in line with MCPD permit conditions. The NOxMASTER combines Diesel Oxidation Catalyst (DOC) and Diesel Particulate Filter (DPF) components to filter Particulate Matter (PM), Hydro C arbons (HC) and Carbon Monoxide (CO) and AdBlue™ / Urea injection, mixing and Selective Catalytic Reduction (SCR) to reduce harmful NOx. The system can reduce up to 95% NOx reduction and over 99% PM, HC and CO emissions reduction. The system is known for achieving Stage 5 equivalent emissions standards.More than 7,500 systems have been fitted, globally. www.cummins.com

MARCH-APRIL 2022 UK PoweR NewS

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Here are five myth-busting tips on modular UPS units

CONTROL SYSTEMS

Aaron Oddy Sales Engineer for CENTIEL UK says there are lots of different types of Modular UPS systems available on the market and outlines five myth-busting tips on modular UPS to help with the final decision, reports UKPN

aron Oddy Sales Engineer, CENTIEL UK,, explains: 1) Modular UPS are more expensive than Standalone. The initial cost of a modular UPS system and its surrounding infrastructure can certainly seem more expensive than installing a standalone alternative. However, the purpose of a UPS is to ensure the highest possible level of system availability. This means the overall-uptime, or the readiness of a system to provide a corrective service. When you consider the cost of a Modular UPS, and its infrastructure you need to factor in the additional benefits and long-term savings. Best practice would be to calculate the TCO over the long term to determine the savings from introducing a modular system which offers the highest level of availability. For example, to create redundancy in a standalone UPS, i t is necessary to have a minimum of two units. Suddenly, the lower initial purchase cost starts to look more expensive. Particularly when remedial works are factored in. An engineer may need to be onsite for several “chargeable” hours to complete these works as it’s not as simple to swap out elements of a standalone UPS. This dramatically increases the Mean Time to Repair (MTTR), leaving the system wi th reduced or no redundancy and adding risk to the critical load. Installing the infrastructure to run and

MARCH-APRIL 2022 UK PoweR NewS

support a facility at full capacity with a standalone UPS from the outset, may also not offer the most cost-effective option. What if the facility never reaches full capacity, or even half? Under-utilised standalone UPS need to be run, maintained and managed, which can dramatically increase TCO ove r time. Adopting a pay-as-you-grow approach to modular UPS installations can offer a flexible solution which minimises initial expenditure and ongoing running costs. Even air conditioning can be reduced for a smaller system. We can help you do the maths. 2) Standalone UPS offer Redundancy Many organisations choose a standalone UPS system rather than modular. In fact, the results from our recent online sur vey showed 25% of respondents preferred standalone as a choice for system design. Standalone configurations can offer redundancy, however, what happens if one standalone UPS unit fails? Suddenly, there is no redundancy. UPS systems designed with decentralised or distributed architectures are truly modular, offering the ability to hot-swap modules. This means that if one module needs to be exchanged it is easy for trained staff to swap it with a service module kept locally on site. Centiel’s CumulusPowerTM takes this one step further with safe-hot-swap capability which enables modules to be changed in a live system, safely isolating and testing the

“A true modular UPS such as Cumulus Power TM offers the capacity for redundancy increasing availabil ity. Its distributed architecture offers the highest level of availabil ity because it repl icates all of the components across the multiple modules resulting in further power resil ience.

replacement module before it is introduced to a live load. Safe-hot-swap removes the risk of an inherent fault being added to the system through the introduction of a new module. 3) Modular is Modular Modular simply means it’s possible to swap certain elements out in a live system, increasing availability. However, the elements of commonality in a centralised solution, leading to single points of failure, are open to huge variations between manufacturers. The result is that not all modular systems are the same. The idea to move to modular is base d around removing single points of failure and therefore increasing availability or uptime. Therefore, look for a system that achieves this – not all do. CumulusPowerTM is the latest in true modular UPS technology and has been designed with distributed decision-making control logic. This means that no single module takes control of the decisions for the whole system. Instead, a distributed decision-mak ing consensus takes place eliminating the logic’s single point of failure. 4) Modular introduces redundancy Yes, it can but, again, not all modular systems introduce the same levels of redundancy. Some “modular concept” UPS systems are designed with a centralised architecture which means that there are elements of commonality, leading to single points of failure. Single points of failure might include: a CPU, inverter, or static switch. If there is a fault with one of the common components the whole system could fail, resulting in the load being lost. Similarly, with battery strings, by avoiding a configuration with a common battery, it is easy to separate a string with a true modular system to maintain N+ runtime. Battery string isolation or creating redundancy within a frame is simply not possible wit h modular concept UPS systems. Not all modular UPS are equal. 5) Any modular system offers peace of mind A further hidden cost from installing a modular concept UPS is the domino effect or risk of cascade failure. Imagine if a static switch fails in a modular concept UPS. The system will switch to bypass. Then what if there is a power failure? The load the UPS is supporting would be dropped. This sort of outage could cost an organisation many thousands of pounds in lost revenue, fines, damaged reputations etc … A true modular system avoids the common single point of failure of the static switch as each element of the UPS is replicated many times over within each module. Choose carefully! :www.centiel.co.uk 27

HEAT PUMPS

UK government must incentivise hybrid heat pump systems Baxi is calling on the government to incentivise hybrid heat pump systems to reduce reliance on natural gas and increase heat pump installations. The large increase in the price of gas, in part because of the conflict in Ukraine, is leading to more costly energy bills for consumers. This means that the running costs of a gas boiler may no longer be the cheapest source of heat in many households, reports UKPN. Baxi is recommending that the UK government incentivises hybrid systems which combine a specially adapted heat pump with a traditional gas boiler, potentially reducing gas usage by up to 70%. The government is about to offer a grant of up to £5,000 to customers for switching to a pure heat pump solution which will work in some houses but not others. Boris Johnson’s government also announced a cut on VAT on heat pumps last week which has been welcomed by Baxi but the company believes hybrids could be provide a way to reduce gas usage, reduce bills and decarbonise the nation’s heating. Karen Boswell, Managing Director of Baxi, explained: “As gas bills increase, electrification of heat, where suitable, will

immediately mean we are less dependent on gas, as only a proportion of electricity is generated from n atural gas and this is decreasing quickly. Electrically driven heat pumps for example, offer a sustainable alternative, and will become the main source of heating in new build homes from 2025.” She explains: “Fitting this type of technology in the UKs existing housing stock often requires substantial modifications to the property. We therefore believe that the UK government should be looking at hybrids, where a specially adapted heat pump works alongside the homes existing or new gas boiler.” Hybrids could reduce gas usage by up to 70% and have been proven to be effective by Baxi’s parent group, BDR Thermea, in the

“As gas bills increase, electrification of heat, where suitable, will immediately mean we are less dependent on gas, as only a proportion of electricity is generated from natural gas and this is decreasing quickly.” - Karen Boswell, MD of Baxi

Netherlands, yet this relatively simple, easyto-install option is almost non-existent in the UK, says the company. Karen Boswell continues: “This is unlikely to change soon because hybrid he at pump systems will not be eligible for the new Boiler Upgrade Scheme which incentivises ‘heat pump only’ installations. The government is taking a very purist approach by not incentivising hybrids. “By not offering grants for such installations, it could be preventing existing homes across the UK from accessing efficient, low carbon heat.” The UK industry has already raised concerns about the level of tra ining required to upskill thousands of heating engineers, who will be required to fit heat pumps in order to meet government targets. Baxi is already providing heat pump training for hundreds of engineers to drive progress in the new build sector but is also highlighting the need for greater investment in training related to low carbon technologies. Karen Boswell points out: “We really need an ambitious industry-wide retraining plan for the 130,000 Gas Safe engineers who are currently helping people stay warm throughout the UK. “The government, companies, and training colleges need to rethink the job profile and skillset of an installer, who in future will need to fit a wider variety of appliances and be the consultant for customers on their options to decarbonise their homes and buildings.” She conclude s: “Without proper training for installers, and financial incentives for their customers, we are highly unlikely to make sufficient progress in moving away from natural gas and reducing carbon emissions from heating.” As a leading player in the British, Irish and worldwide heating and hot water industry Baxi says it is determined to play its part in achieving the goal of being a net-zero economy and launche d its own Sustainability Pledge in 2020. Baxi’s portfolio of trusted products and brands offers a range of easy-to-install solutions and responsive services suited to the different needs of customers, to keep their homes and businesses warm and comfortable, without warming the planet. Baxi Heating is part of the €1.8bn-turnover BDR Thermea Group, one of the three largest producers of heating appliances wo rldwide. For more information, visit www.baxiheating.co.uk MARCH-APRIL 2022 UK PoweR NewS

GRID

Getting grid code ready for the future The energy generation sector in Europe is changing with the emergence of renewable power suppliers. The current trend is towards a distributed model with large numbers of smaller, renewable power generators. This transformation is speeding ahead, with distributed energy resources (DERs) expected to outstrip centralised generation by a factor of 5 to 1 by 2024, reports Cedric Briand, Product Manager, Kohler.

he energy generation sector in Europe is changing with the emergence of renewable power suppliers. In the past small numbers of large-scale gas, coal, or nuclear power stations worked together in a centralised network. However, the current trend is towards a distributed model with large numbers of smaller, renewable power generators. This transformation is speeding ahead, with distributed energy resour ces (DERs) expected to outstrip centralised generation by a factor of 5 to 1 by 2024.. Regulators are wrestling with the impact these changes will have on the performance of the grid. Renewable power generation is more variable than traditional sources of power. The increase in the number of suppliers also adds to the complexity of the grid. As a result of these challenges, grid codes are being developed to control the connection of power-generating modules to the grid. While Europe-wide grid codes are still

MARCH-APRIL 2022 UK PoweR NewS

under discussion, some countries like the UK have already implemented local regulations. Kohler has reviewed these trends and analysed their impact on the requirements for power generating units like diesel generators that will run in parallel with the grid. The European Commission (EC) has established the European Union Network Code on Requirements for Generators (NCRFG)2. The code aims to harmonise connection rules for power generating modules and increase the security of the grid. While the NCRFG is not yet finalised, some countries have adopted local codes in advance of the European regulations. Historically, generators running in parallel with the grid were disconnecting from it in case of grid disturba nce and continuing to operate in islanded mode. but the new grid code allows now imposes them to maintain a connection and support the network to recover its nominal parameters. In fact, the contribution of power generating modules is becoming vital to grid stability. The code adopts a segmented approach depending on the size of the generator. It is important to note that local codes may differ from Europe-w ide standards, having different power thresholds for each category. The NCRFG stipulates a wide range of parameters for power generators. These include active power and frequency, reactive power and voltage, as well as connection and reconnection conditions. In addition, the concept of dynamic grid support enables the generator to respond to changes in voltage, also known as fault ride-through. Generators me eting the code requirements will supply reactive

“While Europe-wide grid codes are still under discussion, some countries l ike the UK have already implemented local regulations. Kohler has reviewed these trends and analysed their impact on the requirements for power generating units.”

power to the grid in the case of a disturbance, therefore keeping the network voltage at an acceptable level. Their technical capabilities and performance must match the grid's requirements to maximise grid stability and robustness in the case of disturbances. While the implementation of the NCRFG is still in progress, some individual nation-states have alrea dy enacted their own local rules, which take into account the broader code. Energy suppliers, transmission system operators and distribution system operators face the challenge of a technically complex and changing regulatory framework. New projects must be designed, built and connected in compliance with both the local and broader European codes. Kohler has developed an approach to help navigate this c omplexity using "frozen" generator designs. To proactively meet the local grid codes of the present and the broader European codes of the future, Kohler has embarked on a forward-looking approach to establish a range of 'Grid Code-Certified' generators. This product range gives customers confidence in their technical capability to meet the grid requirements and their ongoing compliance. Examples of frozen components include: ● Oversize alternators with a permanent magnet generator (PMG) which can provide capacity to handle a short circuit at 3*In for 10 seconds. The alternator also has an automatic voltage regulator to provide full compliance to the Grid Code requirements even if there are firmware updates to the system. ● 12-inch touchscreen control panels configured for running in parallel to the grid. The user interfaces provide accurate system monitoring and diagnostics and display access to critical values like power, power factor, reactive power, frequency, voltage, and current. ● Protection relays using a grid-code certified device for grid feed monitoring. ● Circuit breakers with protection unit "micrologic 5.0.’ Other components on these generators may be changed without affecting their certificat ion. For example, canopy additions, double wall, and large autonomy fuel tanks are all acceptable modifications and do not affect the simulation accuracy. Kohler's range of "Grid Code-certified" generators are denoted with the letters VDE after the product name to indicate their compliance with the German standard VDE-AR-N 4110. The availability of this range of generators ensures that customers can obtain grid connection approval for their projects without delay. Power generation in Europe is moving towards a distributed model due to the increase in renewable power suppliers. This trend is therefore likely to continue and grow in momentum. www.kohlerpower.com 29

ENERGY STORAGE

London tests prove energy storage system is a winner A series of tests performed in an industrial environment in London have proven the PUNCH Power 200 (PP200) Energy Storage system is both highly-efficient and effective when used with power generation equipment. Designed to seamlessly connect to any power grid, the PP200 is able to rapidly inject and absorb power to maintain a stable grid frequency and voltage, reports UKPN.

esults from a new and innovative flywheel energy storage system have been revealed by Select Plant Hire and PUNCH Flybrid. It’s official - the flywheel-based system is capable of preventing the need for over 80 tonnes of CO2 being released into the atmosphere and of therby saving over 30,000 litres of fuel every 3,000 hours. Since launching the product back in September 2021, additional testing has taken pl ace which has seen a 66-tonne luffing crane on a London construction site carry out its normal operations with a 320kVA generator set, combined with the PUNCH Power 200, as opposed to a 800kVA generator setup. The CO2 saving with the PP200 set up is the equivalent of the annual emissions of 55 passenger vehicles. These latest findings prove that by connecting the PUNCH Flybrid technology to the generator se t, the flywheel load-levels the peak power that the generator set has to deal with. The PUNCH Flybrid system then delivers

energy immediately at high power during an increasing load step and captures excess energy during a decreasing load step. Alex Warrington, Select’s Managing Director, said: “It is quite staggering when you see the environmental savings this technology can have on just one crane. At Sele ct we are proud to be leading the way in something which could easily be integrated to cranes not just across the UK, but the world - and make a significant impact on CO2 pollution.” According to PUNCH Flybrid, in the case of PP200, energy savings are achieved through load-levelling the prime power source, most commonly a diesel engine. By storing energy during periods of lower power demand and deploying th is during periods of peak power, the prime power source can be sized for the average load. The downsized power unit will operate at a higher base load and therefore at greater efficiency, in addition to having a lower purchase price and lower maintenance fees. At the heart of the PP200 system, is a

“At one of our London sites we reduced the generator size on our CTL1600 (66t luffer) from 800kVA to 320kVA, with the opportunity for further reduction. It instantly generates substantial CO² savings and saves significant costs of rental – it makes sense.”

patented flywheel energy storage system designed to fulfil over 80,000hrs of operation, with no degradation in performance. The flywheel module is built from materials and techniques widely adopted in the automotive industry making it efficient to produce, ultra-reliable and also gives the flywheel a low embedded CO2 figure, allowing the machine to achieve even greater CO2 savings. A key feature of PUNCH Flybrid’s flywheel technology is its vacuum seal design which allows the flywheel to run in a vacuum for max imum efficiency, while simultaneously allowing for a shaft type power take-off. This means that the flywheel can be integrated into a machine in different ways, mechanically via a transmission, hydraulically when connected to a hydrostatic pump, or as in the case of PP200, electrically when coupled to an electric motor. The electric motor is in turn controlled by a variable frequency drive able to achieve power ramp rates of up to 2.8MW/s. Multiple systems can be paralleled up for higher power applications. PP200 connects onto a microgrid just like any other ‘load’, requiring no modifications whatsoever to the generator. The onboard power electronics and controllers then monitor the line frequency and voltage to decide when to absorb or inject power so as to optimise the generator operation. PUNCH Flybrid h as conducted field trials with PP200 on numerous applications ranging from pump-jacks on oil production sites to tower cranes on live building sites. In the latter, the required genset rating is traditionally double that of the crane. The oversizing is specified because load steps to 100% of crane power are frequent and most gensets can only maintain an acceptable frequency and voltage response with a 50% load step or less. PP200 can also be used to reduce the installed grid capacity at a typical construction site with multiple load types running at different power factors. This can be achieved both through active power injection during large load startups and continuous reactive power injection to improve power factor. With PP200 installed, the genset can be ‘right-sized’ as the flywheel system maintains s table voltage and frequency whilst giving the genset time to achieve the target load. punchflybrid.com MARCH-APRIL 2022 UK PoweR NewS

2 CONFERENCE AREAS – OVER 18 TOP SPEAKERS KEEPING BUSINESS CONNECTED TABLE TOP EXHIBITS

PARK PLAZA, WESTMINSTER, LONDON 8TH DECEMBER 2022

NETWORKING 2 CONFERENCES AMPS AWARDS FOR EXCELLENCE GALA DINNER EVENING

PowerEx Live 2022 aims to feature the unique convergence of traditional players alongside the newly advanced independent power leaders at one of London’s premier exhibition locations – Park Plaza, Westminster, London. The exclusive event looks to bring you an unrivalled line up of world class suppliers and buyers to the Gen-Set / CHP & Data Centre sectors. A great networking & learning experience!

www.powerexlive.co.uk

THURSDAY 8TH DECEMBER

2022

HYDROGEN

As a clean, abundant option hydrogen could become the go-to energy source in the future Paul Ingram asks - ‘As a clean, abundant option hydrogen could become the go-to energy source in the future – so why isn’t it already?’ This feature from iPower Generation, part of the Ingram Power Group, looks at insights into the potential of hydrogen from a team of companies which offers a range of generator and power systems for a wide range of applications.

. Power Generation represents the Green Power Generation division of the Ingram Power group, with its clean, low carbon, and efficient generators and power systems. The company specialises in flexible instant response, energy storage and generation products, as well as off grid electric car charging, reports Paul Ingram, Head of Operations at iPower Generation. “We are already mixing in hydrogen into our domestic gas, with one northeast village in England receiving a blend of 20% hydrogen this summer in a ground-breaking trial. “Hydrogen powered cars are among us, and hydrogen energy systems – whether combustion or fuel cell – aren't anything new. Burning hydrogen in a combustion engine produces zero CO2, and fuel cells only by product is water. This means it could play a vital and critical role in global effects to reach

net zero emissions.” He explains: One key issue faced by hydrogen as a fuel, is how it is produced. “Hydrogen is the most abundant substance in the universe, making up roughly 75% of all normal matter. However, while there's a lot of it, it is not naturally found in high concentration on Earth, therefore it must be produced. “Hydrogen is in compounds, such as in water (H2O) to be used as a fuel source it needs to be separated from the other elements.” Paul points out: “As a result, point of use may be fantastic in terms of emissions providing power with clean air, however, where the hydrogen came from and the power source used to produce it can indeed have an environmental impact. “While hydrogen is colourless, how it is produced is defined as – black, brown, grey,

“Hydrogen is the most abundant substance in the universe, making up roughly 75% of all normal matter. Hydrogen is in compounds, such as in water (H2O) to be used as a fuel source it needs to be separated from the other elements.”

blue, and green. “Black and brown, as you may have guessed are worst in terms of emissions, both coming from coal. Grey is generated from natural gas, or methane, through a process called steam reforming, and is the most common form,” Paul reports. “Blue is whenever carbon capture and storage is used in conjunction with steam reforming. Blue hydrogen is therefore often described as "low carbon". “With only about 10-20% of the c arbon generated not being able to be captured. Green hydrogen, often referred to as "clean hydrogen", gets its hydrogen from water using a process called electrolysis, importantly, powered by renewable and clean energy sources, and so creating zero emissions in hydrogen production.” He recommends: “Unsurprisingly, green is the ideal form. This would result in zero emissions at hydrogen production, and t hen no carbon dioxide created at point of use. “Unfortunately, only about 1% of current hydrogen production is currently in this form. However, as the IEA (International Energy Agency) pointed out in 2019, as natural gas prices rise and renewable energy costs fall, we will start to see ever growing interest in hydrogen from electrolysis.” Green hydrogen or clean hydrogen is a form of renewable energy th at has many uses. Green hydrogen is becoming a key component in bringing about energy transition and ensuring a sustainable future. The decreased cost of producing green hydrogen using renewable energies, together with a drive towards reducing greenhouse gas emissions, have given clean hydrogen an unprecedented boost. www.ipowergeneration.co.uk

MARCH-APRIL 2022 UK PoweR NewS

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ASSOCIATIONS

The ADE: Government’s Energy Security Strategy will do little to ease the burden for consumers ACE RESPONDS TO UK CONSTRUCTION PMI FIGURES FOR MARCH 2022

he Government’s new Energy Security Supply will do little to ease the burden of the energy price crisis for consumers, warns the Association for Decentralised Energy (ADE). The trade association notes Government plans are largely focused on long-term offshore wind, nuclear and oil and gas development, technologies which will have almost no immediate impact on helping the UK avoid the worst impacts of the current energy price and geopolitical crises. As the war in Ukraine intensifies and energy bills continue to soar, the government must take immediate action to protect the UK’s energy independence by scaling-up energy efficiency, heat networks and other key decentralised energy technologies – these are no-regrets solutions to increasing national energy security and protecting against volatility, whilst also not losing sight of net-zero targets. The wider adoption of heat networks, flexibility and energy efficiency technologies would see the UK require less gas, thereby improving national energy security, significantly reducing bills for consumers, reducing the burden on business and alleviating fuel poverty. A new private investment framework to deploy energy efficiency measures in owner-occupied homes could form part of a wider plan to cut domestic bills for homeowners by up to £5 billion annually. Considering 63% of the country’s homes require less than £1,000 per home to upgrade to EPC Band C, this is a huge opportunity that is not being capitalised upon. Lily Frencham, CEO of the ADE, says: “Decentralised energy measures are proven, pragmatic, modern and ready to bolster the UK’s energy security and decarbonisation ambitions – we just need the political will and investment to create certainty and catch up with other European nations already using them to great effect. “Unfortunately, the new Energy Security Strategy misses a trick by neglecting to focus on easy and established measures that can help people immediately – such as improving the efficiency of their homes. Without increased government support in these areas, it will be impossible to adequately protect consumers from continued price rises and volatility in the future.” Joanne Wade, the ADE’s Chief Strategic Advisor, says: “The content of the government's Energy Security Strategy is highly alarming. More oil and gas drilling is categorically the wrong direction to be moving in, both for the sake of the British public and the environment. “We need to tackle energy security, fuel poverty and climate at the same time to make real progress. Delivering energy efficiency, greater flexibility and the accelerated decarbonisation of heat will deliver far quicker results than new oil and gas can – decentralised energy is ready to deliver on all three of these objectives. The ADE is bringing energy together to advocate on the priorities for the UK in achieving net zero. We have over 150 members organisations and together we are driving the decarbonisation of heat, championing the role of industry in the green transition and pushing for UK homes, places of work and public services to be energy efficient and smart. Only by getting users engaged and investing in energy efficiency, low carbon heat and providing smart flexibility will be the UK truly be able to decarbonise its energy system.

tephen Marcos Jones, chief executive of the Association for Consultancy and Engineering (ACE) responds to the latest IHS Markit / CIPS UK Construction PMI figures. “Despite the significant challenges resulting from the crisis in Ukraine and the high inflationary pressure we’re currently experiencing, it is encouraging to see that construction output remains positive. In our recent roundtable with ACE member representatives and officials from BEIS on the impact of Ukraine, we agreed that collaboration, open dialogue and transparency – both across the supply chain and between our sector and Government – will ensure we are in the strongest position possible to manage this uncertainty. He concludes: “While our sector is currently less severely affected than other areas of construction, inflation impacts all businesses. In this regard, the Chancellor’s Spring Statement was a missed opportunity for more targeted business support to not only help business to manage the weeks and months ahead, but also to boost optimism which is understandably subdued at the moment.” ACE welcomes investment in nuclear, hydrogen and renewables ommenting on the launch of the Government’s new Energy Strategy, Stephen Marcos Jones chief executive of the Association for Consultancy and Engineering (ACE), said: “Be it wind, solar, hydrogen or nuclear energy, our members are critical to the successful delivery of complex infrastructure projects. They stand ready to work in close partnership with Government in the creation and design of a more secure, and less carbon intensive, domestic energy system. “We welcome the investment in up to eight new nuclear plants alongside increased investments in offshore wind, solar and hydrogen – crucial if we are to enhance energy security and meet Net Zero targets in an affordable way for consumers. However, to help us on our Net Zero journey, we would have liked to have seen more to encourage the delivery of the cheapest forms of renewable energy, onshore wind and solar, as well as more on driving greater

Association for Decentralised Energy 6th Floor 10 Dean Farrar Street London SW1H 0DX Tel: +44 (0)20 3031 8740 E-mail: info@theade.co.uk

Have an article published in the IPowerE Journal The IPowerE welcomes technical articles for publication from members and non-members. They can relate to your recent experiences or those sometime in the past. We are interested in articles which cover topics such as, *A description of a new plant or process, commissioning experience of such plant or processes, Performance of such plant. * A description of a new development/ process * Personal experience of a particular period as an engineer Please send in any ideas and suggestions for articles to the Bedford office. In the first instance provide the title of your proposed article and a one paragraph introduction. ------------------------------------------------P20/20 Vision Powering a New Decade Leonardo Royal Hotel Tower Bridge London, E18 GP To be held on: Thursday 28th April, 2022 IPowerE’s 2021 Technology Seminar and Luncheon will be held at the Leonardo Royal Hotel London Tower Bridge. The day will commence at 10.00am with a technology seminar, followed by a 3-course luncheon and guest speakers in the afternoon. The morning seminar will comprise a multi-stream programme covering a range of technologies and subject matter, so there will be something which is relevant to everyone’s business. The annual seminar and luncheon is well established as a key event.in the calendar of the power and prime mover industries. and is an occasion not to be missed. Book your place now and take the opportunity to catch up on the latest technology developments and to hear and engage with speakers. MARCH-APRILY 2022 UK POwER NEwS

AMPS

AMPS CONFERENCE & LUNCHEON - Thursday 21st April 2022, London GM, CONFERENCE AND LUNCHEON 202 A Thursday 21st April 2022 - Time: 09.00 – 16.00 Address: One Great George Street, Westminster, London

After two years of virtual Conferences and Luncheons, AMPS is delighted that the prestigious 2022 event goes ahead in person. We have already experienced an unprecedented demand for tickets and only a limited number remain. The day includes the AMPS AGM, four inspirational conference speakers, networking drinks reception, three course lunch with wine and a guest speaker. AMPS Conference Speaker Line-Up Ian F Bitterlin, CEng BSc(Hons) BA DipDesInn, FIET MCIBSE (details), Generators for the Data Centre Lord Hannan of Kingsclere, Member of the Board of Trade, Vice Chairman of the Conservative Party (details) Susan Scurlock MBE, Founder & CEO, Primary Engineer (details) – Engineers of the Future Darren Walsh, Partner DWF Group (details) – Low Carbon Energy Event Sponsorship Only £995 including table with promotional literature, 2 pull ups (sponsor to provide) and also a page advertisement in the official event edition of AMPS Power Magazine. Put your company front and centre of over 150 industry guests. Email richard.teasdale@amps.org.uk for full details. -------------------------------------------------------------------------------------------------------------

DON’T MISS THE AMPS GOLF DAY ON 23RD JUNE, 2022 LOCATION: THE MERE GOLF & COUNTRY CLUB,KNUTSFORD, CHESHIRE The AMPS Golf Day is being held onThursday, 23rd June, 2022, at The Mere in Knutsford, Cheshire Book your Company 4 player team, 3, 2- or individual person team in today. There are 72 places for a Shotgun 18-hole same time start at 12.00, available on a firstcome-first-served basis. Why not come and challenge your AMPS Chairman, Paul Aitken, and many other council member companies already signed up? The event marks a great opportunity to meet your new AMPS President, Lord Shrewsbury and AMPS Vice President, Richard Teasdale. Cost: £129pp (members), or £145pp for non-members (+ VAT) • Sponsorship available at only £75 per hole • Many prizes – Nearest the pins on every Par 3 and 2 Longest Drive holes • This is a great networking event and an opportunity to meet both AMPS Members and their guests. • David Edwards – World Trick shot specialist is showing off his skills at 11.00am for 45 minutes. See David Edwards International Trick Golf Show at: www.david-edwards.co.uk David is widely-regarded as the best Trick Shot Artist in the golfing world. A former European Tour Professional, he has now performed his amazing show in over 50 different countries. He has been in demand at some of the world’s top events including The Ryder Cup, Solheim Cup and numerous times at The DPWTC in Dubai. David has a solid reputation for providing the WOW Factor for events with his amazing Golf Trick Show and his wicked sense of humour - and has helped raise many thousands of pounds for charity both home and abroad. • There are hotel-negotiated discounted prices with The Mere Hotel & Spa (spa not included in cost).Many participants will be staying over. • BOOK EARLY and don’t miss out ABOUT THE VENUE: The 18-hole, 6,882 -yard, par-71 course at The Mere was designed by James Braid, and created out of 150 acres of Cheshire parkland in 1934. Today, the Championship course holds a reputation as one of the best-maintained and highest-quality golf courses in the North of England. Surrounded by mature trees, flowering banks and with stunning views over the Mere Lake, the course offers the charm of the Cheshire countryside, coupled with a range of challenging features to test your precision and driving skills. Water, ravines and thick vegetation have been incorporated into the landscape, demanding care and accuracy from players whilst navigating the course. Stop off for drinks or a light bite in the unique 11th Green Bar, before enjoying an afternoon of competitions and camaraderie out in the Cheshire countryside.You can see for yourself what the course is like - Course Flyover Videos are freely available for inspection on the website: https://themereresort.co.uk/golf/golf-course/ To prepare for the challenges of the Mere’s golf course, the resort also has a complete floating golf ball driving range, two-tier pitching green, putting green and bunker practice area where players can warm up before a round. Should you need a little assistance perfecting your swing, you can also pay for expert golf tuition available through The Mere Academy, with personal and group sessions provided by a resident PGA Golf Professional. MARCH-APRIL 2022 UK PoweR NewS

Products & Services Approvals won for X15 diesel engine New classsifcations have been won by the X15 diesel engine, reports Cummins Inc. The engine now meets safety standards for ABS, BV, RINA and DNV class society certifications, Cummins said. Eric Marini, Global Marine Product Planning and Management leader, commented: “Classification society certifications are integral to the safety of the commercial marine industry, As part of our continued investment in the marine market, the X15 is Typed Approved under the strictest validation test to meet the safety requirements from class societies. Our team is very proud to bring to market this X15 engine.” The X15 classed engine will be in full production by autumn 2022. www.cummins.inc

PowerExchanger integrates renewables and stabilizes the grid to keep the power on 24/7 Gaseous prime generator development Generac Industrial Powerhas just released its new gaseous CG125 - 150 KWe prime generator. The unit uses a new 9.3 L engine, designed for better fuel consumption while providing extended maintenance service intervals compared to leading competitors. Generac’s new 9.3 L engine, is said to be “purpose-built for meeting the toughest demands for prime and continuous operation applications with wide ranges of fuel qualities,” comments Matthew Wiese, the senior product manager with Generac Industrial Power. According to him: “The G9.3L engine delivers where performance, longevity, and durability matter most. With a focus on total cost of ownership, this unit delivers

on the key areas of success for 8760-hour runtime applications which the market today requires.” The new CG125 - 150 KWe prime generator is currently available for ordering and quoting, reports the company. Generac is one of North America’s largest suppliers of power generation equipment. For more than five decades, Generac has designed and manufactured diesel, natural gas, and bi-fuel generators which meet the demands of any application, reports the company. www.generac.com

New generators for lower power nodes

RAMAC GGW series is growing: the product line up expands with new models, to reach the lower power nodes for Industrial/Commercial segment The PRAMAC GGW series, the standby gaseous industrial power generators line, is growing: new models are now globally available powered by Generac’s Spark-Ignited engines. The performances of these rich-burn engines match those of traditional diesels allowing the usage in most critical and demanding standby applications. These new “GGW” models are available in Natural Gas, LPG, or even Dual-Fuel (NG+LPG). Once considered “alternative fuel”, gas is now becoming the preferred fuel choice in many commercial and industrial verticals such as, healthcare, data centers, infrastructures, telecommunications and more. The recent industry shift from diesel to Natural Gas, facilitated by an abundant and growing supply and a cleaner combustion that meets most strict emissions limits, has supported the choice of gas fuelled generators for many applications that were traditionally limited to diesel technology. While providing the highest reliability for backup power, Natural Gas represent a valuable choice of fuel for all those applications that see a constraint with onsite fuel storage, thus removing the risk of spillages and contaminating leaks of diesel, whilst often allowing an easier permitting in those areas that are more environmentally sensitive. PRAMAC GGW range is perfectly matching the needs of an evolving market, being suitable for all applications having a variable load profile, requiring a fast starting time as well as low exhaust emissions: when equipped with the three way catalytic converter, PRAMAC Gaseous Generator-Sets produce up to 20% less CO2 than equivalent diesel gensets and emits virtually no particulate matter, representing the GREEN side of energy. GGW’s main specific key features are: - Ultra low emissions with 3-way catalytic exhaust - 10 second start capability - 40%+ first Load step acceptance and full block load (0.-100%) capable - Low gas pressure requirement - Highest power density in its class - Proprietary integral control system Power Zone Pro PRAMAC continues designing models with features meeting the market’s and customers’ needs, ensuring all the benefits of Gas-fuelled generator technology, such as ultra-low emissions and reduced maintenance costs, with run-times that are not limited to fuel-storage capacity, making our generators: the green side of energy. www.pramac.com 36

ith more intermittent renewable energy generation on the world’s power networks, and fossil fuel supplies experiencing major disruptions, distributed power reserves are becoming increasingly important to maintain grid stability and keep the power on 24/7. To support this transition, ABB is launching PowerExchanger, an innovative feature for its UPS products, which allows battery reserves to provide ancillary services to the grid, reducing costly downtime and cutting energy and operating costs. UPS equipment is used to provide back-up power in the case of a grid supply failure, and it can also eliminate brownouts, overvoltages, and electrical noise. The UPS’ back-up power is drawn from its energy storage capacity, which often goes unused. With PowerExchanger fitted to new or existing ABB UPS systems, these batteries can be used to help the grid respond quickly to unexpected imbalances between power generation and demand, to reduce costly outages. By using PowerExchanger to join markets for grid ancillary services, for example Fast Frequency Response (FRF), operators can now generate a new revenue stream, which lowers the cost of operating this capital-intensive equipment. Ideal for Low and Medium Voltage data centers, PowerExchanger ensures a minimum energy reserve is retained by the UPS battery, so in the event of a complete grid outage, the critical load will always be protected. PowerExchanger can also deliver additional financial and performance benefits, thanks to peak shaving. When peak-time energy comes at a premium, PowerExchanger enables on-site UPS energy reserves to cover consumption peaks and keep costs low. “Against the global backdrop of rising energy prices and supply uncertainty, our customers are under increasing pressure to optimize the use of installed assets and improve efficiencies – all while supporting the transition to renewable energy,” said Paolo Catapane, UPS Product Manager for ABB. “A powerful way to do this is to harness the untapped potential of the energy storage held within a UPS, which is what our new PowerExchanger can do. It provides demand response functionality, helping to stabilize the grid while generating a healthy revenue for operators and lowering operating costs, making it ideal for use in mission critical facilities such as data centres.” ABB’s new PowerExchanger is now available as a feature for ABB’s mid to high-power UPS solutions and is quick and easy to retrofit on existing systems. ABB is a leading global technology company which energizes the transformation of society and industry to achieve a more productive, sustainable future. By connecting software to its electrification, robotics, automation and motion portfolio, ABB pushes the boundaries of technology to drive performance to new levels. With a history of excellence stretching back more than 130 years, ABB’s success is driven by about 105,000 talented employees in over 100 countries. ABB’s Electrification Business Area is a global leader in electrical products and solutions, operating in more than 100 countries, with over 200 manufacturing sites. Over 50,000 employees are dedicated to transforming how people live, connect and work by delivering safe, smart, and sustainable electrification solutions. www.abb.com MARCH-APRIL 2022 UK PoweR NewS

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NOTES

ENGINE MANUFACTURERS GUIDE

R Schmitt Enertec GmbH

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. Model JMS 208 GS JMS 208 GS JMS 312 GS JMS 312 GS JMS 316 GS JMS 316 GS JMS 320 GS JMS 320 GS JMS 412 GS JMS 416 GS JMS 420 GS JMS 612 GS JMS 616 GS JMS 620 GS

Fuel

rpm

g g g g g g g g g g g g g g

1,500 1,800 1,500 1,800 1,500 1,800 1,500 1,800 1,500 1,500 1,500 1,500 1,500 1,500

Pel 330 335 625 633 834 848 1,063 1,060 844 1,131 1,415 1,820 2,433 3,041

Pth 358 406 731 808 988 1,079 1,190 1,313 892 1,194 1,492 1,792 2,399 3,020

Ratings natural gas standard, NOx ≤ 500 mg/ m3N. Dry exhaust gas; based on 5% O2. For engines with 1,200 rpm please contact GE Energy’s Jenbacher product team. TAD1242GE TAD1640GE TAD1641GE TAD1642GE

352 393 433 485

409 462 509 570

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 of off-highway diesel and gas engines, offering dependable cost-effective power up to 2500 kVA in dieselor 1000 kWE prime in gas.

56743 Mendig, Germany T +49 2652 9351810 F +49 2652 9351822 info@rschmitt-enertec.com www.rschmitt-enertec.com 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.

M06-G/B T0D41 g 50 M06-G/B TID41 g 50 M06-G/B T2D41 g 50 M08-G/B TID41 g 50 M08-G/B T2D41 g 50 M12-G/B TID41 g 50 M12-G/B T2D41 g 50 M06-G/B T0D41 g 60 M06-G/B TID41 g 60 M06-G/B T2D41 g 60 M08-G/B TID41 g 60 M08-G/B T2D41 g 60 M12-G/B TID41 g 60 M12-G/B T2D41 g 60 RSE engines for LPG M06-PT0D41 g 50 M06-PTID41 g 50 M06-PT2D41 g 50 M08-PTID41 g 50 M08-PT2D41 g 50 M12-PTID41 g 50 M12-PT2D41 g 50 M06-PT0D41 g 60 M06-PTID41 g 60 M06-PT2D41 g 60 M08-PTID41 g 60 M08-PT2D41 g 60 M12-PTID41 g 60 M12-PT2D41 g 60 RSE engines for Woodgas M06-HT2D41 g 50 M08-HT2D41 g 50 M12-HT2D41 g 50 M06-HT2D41 g 60 M08-HT2D41 g 60 M12-HT2D41 g 60

Electric output 140 kW 200 kW 250 kW 260 kW 333 kW 400 kW 500 kW 150 kW 210 kW 250 kW 280 kW 333 kW 420 kW 500 kW 115 kW 173 kW 205 kW 233 kW 260 kW 350 kW 450 kW 130 kW 173 kW 205 kW 233 kW 260 kW 350kW 450 kW 122 kW 166 kW 250 kW 140 kW 180 kW 275 kW

Volvo Penta

405 08 Gothenburg, Sweden Tel +46 31 235460

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, superior quality and reliability, offering exceptionally 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

Model Spec RPM kWm kVA 85 TAD530GE Diesel 15002) 75 100 TAD531GE Diesel 15002) 88 TAD532GE Diesel 15002) 113 130 15002) 76 86 TAD550GE1) Diesel 1) 2) 1500 89 101 TAD551GE Diesel 130 TAD730GE Diesel 15002) 113 152 TAD731GE Diesel 15002) 132 186 TAD732GE Diesel 15002) 162 TAD733GE Diesel 15002) 175 201 TAD734GE Diesel 15002) 213 245 1) 2) 1500 114 131 TAD750GE Diesel 15002) 13 152 TAD751GE1) Diesel 15002) 158 182 TAD752GE1) Diesel TAD753GE1) Diesel 15002) 173 199 15002) 217 250 TAD754GE1) Diesel 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 15002) 279 324 TAD1351GE1) Diesel TAD1352GE1) Diesel 15002) 314 365 15002) 328 381 TAD1354GE1) Diesel 15002) 355 413 TAD1355GE1) Diesel TAD1640GE Diesel 15002) 392 461 TAD1641GE Diesel 15002) 430 505 TAD1642GE Diesel 15002) 503 591 TWD1643GE Diesel 15002) 536 630 15002) 393 462 TAD1650GE1) Diesel 15002) 430 505 TAD1651GE1) Diesel Engines are also available for1800rpm/60Hz

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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.

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TOTAL CONTROL FROM EVERY PERSPECTIVE Anyone who knows gensets, knows that Mecc Alte is unrivalled for our knowledge and expertise worldwide. From alternators and controllers to an integrated generator system, we are the Power from Within. From prime power to standby power, data centre, renewables, telecoms and more, Mecc Alte delivers complete intelligent systems with digital AVR to identify fuel efficiencies and every component working perfectly together. All backed up by the support and unbiased advice you only get from the world’s leading independent alternator specialists. Take 360° control. Talk to Mecc Alte.

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