ET May 2025 by Purple Media Solutions Ltd

Stainless Steel Grommet

Our Stainless Steel Grommet is an elegant, premium quality floor-access solution that allows you to connect seamlessly with your underfloor power distribution system.

The Stainless Steel Grommet is designed for use in high-end commercial environments and is suitable for raised floor applications. It can be installed in a range of flexible and efficient configurations that permit safe and easy of access to power and data services within the under-floor void.

carpet installations.

Stainless Steel Flanged Trim for

Stainless Steel Tramline Trim for premium floor tile installations.

News and Products

4, 6, 7, 28, 29

Awards

8 Entries now open!

Cover Story

14 The UK’S biggest electrical event returns to The NEC in June

Features

TEST & MEASUREMENT

18 Thermal imaging and acoustic detection technology

19 Why good quality electrical testing tools matter

RENEWABLES

20 Are we entering the ‘golden age’ for onsite energy generation?

21 SolarEdge powers 1MW solar plant at French methane farm

22 Fixing the core and boosting national electrical grids

24 Surge protection in solar PV shouldn’t be an afterthought

26 Sustainability is rewriting the rules for the industry

30 Precise modelling and monitoring crucial to charge point roll out

31 EV charger compatible consumer units – A short guide

32 Opportunities for installers: why simplicity is key in the transition

34 Smart charging at home halves the cost of EV ownership

Extras & Interviews

10 Designed for electricians, not accountants: Why simplicity wins

16 Breaking barriers: Inspiring women in male dominated ﬁelds

Recently, I have attended three very different but equally insightful events that reﬂect the evolving priorities of the industry.

At the ofﬁcial opening of WAGO’s impressive new headquarters in Houlton, Rugby, I was given a tour of the eco-conscious, purpose-built facility. With its BREEAM Excellent rating, the site marks a ﬁtting next chapter for a company focused on making strong, smart connections.

A few days later, I headed to London’s iconic BAFTA at 195 Piccadilly for the premiere of Andersen EV’s latest product reveal. The new compact Andersen Quartz combined sleek design, innovation, and a glimpse into the future of EV charging – all set against the elegant backdrop of BAFTA’s Creative & Future Galleries.

36 Q&A: Darren Hodson, WAGO UK & Ireland

38 Home energy evolution: A smarter, more sustainable future

I also joined the online launch of Carhartt’s new Interoperable Kneepads. With ergonomic, certiﬁed protection made to last, Carhartt is addressing long-term wellbeing on the job. Certiﬁed to EN 14404-4:2024, and made in Germany, the kneepads speak to a growing emphasis on durability, comfort, and worker wellbeing.

Each of these launches offered a clear look at how the industry is adapting – not only with greener solutions, but with smarter, people-focused design.

Lisa Peake, EDITOR, lisa.peake@purplems.com

@electricaltimes

Editor Lisa Peake lisa.peake@purplems.com

Sales manager Haydon Rainsford haydon.rainsford@purplems.com

Appointments

Exel Composites has appointed Mika Kepponen as its product manager for electrical products to help drive the adoption of insulating composites in the utility power infrastructure and machinery sectors. The appointment centralises Exel’s electrical offering and gives customers a qualiﬁed contact to collaborate with.

NICEIC is pleased to announce the appointment of Technical Training Developer, Mitchel Smith, as the new WorldSkills UK Training Manager for Electrical Installation. Mitchel will lead the training and development of competitors in the Electrical Installation category for WorldSkills as the squad prepares to represent the UK on the international stage.

Roxtec is raising its proﬁle in central and south west England with the appointment of Jacob Barratt as Technical Sales Manager, Power and Process Industries. Jacob will further Roxtec’s regional growth strategy across various areas, including substations, energy storage, power transmission and distribution, onshore oil, gas and chemical processing plants.

CU Phosco announces key leadership changes, that reinforce its stability and long-term vision. Effective immediately, Philip Marques will work alongside Nicolas Marques in his new role of Managing Director, with Nicholas taking on the role of Chairman. This leadership evolution reﬂects CU Phosco’s deep-rooted family values and commitment to steady growth and innovation.

CEF announces that Andrew Moseley, Commercial Director, has been appointed to the Board of Management at the Electrical Distributors’ Association (EDA). This appointment reﬂects Andrew’s commitment to the future of the industry and the ongoing contribution CEF makes to shaping the sector.

This appointment comes as Chris Ashworth, CEO of CEF, steps down as the EDA’s 94th President following a successful term since December 2019.

MEP Hire, the UK’s market leading building services rental specialist, has appointed David Walkden as its new Managing Director.

Previously Managing Director of TPA, MEP Hire’s sister company at Vp plc, Walkden brings over 20 years’ experience working in the rental sector. Walkden’s appointment comes as MEP Hire celebrates its 30th year of trading during 2025.

Evero Energy (Evero) announces the appointment of Elliot Renton to Chief Executive Ofﬁcer (CEO). He succeeds Simon Hicks who steps down after four years in the role.

With two decades of experience in senior leadership positions, Renton brings a strong track record of strategic and ﬁnancial leadership, including Group Chief Financial Ofﬁcer at Vista Global and CFO at London Luton Airport Group.

City Plumbing partners with VitoEnergy to launch MCS heat pump umbrella service

City Plumbing has joined forces with VitoEnergy to launch a new heat pump installation umbrella scheme offering non-MCS (Microgeneration Certiﬁcation Scheme) accredited installers a fully supported route to access government grants plus added beneﬁts.

Through the partnership, installers can operate under VitoEnergy’s MCS accreditation, which reduces paperwork while allowing their customers to qualify for the government’s Boiler Upgrade Scheme (BUS) grant. VitoEnergy offers a fully comprehensive support package, guiding installers through every stage of the process. From system design, heat loss calculations and free industryleading software to DNO (Distribution Network Operator) applications, installers gain handson assistance to build conﬁdence and develop their heat pump business. VitoEnergy also offers an optional in-person site visit on the ﬁrst day of installation.

A unique beneﬁt of the partnership is that installers can buy materials from City Plumbing at their usual trade rates. Most umbrella schemes require installers to purchase materials directly from the scheme provider at marked-up prices.

Currently, the MCS umbrella scheme is available through a select number of City Plumbing branches across the South of England up to the north Midlands. For more information on the umbrella service, visit https://bit.ly/3FTjILG

Evolve Energy partners with Enosi to expand ﬂexible

access to clean power

Evolve Energy Supply Ltd has partnered with Enosi, the developers of Powertracer, a grid-scale software platform for clean energy matching.

The partnership will launch a renewable energy trading software solution to the UK market, connecting renewable energy generators of different technologies with corporate energy buyers. The trading solution enables greater ﬂexibility, cost efﬁciency and transparency across renewable generators and demand customers.

technology matches half-hourly export metered generation to import metered demand, giving generators greater control over where their energy goes and providing consumers with cleaner and traceable energy.”

“We’ve been supporting our customers with innovative matching services for some time and it was quickly evident that Enosi had an existing software technology capability that could expand our offering, as the matching complexity increases across multiple consumers and generators.”

James Hall, COO at Evolve Energy, said: “With a proven track record in the Australian, Singaporean and European markets, Enosi is the perfect partner to help us launch this energy matching software solution to the UK market. Their Powertracer

The Evolve and Enosi partnership comes at a pivotal time for the UK energy market, following Ofgem’s approval last May of Proposition 442.

The solution has now been implemented following a successful trial.

BSIF CEO Alan Murray honoured with lifetime achievement award

The British Safety Industry Federation (BSIF) is delighted to announce that its Chief Executive Ofﬁcer, Alan Murray, has been awarded the prestigious Lifetime Achievement Award at the Safety & Health Excellence (SHE) Awards 2025.

The accolade, presented at a packed VOX Conference Centre in Birmingham to a standing ovation from over 700 industry professionals, recognises Alan’s exceptional contribution to the safety and health sector over a distinguished career spanning several decades.

Alan, who is set to retire later this year and take up the role of Executive Chairman of BSIF, was visibly moved by the recognition: “It has been my privilege to serve BSIF and to join such an esteemed list of previous winners of the Safety and Health Excellence Lifetime Achievement Award. I would like to record my thanks to the Board of BSIF and to the staff of the Federation who, over the years, have given me fantastic support.”

Alan joined BSIF in 2014, bringing with him a wealth of experience from senior leadership roles in commercial organisations within the safety and health sector. Over the past 11 years, Alan has successfully led BSIF through a period of signiﬁcant transformation, driving remarkable growth in both membership and inﬂuence across the UK’s safety and health landscape.

Appointments

Scolmore Group announces the promotion of Mark Flanagan to the position of Technical Director. With over 20 years’ experience, Mark is well-equipped to lead the company’s technical operations and further elevate Scolmore’s commitment to delivering highquality, innovative products worldwide.

Stiebel Eltron announces the appointment of John Felgate as its new MD for the UK and Ireland, taking over from the departing Mark McManus after 17 years with the company.

With over 25 years of experience, John has an impressive reputation as a commercial and technical expert in the industry, and has been instrumental in growing Stiebel Eltron UK’s presence in the renewable heating market.

Compliance Group has announced the appointment of Sarah Dixon as their new Chief Executive Officer. Sarah has considerable experience in compliance markets, having spent 25 years in field operations, business development, commercial leadership and numerous Managing Director roles in the fire, security, lift, escalator and access sectors.

The MCS Foundation has welcomed Dr Garry Felgate as its new CEO. Garry has over three decades of senior leadership experience across the private sector and civil society, and in government advisory roles both as an executive and board member.

Garry joins at a time of growth and increased ambition for the MCS Group across its three core work streams.

Scolmore continues to expand and strengthen its growing sales team.

Roscoe Hale joins the business as the new Area Sales Manager for the Shropshire, Staffordshire, Shrewsbury, and Powys regions. Jake Jacobson takes on the role of Area Sales Manager for the Scotland West region.

Both Roscoe and Jake will work closely with internal teams to maintain a strong sales pipeline, promote the Click range, and deliver an excellent experience to customers across their respective regions.

Unicrimp is pleased to welcome two new members to the sales team.

Ryan Woods has been appointed as Area Sales Manager for Northern Ireland, providing a dedicated sales resource to the region. As a fully qualiﬁed electrician, Ryan is wellequipped to support Unicrimp customers, providing expert advice and tailored solutions.

Nick Howley takes on the role of Area Sales Manager for the newly created North East region, bringing a focused effort and increased resources to the area. Nick brings nearly a decade of experience to his new role.

Werner and BoSS urge construction workers to prioritise safe practices following alarming

study

Research conducted by RRC International found that 37 per cent of health and safety professionals perceived the construction sector as having the worst attitudes towards workplace safety. This was followed by the manufacturing industry, at almost 13 per cent.

This comes after 2024 Health and Safety Executive statistics that reported 50 fatalities due to falls from height in the UK between 2023-2024. Falls from height accounted for 36 per cent of the 138 worker deaths during this period and remains the leading cause of fatal injury.

Within the construction industry, according to HSE, the average number of deaths in the last two years is significantly higher than pre-pandemic records across 2016-2017, and 2018-2019. In fact, the rate of fatal injuries within the sector is, on average, five times higher than any other industry.

Employers and employees looking to improve company culture around safety, specifically when working at height, can also look to a wide range of resources available for support, including the information laid out as part of Werner and BoSS’ Stepping up to Safety initiative. This includes a variety of practical guides and information on safety standards and can be found at wernerco.com/uk/ladder-safety and bossaccesstowers.com/resources/ guides-to-working-well-with-towers

Delay to North-South Interconnector will see Northern Ireland miss it’s renewables targets

A new study has warned the three-year delay to the critical €350 million North-South Interconnector will see Northern Ireland fall substantially short of its ambitious 2030 renewables target, which aims for 80 per cent of electricity consumption to come from renewable energy.

Early analysis by Cornwall Insight, included in their SEM Benchmark Power Curve Report, shows that the latest delay to the interconnector – now expected to be operational in 2031 rather than 2027 –could see renewable generation meet just 35 per cent of electricity demand by 2030.

The full impact of this change on network operational plans and policy remains to be seen, but if this scenario unfolds, the

percentage of electricity from renewables would fall below the 2024 level of 43.5 per cent and would see Northern Ireland miss its legally binding 80 per cent renewables target included in the 2022 Climate Change Act.

First proposed in 2006, the interconnector has faced multiple delays, with the latest being blamed on planning permission. A judicial review of the plans commenced on April 9, and if successful, could further postpone the project.

With electricity demand expected to rise over the next decade as Northern Ireland moves towards wider electrification, renewable output will need to grow just to maintain current percentages of renewable generation - let alone meet future targets.

GRIDSERVE lands new batteries at Gatwick

GRIDSERVE and UK Power Networks have connected a new Battery Energy Storage System to the electricity network, supporting EV charging at London Gatwick Electric Forecourt. Two 3.6 megawatt SYL batteries have been connected which can supply EV chargers from stored electricity at peak times, to support EV charging, lower carbon emissions and efficiently use the grid.

London Gatwick Electric Forecourt opened last year on the South Terminal with 30 bays, providing a strategic charging hub for the airport’s passengers, staff, taxi ﬂeets and the local community in line with the country’s Net Zero ambitions. The new batteries can power the whole site for three hours at full capacity.

The forecourt building also has a 33.3kW solar panel system on the roof with 114 panels to supplement the power needs of the shops and facilities at the site.

Tosin Abimbola, major connections project manager at UK Power Networks, said: “We were delighted to energise the battery storage system at London Gatwick Electric Forecourt to support EV charging alongside one of the UK’s busiest airports.

“We strive to make it easy to connect low carbon technologies to our networks and are proud to continue collaborating with GRIDSERVE on the UK’s journey to Net Zero.”

2024 Impact Report: Lighthouse Charity’s record breaking support for construction

The Lighthouse Charity provides 24/7 holistic support to our UK and Ireland construction community on all aspects of emotional, physical and financial wellbeing. In 2024 they delivered over £5 million of charitable support and provided a lifeline to 5695 families, a 29 per cent increase on the previous year. More than 55 per cent of these cases were managed by the charity’s caseworkers, who navigated complex needs, ensured individuals accessed their statutory entitlements, and secured third-party funding before allocating charity resources.

The report reveals that for every £1 of charitable spend, the Lighthouse Charity generated £12.19 of social value, demonstrating its far reaching impact on wellbeing, communities, and society. The report highlights the meaningful life changing and life saving work through the powerful personal stories of just some of the individuals and families they have supported.

Once again in 2024, the largest share of grant expenditure (48 per cent), was dedicated to providing counselling sessions, ensuring people were able to access vital expert support when they needed it most.

The ‘MakeItVisible on site initiative continues to have a profound impact, serving as a critical touch point for the industry’s front line trades and site operatives. In 2024 the #MakeItVisible team visited 572 sites across the UK and Ireland, engaged with 28,070 site operatives and managed 88 active rescues. Active rescues refer to people who have approached the charity’s team expressing suicidal thoughts and who have been directed to immediate support and safeguarding.

InstaVolt partners with OVO

InstaVolt’s new partnership with OVO enhances the charging experience for drivers across the UK by linking InstaVolt’s extensive network of nearly 2,000 rapid chargers to OVO’s unique public charging solution, Charge Anywhere. Using the OVO Charge app, EV drivers can seamlessly locate and pay for charging sessions on InstaVolt’s network, benefitting from discounted rates through Charge Anywhere’s Boost plans.

Simon Smith, Chief Commercial Officer at InstaVolt, said: “At InstaVolt, we are always looking to collaborate with forward-thinking organisations that share our vision for an electrified future. This partnership with OVO is part of a broader collaboration, where OVO will utilise our network of chargers to encourage drivers to use the OVO Charge app and benefit from a better public charging experience. By working with us, OVO is supporting EV drivers with a seamless charging experience. It’s a win-win—benefiting businesses, customers, and the wider push towards sustainable transport.”

InstaVolt’s commitment to growth and innovation is exemplified by its newest Superhub, which opened in March. The 44-bay Winchester Superhub features cutting-edge technology, on-site solar panels, battery storage systems and is powered entirely by renewable energy. The site features a Starbucks café and marks InstaVolt’s first location with a dedicated food and beverage outlet.

For more information about InstaVolt’s services and this partnership, visit www.instavolt.co.uk.

MARCH completes rebrand

Engineering specialist MARCH has rebranded its company Motivair. The move marks a key milestone in its strategy to expand its position as a leading provider of critical engineering services.

The rebrand follows MARCH’s broader transformation, which began in September 2024 when Edwin James Group consolidated its businesses under one brand to create a stronger platform for growth.

MARCH acquired Motivair in July 2024, initially retaining its name while focusing on integration. The business is now moving forward under the MARCH brand, reinforcing its unified market position and enhancing customer value.

Christopher Kehoe, chief executive officer at MARCH commented: “The acquisition of Motivair in July 2024 was a strategic addition to our portfolio. The business has integrated well, and this rebrand is the next logical step in aligning our operations under a single identity. As an acquisitive company, we remain focused on strengthening our market position. Bringing Motivair fully under the MARCH brand strengthens our capabilities and creates a seamless experience for our customers. With a unified team, we’re better equipped to tackle industry challenges and drive sustainable growth.”

The relaxed route to fresh air without the chill

Decentralised ventilation with heat recovery for rooms with external walls

Can provide gentle yet intensive ventilation with low noise emissions

High air quality - two filters per fan make it ideal for allergy sufferers

Moisture recovery of up to 60%

Up to 90% heat recovery – save £100s on bills vs. opening a window!

One controller for up to 4 pairs of fans supplying fresh air to up to 100 m² of living space

Entries now open!

Entries are now open for the Electrical Industry Awards 2025, celebrating the best in the electrical sector. Don’t miss the chance to gain industry recognition, boost your company’s proﬁle, and unlock new business opportunities. Register by 30th May for the Early Bird Rate

Electrical Times magazine is excited to announce that entries for the Electrical Industry Awards 2025 are now officially open!

Now in its 33rd year, the Electrical Industry Awards celebrate the exceptional achievements of individuals and organisations across the electrical industry. Being a finalist offers invaluable recognition for your hard work, boosts team morale, and highlights your business as an industry leader.

Entering the awards is more than just an accolade—it’s a chance to showcase your innovation, attract new clients, and strengthen your position in the market. But remember, you have to enter to win!

The awards feature a range of categories designed to showcase success across the electrical trade. The categories cover three areas: Products and Services; Projects and Installations; and Contractor and Wholesalers.

To submit your entry, simply visit www. electricaltimes.co.uk/electrical-industry-awards/ enter-awards. To take advantage of our Early Bird Rate, make sure you register by 30th May. Once

THE ELECTRICAL INDUSTRY AWARDS 2025 IS SPONSORED BY:

registered, you can upload your entry and any supporting materials at your convenience. You can save your progress at any time and return later if needed.

Whether you’re a seasoned player or a rising star in the industry, this is your chance to demonstrate your achievements and be recognised for the hard work and dedication your team puts into every project.

The awards are judged by a panel of experts, bringing industry knowledge and categoryspecific skill sets to assess every entry. The panel is made up of representatives for each of the major industry organisations, including ECA, JIB, LIA, NAPIT and NICEIC.

Winning an award can significantly raise your company’s profile, making it an invaluable opportunity for businesses aiming to stay ahead in a competitive market.

For detailed information on categories and criteria, a step-by-step guide on how to enter, awards news and more, visit www. electricaltimes.co.uk/electrical-industry-awards.

Stay connected and follow us on Instagram for all the latest updates.

Designed for electricians, not accountants: Why simplicity wins

Harvard Edvardsen, CEO and Co-Founder of Kobbr, tells us about his journey from electrician to entrepreneur, creating Kobbr, a platform that streamlines quoting, reduces administrative burdens, and improves customer interactions, helping electricians to grow their businesses

I’m a qualified electrician with over 15 years of hands-on experience. My motivation for founding Kobbr was very straightforward; I wanted to help electricians “be” electricians. During my time working as an electrician, I came to realise that tradespeople had to spend far too much time on paperwork rather than being able to focus on their core skills and growing their businesses. It also became clear how difficult it was for customers to differentiate between skilled tradespeople and their less qualified competitors. I believed that good, clear quoting tools could greatly simplify this process, making it easier for customers to make informed decisions.

Kobbr has experienced significant success in Scandinavia and has rapidly become the preferred quoting platform among electricians and other tradespeople. Users have praised our software for its intuitive design, ease of use, and for the clear business results it delivers - improved conversion rates, reduced administrative burden, and increased customer satisfaction. We are now bringing this proven approach to the UK, with the aim of helping its electricians move beyond cumbersome admin and back to their core expertise.

Sadly, too many software solutions aimed at electricians seem designed for someone sitting comfortably behind a desk rather than for those actually working on-site or on the move. Complex management systems, full of excessive features intended for accountants and management, often end up creating more headaches rather than providing solutions for busy tradespeople on site.

In Scandinavia, where the tough climate and challenging terrain have taught us the value of pragmatism, simplicity isn’t just a preference, it’s a necessity. Scandinavian software design, rooted in straightforwardness, honesty, and ease of use, reflects this reality. By stripping away unnecessary complexity, tools can better serve their real purpose: helping electricians get the job done efficiently, accurately, and quickly.

Rather than forcing electricians to adopt office-centric workflows, software should be designed specifically around their daily challenges: quick quoting on-site, clear documentation of job requirements, and seamless hassle-free customer interactions. The

simplest solutions are often the most powerful precisely because they allow professionals to focus on their craft, not paperwork.

Our customers experience transformative results within weeks after adopting our software. Typically, electricians report halving the time spent creating and following up on quotes. This significant reduction in administrative work allows them to take on more projects and respond faster to customer inquiries. Additionally, many businesses report an increase in turnover, attributing this growth directly to the professional, clear, and responsive quoting practices enabled by Kobbr’s intuitive platform. Features such as built-in chat, digital quote acceptance, and the option to present flexible quote alternatives contribute directly to a stronger reputation and higher customer satisfaction.

The shift towards simplicity also enhances customer satisfaction. Clients appreciate clarity and rapid response times—both of which are easier to deliver when electricians have intuitive software at their fingertips. Better experiences lead to repeat business and stronger reputations, vital components for growth in a competitive market.

Furthermore, simplicity fosters adoption. Electricians, who often have limited patience for

technical complexity, embrace straightforward tools quicker and use them more consistently. This means businesses benefit sooner from improved efficiencies and reduced errors, creating tangible gains almost immediately.

At Kobbr, we consistently gather feedback from our users to continuously refine our software. By directly engaging with electricians on-site, we’ve developed features specifically requested by those who use our platform every day. This user-centric approach ensures the tool remains practical, relevant, and genuinely helpful, rather than becoming yet another cumbersome task.

This commitment to simplicity and effectiveness is central to our ethos. We believe electricians deserve software that respects their real-world experience and genuinely makes their lives easier rather than more complicated.

In my opinion, it’s time that our industry started embracing simplicity over complexity. Electricians thrive when they have straightforward tools built specifically for them and not overly complicated tools designed for accountants back at the office. Simplicity isn’t just smarter; it’s essential in an increasingly data-driven world.

For more information on how Kobbr can help your business, visit: kobbr.com

2025 ELECTRICAL INDUSTRY AWARDS

REWARDING EXCELLENCE FOR 33 YEARS

ENTER NOW!

The industry’s largest and most respected event, the Electrical Industry Awards is back.

Brought to you by Electrical Times, the Awardscelebrating its 33rd year - recognise outstanding product innovation as well as individual talents. The winner of each category receives a coveted Electrical Industry Award.

So if you, or your company have something to shout about, these awards will get you noticed.

Some incentives for entry....

 Gain independent industry recognition for the excellent work delivered by you, highlighted across the range of categories.

 Promote your excellence, demonstrate a competitive edge and position your company alongside the best in the business.

 A winners reception in central London with food, drinks, entertainment and completely free of charge!

 Being a ﬁnalist is proof of excellence in your business and proves to clients new and existing you are in industry innovator.

CATEGORIES ANNOUNCED:

PRODUCTS AND SERVICES

Commercial Product of the Year

Industrial Product of the Year

Residential/Domestic Product of the Year

Lighting Product of the Year

Trade Tool of the Year (Inc. Test & Measurement)

Training Resource/Provider of the Year

CONTRACTORS AND WHOLESALERS

Electrical Wholesaler of the Year

Contractor of the Year (Under £2m)

Contractor of the Year (£2-£5m)

Contractor of the Year (Over £5m)

Contractor of the Year – Community involvement

Contractor of the Year – Staff development (inc. apprenticeships)

SUSTAINABILITY: PROJECTS AND INSTALLATIONS

Renewable Installation of the Year

EV Charging Installation of the Year

Electrical Project of the Year

MAIN SPONSOR: SECTION SPONSOR: CATEGORY SPONSORS:

The UK’S biggest electrical event returns to The NEC in June

This is your chance to get hands-on with the latest tech, refine your skills with expert insights, and connect with industry leaders and fellow electricians. Over 100 leading brands, live product demos, exclusive giveaways, great deals and CPD-accredited TechTalks - all under one roof.

Whether you’re an experienced professional or just starting out, #CEFLIVE25 is where you can learn, network, and take your knowledge to the next level.

Stay ahead of industry changes Regulations, best practice, and technology are always evolving. Stay ahead of the curve with #CEFLIVE25’s CPD-accredited TechTalks, hosted by industry experts Darren Staniforth and Dave Austin in partnership with the IET. Find out what changes are coming in the 4th Amendment of the 18th Edition wiring regulations, upcoming trends, and expert advice to keep you ahead of the game.

Develop your business

Your professional development matters: whether you’re an apprentice learning the ropes or a seasoned expert evolving your knowledge - #CEFLIVE25 is your chance to gain insights, build connections, and discover new opportunities. Get direct access to industry leaders, explore products to help develop your business, and network with fellow electricians –all of which will help you grow, adapt, and stay relevant and switched on in the ever-changing world you work in.

Bigger than ever –now across three halls

We’ve expanded to three halls – that’s over 19,000m² or four football pitches jammed packed with the industry’s leading brands. From renewables to EV, switchgear to wiring accessories, plus lighting innovation, heating, ventilation and the latest power tools, with

The UK’s biggest electrical event is back – and it’s going to be electrifying! #CEFLIVE25 returns to the NEC Birmingham on June 5 - 6, 2025, promising to be bigger, better, and more engaging than ever

leading brands showcasing what’s new. Plus, you’ll get hands-on with live product demos, exclusive on-the-day deals, and competitions with fantastic prizes.

Make new connections

#CEFLIVE25 isn’t just about learning - it’s about building relationships. With thousands of electricians, apprentices, and suppliers in one place, it’s your chance to share knowledge, swap ideas, and connect with people who get what you do.

Free entry, free parking, free perks

#CEFLIVE25 is completely free to attend, with free parking, free food and refreshments

• Free £50 voucher for every attendee*

• Free CPD-accredited TechTalks

• Free test equipment calibration

And there’s more… expect exclusive giveaways, competitions, and fun challenges and activities to keep you engaged throughout the event. Oh, and keep an eye out for our special celebrity host, adding even more excitement to both days!

Committed to a greener future Sustainability and social value is a big focus for CEF. At #CEFLIVE25, you’ll find renewables and

EV together with the latest energy-efficient solutions. Plus, we’ll be sharing how our CEF Cares initiatives are helping local communities and charities through meaningful action. By being part of #CEFLIVE25, you’re joining a movement that’s shaping a greener, more sustainable and more responsible future for the industry.

Don’t miss out – register now #CEFLIVE25 is happening at the NEC Birmingham on June 5 and 6, 2025. It’s the UK’s biggest electrical event, and we would love you to be there. Book your FREE place now at CEFLIVE.co.uk and get ready to experience the UK’s biggest electrical event!

When and where

June 5 and 6, 2025

Hall 9, Hall 10 and Hall 11

National Exhibition Centre

Marston Green Birmingham B40 1NT

The NEC is right in the centre of the UK’s motorway network just off Junction 6 of the M42 and there will be ample free parking, the NEC is also easily accessible via Birmingham International railway station which is just a five-minute walk away.

*T&Cs apply.

Breaking barriers: Inspiring women in male dominated ﬁelds

Bridget Barrie’s journey from young mum to Plant and Access Coordinator at Rail Electriﬁcation Limited (REL) is a testament to her resilience and determination in the maledominated railway industry. With over 20 years of experience, she now mentors the next generation, showing that hard work, self-belief, and perseverance can break down barriers and inspire future success

Growing up, even though Bridget Barrie had a natural aptitude for numbers and a keen eye for detail, she wasn’t keen on the conﬁnes of education. Upon leaving school in Doncaster, she became a young mum, having her daughter at just 19. Now with a new baby, Bridget became determined to carve out a positive career for herself and her daughter.

She applied for a job as a Hire Desk Controller for a road-rail plant business. Working within a busy ofﬁce, this job had some challenging tasks and deadlines to comply with, and sometime even more challenging on-site workers - one of which changed the trajectory of her future.

One afternoon, an angry man shouted at her, saying: “It’s okay for you, just sat behind your desk; we are out on site working while you are at home every night.” Bridget felt this was a challenge she couldn’t ignore, igniting a fire within her. Determined to prove him wrong, she earned her Personal Track Safety (PTS) certification and moved from her current company to Clough Smith Rail, joining a team specialising in bridge reconditioning alongside Birse Rail. There, she balanced office work during the week with weekends spent on-site.

Bridget said: “Being told I was just a woman who couldn’t do a job on the railway made me so frustrated, so I set out to prove him wrong. Now, having spent 20 years within the industry, I think I have managed that.”

As a single parent, balancing work and family life was a constant challenge for Bridget. However, she was fortunate to have a strong support system of friends and family to lean on. One of the most difﬁcult aspects, though, was the overwhelming “mum guilt” she felt when she had to work on weekends or during important dates like birthdays and Christmas.

Bridget built up her CV, working in the rail division at Hewellet Rail, handling lift plans, and producing safety work packs. She later became a Depot Manager for Story Contracting and also worked at Carillion, TXM, Amey, and as a contractor to Network Rail.

I am used to working in a maledominated environment. It didn’t happen overnight, but I am conﬁdent in myself and my ability. In this job, you need clear communication skills and mutual respect and trust within your team.

Role at REL

Bridget now works for REL as a Plant and Access Coordinator, playing a key role in the ARQ partnership between AmcoGiffen, REL, and QTS Group. REL (Rail Electrification Limited) is a leading OLE (Overhead Line Equipment) tier contractor for Network Rail and the light rail sector, delivering electrification, plant, and access solutions across the railway network. Working across the Wales & Western route, Bridget is responsible for planning how rail plant machinery accesses the railway during works, ensuring the safe and efficient operation of machines both when trains are running and when the line is under possession. She also develops lift plans for transporting and installing heavy materials, ensuring every operation runs smoothly and efficiently. She divides her time between the office and being on-site, enjoying the variety and hands-on experience that this brings.

“Over the years, I’ve had the opportunity to travel across the UK and see lots of different places. It’s been a great experience. Once you are in the railway, you really do get the bug. It’s like a family with everyone looking out for each other and helping you along the way.”

Encouraging the next generation

Bridget is passionate about mentoring younger trainees, providing guidance, and helping them as they start their journey in the industry. She emphasises the importance of being thorough, checking and double-checking every detail, and ensuring the next generation understands the level of precision required. Her role involves working closely with the planning team and construction managers to ensure all measurements are correct and that machines can safely access the line.

Being one of the only females on-site is common for Bridget, but it doesn’t faze her: “I am used to working in a male-dominated environment. It didn’t happen overnight, but I am conﬁdent in myself and my ability. In this job, you need clear communication skills and mutual respect and trust within your team.

“If we want to see more women in roles like mine, we need to start by showing them that it’s possible. Visibility is key; if young girls see women conﬁdently managing plant access, leading on-site teams, and making critical decisions in rail projects, it normalises the idea that they belong here too. Mentorship is just as important, and I make a point of guiding younger trainees and sharing what I’ve learnt. It’s not about being the loudest in the room, it’s about being conﬁdent, clear, and committed. Respect is earned through your work, not your gender. Once you’ve proven your capability, the rest falls into place.”

With 50 years of life experience and over 20 years in the railway industry, Bridget is an inspiration for women looking to break into male-dominated ﬁelds. Her story highlights the power of resilience, determination, and proving the doubters wrong.

For energy-efficient lighting control

 Occupancy detectors with integrated DALI application controller

 DALI-2 certified products

 More mounting flexibility

 New app and logic functions

 New installation functions

 Optimised range

0870 850 5412 info@beguk.co.uk beg-luxomat.com

Thermal imaging and acoustic detection technology

HIKMICRO introduces a comprehensive water leakage detection solution that integrates thermal imaging and advanced acoustic detection, offering a fast, accurate, and easy-to-use method for locating leaks

HIKMICRO, a global leader in thermal imaging solutions, now has a complete water leakage detection solution that combines thermal imaging and advanced acoustic detection which is fast, precise and simple to use. By integrating these two powerful technologies, HIKMICRO offers professionals and technical novices alike a more effective and accurate method of locating leaks – minimising disruption, reducing unnecessary repairs and helping prevent water damage before it becomes a costly problem.

Water leaks are a major concern in residential and commercial settings. While some leaks, such as dripping taps or visible damp patches, are easy to identify, many remain hidden for extended periods, causing structural damage and excessive water wastage. Traditional detection methods, such as pressure testing and manual inspections, are often time-consuming, invasive and reliant on user expertise. HIKMICRO has changed this by providing a dual approach to leak detection; first visually identify affected areas with a thermal imaging camera then precisely pinpoint the leak location using the AD21P acoustic leak detector.

Efficiency and precision have always been key concerns when detecting water leaks. By combining thermal imaging and intelligent sound analysis, we are making it easier for both professionals and first-time users to locate leaks with confidence.

Thermal imaging works by detecting temperature differences on surfaces, allowing users to quickly identify areas affected by moisture or leaking water. HIKMICRO’s B20S thermal imaging camera features a highly sensitive (NETD < 40 mK) VOx detector together with SuperIR image enhancement technology, which significantly improves image clarity and helps visualise leaks hidden behind walls or under floors. The temperature contrast created by leaking water enables professionals to quickly narrow down the general area of the problem without invasive procedures.

Once the affected area has been identified, HIKMICRO’s AD21P acoustic leak detector provides the next level of precision. Equipped with the intelligent SuperDetect algorithm, the AD21P analyses sound frequency, intensity and spatial characteristics to identify the

exact leak point. Unlike traditional leak detection tools that require experienced professionals to listen carefully for leak sounds through headphones, SuperDetect automatically isolates the relevant noise patterns, making the detection process fast and straightforward, allowing even first-time users to achieve professional-level results with minimal training.

“Efficiency and precision have always been key concerns when detecting water leaks. By combining thermal imaging and intelligent sound analysis, we are making it easier for both professionals and first-time users to locate leaks with confidence,” explains Shadow Zhang, Global Brand Marketing Manager at HIKMICRO.

HIKMICRO’s AD21P acoustic leak detector has two modes for different user needs. Quick Inspection Mode is ideal for professional and experienced users who already know which area is leaking – this mode allows you to locate the exact leaking point. Route Inspection Mode is designed for beginners. Following an inspection, this mode provides real-time visual feedback to help the user determine which area is leaking. Quick Inspection Mode can then be used to pinpoint the leak. Results appear in three display formats (figure, bar chart and line chart) so

users can select the most intuitive interface for their workflow.

HIKMICRO’s complete water leakage detection solution is designed to reduce false positives, speed up leak detection and minimise disruption to buildings and infrastructure. Unlike traditional pressure-based leak detection methods, which can struggle in noisy environments or with small leaks, the combination of thermal imaging and intelligent acoustic detection ensures a more reliable and non-invasive approach. By identifying leaks early, users can reduce water wastage, prevent costly repairs and improve maintenance efficiency across a wide range of applications, from residential plumbing to largescale industrial and commercial facilities.

For more information on HIKMICRO visit https://www.hikmicrotech.com

Why good quality electrical testing tools matter

As electrical systems become more complex and regulatory standards tighten, using high-quality testing tools is essential for ensuring safety and compliance, says Arctic Hayes

Ensuring electrical installations and repairs are safe and compliant is a fundamental responsibility for professional electricians and heating engineers. With evolving industry standards and an increased focus on safety, using the right electrical testing tools isn’t just a regulatory requirement - it’s a critical factor in accuracy, efficiency and long-term reliability.

Arctic Hayes, the UK’s leading supplier of specialist heating and plumbing consumables and tools is reinforcing the importance of selecting high-quality electrical testing tools to help professionals work with confidence and accuracy.

With growing regulatory scrutiny and the increasing complexity of modern electrical systems, reliable testing is essential. Faulty wiring, incorrect voltage and poor insulation can lead to severe safety hazards, downtime and costly repairs. A high-quality, accurate testing tool ensures that professionals can diagnose issues quickly, verify compliance and maintain high standards of workmanship.

“Using substandard testing equipment or failing to test properly can lead to serious consequences, including potential safety

risks and legal liabilities,” says Lee Parsons, Managing Director at Arctic Hayes.

“Tradespeople rely on their tools every day, so we make it our mission to provide testing equipment that is not only accurate and durable but also easy to use. Whether it’s checking for live current, measuring resistance, or ensuring system integrity, the right tool makes all the difference.”

Arctic Hayes offers a range of electrical testing equipment designed to meet the needs of electricians and heating engineers:

Non-Contact Voltage Tester

(AH12) – This essential tool allows professionals to quickly and safely detect live voltage from 12V – 10000V without direct contact, reducing the risk of electric shock. The tester has a signal indicator with a flashing red light and sound alarm.

Multifunction Electrical Tester

(AHATEX12)

Designed for comprehensive system diagnostics, this tester provides accurate measurements for voltage, resistance, and continuity, ensuring compliance with BS7671 wiring regulations.

Clamp Meters (AH206)

Ideal for measuring current up to 600A AV & voltage 600V AC, with the added feature of a temperature function too. The Arctic Hayes clamp meter is suitable for Cat II, III and IV testing and measuring circuits of low voltage power supply devices in buildings, both residential and commercial.”

“Electrical professionals need tools they can trust, especially when working in high-risk environments. Our range of electrical testing equipment ensures that they have everything they need to work safely, efficiently and in full compliance with industry standards,” concludes Lee Parsons.

Arctic Hayes is dedicated to supporting the trade with high-performance testing solutions that withstand the demands of everyday use.

For more information on Arctic Hayes’ portfolio of products, visit: arctic-hayes.com.

The Arctic Hayes Clamp Meter (AH206)

Are we entering the ‘golden age’ for onsite energy generation?

Vish Sharma, Head of Power Purchase Agreements at npower Business Solutions, highlights the crucial role of PPAs in enabling independent generators to meet growing demand for clean energy. However, to fully realise this potential, challenges like funding and grid connection delays must be addressed

At the end of 2024, the UK government outlined its plans for a clean power system by 2030.

To achieve this target, and the UK’s wider net zero target of 2050, there will need to be a huge increase in electriﬁcation, and with it, renewable energy capacity and infrastructure.

However, while major infrastructure projects will undoubtedly be crucial, there is another important part of the future energy generation mix that also needs support - the onsite renewable assets that sit on the rooftops, car parks and land of private and public sector organisations across the country.

Investing in onsite energy generation has become increasingly popular over recent years. In our most recent Business Energy Tracker report, more than a third (37 per cent) of businesses we spoke to said that installing an onsite asset was a key way they were reducing both energy risk and their carbon footprint.

There are numerous beneﬁts for businesses who choose to install an onsite asset, not least reducing their reliance on the wholesale energy markets which have caused so much energy price volatility over recent years.

One further beneﬁt that is often overlooked is the option to earn additional revenue by exporting excess power to other businesses.

Meeting demand for clean power

Businesses increasingly want to electrify their operations and buy their power from clean energy sources. It is seen as one of the more straightforward ways to reduce carbon emissions and have a more stable and secure supply. However, until the necessary infrastructure is built, renewable energy demand is far outstripping available supply.

This is where businesses who have an onsite energy generation asset can step in. In fact, according to our latest report - Clean power 2030: Harnessing the power of the UK’s independent energy generators - which gauged the views of more than 350 independent generators across the country, more and more

In the not too distant future, the electrical grid we know now will transform from a traditional generation and transmission infrastructure—where utilities simply “sell” and end-users “buy”—into a dynamic ecosystem.

businesses are choosing to buy their power from independent sources.

Of the generators we surveyed, two-thirds (67 per cent), said they have seen an increase in business demand to buy power from independent sources over the past two years, with 30 per cent saying this was a signiﬁcant increase. This is being driven by a number of factors, including stable pricing, providing a guaranteed clean energy supply, as well as greater energy security.

In addition, one in five (21 per cent) generators are already exporting their power to commercial customers via Power Purchase Agreement (PPA). Two-thirds said securing regular or additional revenue was the prime benefit, followed by supporting the low-carbon energy transition (16 per cent) and giving long-term investor confidence in a project (12 per cent).

This is why we believe this could be a real opportunity for the UK’s independent energy generators to meet the business demand for

renewable energy and support the wider UK plans for a clean power system.

Selling your power

So, if an organisation has an onsite asset, or is considering investing in one, the best route to market for excess power is via a Power Purchase Agreement (PPA). As a contract between a generator and a business, a PPA encompasses all the commercial terms required to deliver a route to market for generation, including start dates, delivery schedules, pricing mechanisms, and payment terms. They can also include Renewable Obligation Certificates (ROCs) and Renewable Energy Guarantee of Origin (REGOs), and importantly, they can cover an existing generation asset or provide assurance and confidence to investors in the financing of new renewable projects. Of course, the best choice of PPA will depend on a number of factors, including the level of annual output, the nature of generation source, risk appetite and ultimately, whether there is a desire for a steady and risk-free revenue stream, or a preference to optimise profits with a flexible agreement.

Supporting the business case for onsite generation

For organisations who recognise the beneﬁts of an onsite generation asset, and want to demonstrate the ROI for the investment in a project, the ability to earn additional revenue, while also reducing their own business’ energy costs and carbon emissions, is a compelling argument. In addition, the results from our research show that the demand from other businesses for their power is there. However, we know that core barriers to installing more independent generation are funding issues, planning restrictions, and substantial grid connection delays.

So, as we move ever closer to the 2030 clean power target, the government needs to continue to ensure that its policy matches its ambition. Then, we will truly enter the ‘golden age’ for independent energy generators.

Visit: https://npowerbusinesssolutions.com

LIGHTING

B.E.G. Time to rise and shine Understanding metrics for lighting

B.E.G. launched a new minimalist outdoor motion detector which has Bluetooth technology with the B.E.G. One app

Max Robson, Environmental Metrics and Training Manager at Recolight, outlines the environmental metrics for lighting

10th Edition of IEC 60598-1 explained

The LIA outlines changes such as enhanced surge protection, new terminology, and updated testing methods

UPDATE

3. Time to rise and shine as B.E.G. light up buildings with motion

SWITCHED ON

4. In collaboration with Mway Comms, CU Phosco achieves a modern lighting upgrade along the M49

6 Acrospire partners with Bath & North East Somerset Council to illuminate historic film location

CIRCULAR ECONOMY

8. Understanding environmental metrics for lighting

APPOINTMENT

9. CU Phosco strengthens leadership team with key appointments

REGULATIONS

10. Navigating the 10th Edition of IEC 60598-1: What it means for lighting

A welcome from the LIA //

The UK lighting industry in 2025 finds itself at a fascinating crossroads, navigating a landscape shaped by economic uncertainties whilst simultaneously embracing a growing emphasis on value, quality, and responsible illumination. The economic climate presents a significant hurdle, with project budgets often scrutinised and clients increasingly demanding demonstrable return on investment. This necessitates a shift in focus, moving beyond simply the initial cost of light fittings to highlight the long-term benefits of high-quality lighting installations. A key aspect of this value proposition lies in the tangible impact of good lighting on human well-being. The industry is witnessing a greater appreciation for the profound influence of light on health, productivity, and overall quality of life. Specifiers and end-users alike are becoming more clued up about the benefits of circadian lighting, glare reduction, and optimal light levels tailored to specific tasks and environments. This growing awareness is driving demand for solutions that prioritise user comfort and performance, positioning quality as a crucial differentiator in a competitive market.

Furthermore, 2025 marks a signiﬁcant turning point in the industry’s approach to responsible lighting. The burgeoning movement for dark skies is gaining considerable traction, prompting increased scrutiny of obtrusive light. Developments in luminaire design and control systems are focusing on minimising light spill and upward glare, safeguarding nocturnal environments and promoting energy efﬁciency. This commitment to responsible illumination is no longer a niche concern but an increasingly integral aspect of best practice within the UK lighting sector.

In 2025, a deeper understanding of Life Cycle Assessments (LCAs) and Environmental Product Declarations (EPDs) is becoming increasingly prevalent. Stakeholders are demanding greater transparency regarding the environmental impact of lighting products, from raw material extraction to end-of-life disposal. This necessitates a commitment to circular economy principles and a drive towards more sustainable manufacturing processes and material choices.

Looking ahead, the UK lighting industry is also pushing boundaries in exploring the

potential of lighting to positively impact neurodiversity. Research and development are focusing on creating inclusive lighting solutions that cater to the speciﬁc sensory needs of individuals with conditions such as autism spectrum disorder. This innovative approach underscores the industry’s commitment to creating environments that are not only functional but also supportive and accessible to all.

Whilst the economic headwinds present ongoing challenges, the UK lighting industry in 2025 is demonstrating resilience and innovation.

Dan Grifﬁths, LIA

Time to rise and shine as B.E.G. light up buildings with motion

B.E.G. launched a new minimalist outdoor motion detector which has Bluetooth technology enabling it to be set up accurately and intuitively with the B.E.G. One app

The German manufacturer, B.E.G., will launch the Aleum range, which can be customised precisely to location, to the electrical UK market this month.

B.E.G. has introduced a new rectangular lens shape to the design with four integrated PIR sensors, a 180° detection range, ‘creep protection’ so it has no blind spots and also detects people directly underneath it, as well as an adjustable range of up to 16 metres. The detector is electronically and mechanically adjustable and is controllable via Bluetooth using the app.

Paul Jones, Sales Director of UK & Ireland at B.E.G, said the two new Aleum models offer ‘convenient, automatic lighting and security in outdoor areas of buildings’. The devices are available in two versions including a white Aleum with a light lens and a dark model with an anthracite grey housing and dark lens. In addition to a neutral white light strip, there is a choice of eight selectable spectral ‘Glow’ colours for illumination.

Mr Jones said: “For almost ﬁve decades, B.E.G. sensors have stood for convenience, security and energy savings. Anyone who

decides in favour of a B.E.G. outdoor motion detector receives a piece of sophisticated engineering.

“Lovers of minimalist architecture require stylish designer devices for building facades and B.E.G. fulﬁls this wish with the new Aleum outdoor motion detector. The design language is timelessly clear; like two cubes standing on top of each other. At the same time, the high quality B.E.G. Bluetooth technology allows the end user to set the sensor as they wish.

“The Aleum motion detectors are iconic, and not just because of their purist design. Light accent lighting can be set to effectively emphasise the motion detector on the facade if desired. With Aleum, electronic adjustment is not just reserved for the electrical engineer as the user can also freely change the options. For example, the outdoor motion detector can be set to a ‘party’ mode, for example, to prevent presence dependent switching on and off during meetings.”

www.beg-luxomat.com

Glamox wins contracts to light four additional Aurora Class vessels

Glamox has won contracts to light four more of the world’s largest and most environmentally friendly car carriers, Aurora Class vessels, owned and operated by Höegh Autoliners.

This latest order follows a contract in October 2022 to provide marine LED lighting for the first eight Aurora Class vessels. Each Pure Car and Truck Carrier (PCTC) vessel is designed to carry 9,100 cars. These new multi-fuel vessels can operate on clean ammonia and are the largest and most environmentally friendly car carriers ever built.

“Our Aurora Class vessels signify a breakthrough in sustainable ocean transportation and underscore our ambition to achieve zero emissions by 2040,” said Andreas Enger, CEO of Höegh Autoliners. “Achieving this ambitious target requires us to work with like-minded partners like Glamox. Equipping our new vessels with high-quality energy-saving marine lighting means less fuel is needed for lighting.”

“Technological advancements in vessel construction and the use of zeroemission fuels, combined with our latest marine-certified LED lighting, will make these behemoths some of the most environmentally friendly car carriers on the ocean,” said Astrid Simonsen Joos, Group CEO of Glamox.

The four new Aurora Class vessels are zero-carbon ready and can run on clean ammonia. The PCTCs have specially strengthened decks and enhanced internal ramp systems to enable them to transport electric vehicles on all decks and to provide more flexibility for heavier cargo.

Each vessel will be equipped with around 3,000 LED lights, including navigation lights, car deck lights, floodlights, searchlights, and lighting for all interiors of the vessels. The full package also includes emergency lighting.

Glamox will provide the lighting to its customer China Merchants Heavy Industry for vessels 9-12 in the first half of 2027, for installation at its shipyard in Nantong, China. The vessels are expected to enter service from July 2027.

Deliveries of the lighting for the first eight vessels started in September 2023 and will continue until May 2025. The first of the Aurora class vessels, Höegh Aurora and Höegh Borealis, were delivered in August and September of 2024, respectively, and sail under the Norwegian flag.

NVC Lighting supports Calztec with fresh premises move

Commercial Design and Fit-Out company Calztec has partnered with NVC Lighting to help create a contemporary aesthetic at a new commercial office premises for modern businesses.

Calztec has recently moved to a new home in Romlsey Point Workspace, Bromsgrove, and were also Principle Contractor on the Design and Fit Out of the building, which houses a number of local businesses as well as their own team. The new business premises which opened its space to local businesses in 2024 offers an innovative approach to flexible working and shared space,

Calztec needed to work with a lighting partner who understood the importance of creating a strong first impression. James Haslam, CEO at Calztec, said: “This is a forward-thinking move for us, we’re embracing fresh ideas like hybrid working, as well as creating a collaborative working environment for the landlord and the wider regional business community to take advantage of.

“As design and fit-out experts, we’re used to working on bespoke, unique briefs and wanted to reflect that approach with our new base.

“Working with a partner like NVC Lighting meant we were able to explain our vision to someone who understood the specifics of what that would require and how we could bring it to life.

“We’re really impressed with the results and the process of working with NVC Lighting was straight-forward, collaborative and enjoyable.”

The company’s LED lighting solutions are high quality, easy to install and maintain, and can be integrated with smart lighting control technology to maximise energy savings and positively impact student and staff performance.

In collaboration with Mway Comms, CU Phosco achieves a modern lighting upgrade along the M49, enhancing safety and energy efficiency

CU Phosco, in partnership with Mway Comms, has successfully upgraded the lighting along the M49 link road, replacing outdated SON lighting with advanced P862 LED luminaires. This project, initiated by National Highways, is part of a £126m Nationwide Project aimed at significantly improving energy efficiency, safety, and greatly decreasing the CO2 footprint of the road lighting in accordance with the current National Highways drive lower CO2 emissions.

In 2019, National Highways Area 1/2 engaged CU Phosco to design a comprehensive lighting solution for the M49 link road. This project, spanning the 5-mile stretch between the M4 and M5, aimed to replace ageing SON lighting with modern, energy-efficient alternatives. Although delayed due to cable infrastructure challenges, the lighting redesign was completed in 2023, allowing CU Phosco to partner with Mway Comms for installation.

CU Phosco worked closely with National Highways and Mway Comms to deliver a solution to optimise safety and efficiency along the M49. A total of 255 P862 LED luminaires with ANSI Nema sockets

to accommodate the Lucy Zodion CMS were installed, replacing the outdated SON stock.

The P862 luminaire, known for its superior optical performance and thermal management, was chosen for its ability to meet National Highways’ strict specifications and supplied, including safety Tether kits.

The P862’s dark sky certification ensures minimal light pollution, while its lightweight design and low wind profile made it ideal for installation on existing lighting columns. This project utilised various outputs and bespoke hybrid optics to complement its future-proof design, offering an optimal balance of efficiency, longevity, and performance.

The new LED lighting system significantly enhanced visibility and safety along the M49 while also delivering substantial energy savings, helping to align with National Highways’ sustainability goals.

Additionally, the P862’s design reduces the need for frequent maintenance, further cutting operational costs. This modernisation effort not only improves the driving experience for road users but also supports National Highways’ long-term objectives of reducing carbon emissions and enhancing road safety.

New Technical Zone at LiGHT 25 creates more opportunities for the industry

LiGHT 25, the UK’s only trade show dedicated to high-end lighting speciﬁcation, is set to return to the Business Design Centre in Islington, London, on the 19th and 20th of November 2025.

Following its success in 2024, which welcomed over 5,500 visitors, the upcoming exhibition promises even more innovation, education, and networking opportunities, with a major highlight being the introduction of the brand-new Technical Zone.

This year, exhibitors will have the chance to be part of the Technical Zone, a dedicated space for brands focused on shaping the future of urban lighting, commercial lighting, control systems, components and OEM, lamps and gear, and emergency lighting. As lighting controls, emergency systems, and advanced components continue to play an increasingly important role in sustainable and human-centric design, the Technical Zone will offer an invaluable platform for both exhibitors and visitors to connect with industry experts, explore the latest products, and gain insights into technical advancements.

LiGHT 25 continues to attract thousands of architects, interior designers, lighting designers, engineers, and speciﬁers, all eager to see the latest product innovations and launches from hundreds of architectural and decorative lighting brands. Organised by [d]arc media, the event offers a rich programme of activities beyond the exhibition ﬂoor.

The renowned [d]arc thoughts talks programme will once again take centre stage, bringing together leading voices from the industry to discuss the latest trends, technologies and challenges in lighting design. Moderated by editors from the industry’s leading magazines arc and darc, alongside guest moderators, the talks provide valuable insights into the future of lighting. The dedicated Associations Lounge will also return, offering an exclusive platform for professional organisations and a dedicated splinter talks programme.

LiGHT 25 is more than just an exhibition – it’s a hub for industry connections. Visitors can network at the late-night drinks party on the 19th of November, engage in insightful conversations at the networking brunch on the 20th of November, or collaborate in the dedicated co-working space.

Lighting the way from concept to creation, LiGHT 25 continues to set the benchmark for the industry, and it is completely free to attend. Don’t miss the opportunity to experience the latest in lighting innovation and expand your professional network.

For more information, visit: www.lightexpo.london.

Collingwood Publishes Lighting Design Guide

Collingwood lighting has published a guide to designing and specifying sustainable landscape lighting to meet the demand for outdoor socialising while protecting the very environment that people are enjoying.

Says Mitchel Waite, product manager for Collingwood Lighting: “Research shows that there is a huge demand for sustainable outdoor lighting, while we want to socialise outdoors on a warm summer evening there is a realisation that it should not come at a cost to the environment, our neighbours or wildlife.

“In fact, many councils insist on a minimum standard as part of their DarkSky initiatives to avoid light pollution and glare. Yet sustainable lighting can still create a relaxing ambience and add drama.”

The guide outlines good lighting design practice, how to best save energy through product selection and lighting control, avoiding lighting pollution and making the scheme wildlife friendly to protect nocturnal animals.

It also challenges speciﬁers to specify sustainable lighting products that have a long life and are easy to service instead of throwing away the whole ﬁtting.

Says Waite “Check that manufacturers use modular parts to produce their products. Not only does this make it simpler to service instead of throwing away the whole ﬁtting, but it is simpler to disassemble at the end of life for reuse and recycling.

“The public is far more aware of recycling and the circular economy than they used to be, and it is up to us to meet their needs.”

Download at https://collingwoodlighting-4331855.hssites.com/sustainable-landscape-lightingighting-guide-form

Acrospire partners with Bath & North East Somerset Council to illuminate historic ﬁlm location with LED upgrade

Much of Bath’s Georgian architecture and picturesque landscapes have provided backdrops for several cinematic masterpieces and TV shows. This added to the importance of preserving heritage charm in Bath & North Somerset’s latest LED lighting upgrade at the iconic Gravel Walk.

Gravel Walk is one of Bath’s most famous walks (and can be spotted in the Netﬂix series Persuasion). Built in 1771, the wide gravel-covered walkway links the Royal Crescent and the Circus with Queen Square, which sits further down the hill. Known as a lover’s lane in Jane Austen’s era, the path was a route for sedan chairs heading to and from the town centre.

Bath & North East Somerset Council identiﬁed Gravel Walk as a location for transitioning the existing SON and SOX lanterns to LED lighting as part of a wider upgrade scheme.

To help the council maintain the heritage charm of this iconic location, Acrospire suggested replacing the existing SON and SOX

lamps with Its budget-friendly 3000K Streetcare heritage lanterns.

The luminaires were speciﬁed with leaf embellishments to give a classic look ﬁtting to the city’s Georgian architecture and scenic surroundings.

Crafted using locally sourced materials in the UK, Streetcare offers exceptional quality and durability and contributes to a reduced carbon footprint.

Stephen Burrell, Principal Engineer Street Lighting at Bath & North East Somerset Council commented, “Streetcare helped us transition to LED in the most affordable way. The luminaires ticked many of our boxes, providing efﬁcient performance, styling that beﬁtted the area, and responsibly sourced materials. They look as if they have always been there.”

To ﬁnd out more about Acrospire’s Streetcare heritage lanterns please visit: https://acrospire.co/product/heritage/streetcare/

Understanding environmental metrics for lighting

Max Robson, Environmental Metrics and Training Manager at Recolight, outlines the environmental metrics for lighting

Product sustainability has become a critical focus in the lighting industry, driven by evolving regulations and increasing customer expectations in the built environment. Manufacturers are now tasked with demonstrating their environmental responsibility through various metrics and standards. Understanding these frameworks, TM66, TM65, Life Cycle Assessments (LCAs), and Environmental Product Declarations (EPDs), is essential for navigating the path toward sustainable lighting solutions.

TM66: Assessing circularity in lighting products

Developed by the Society of Light and Lighting (SLL), TM66 provides a framework for evaluating how well lighting products adhere to circular economy principles. It assigns a score from 0 to 4, reﬂecting a product’s design for disassembly, use of recycled materials, and potential for remanufacturing.

Advantages:

• Offers a quick and cost-effective assessment method.

• Encourages manufacturers to consider product life cycle in design.

Limitations:

• Mostly relevant to the UK market Self-certiﬁed.

• A single score may oversimplify complex environmental impacts.

While TM66 serves as a valuable starting point, it should be complemented with more comprehensive assessments for a complete sustainability proﬁle.

TM65.2: Calculating embodied carbon in lighting

TM65.2 focuses on estimating the embodied carbon of lighting products—the emissions associated with raw materials,

manufacturing, transportation, and end-of-life processes. As the UK grid becomes greener, operational carbon footprints decrease, making embodied carbon a more signiﬁcant factor in a product’s environmental impact.

Advantages:

• Provides a straightforward calculation using representative conversion factors.

• Facilitates comparison between products based on embodied carbon.

• Utilises real data on materials and component masses.

Limitations:

• Mostly relevant to the UK market.

• Self-certiﬁed.

• Focuses on carbon, omitting other environmental factors.

• Offers a high-level approximation rather than precise measurements.

TM65 serves as an accessible entry point for companies beginning to assess their environmental impact at the product level but should be supplemented with more detailed analyses as sustainability expectations evolve.

Life Cycle Assessment (LCA): Comprehensive environmental analysis

A Life Cycle Assessment (LCA) provides an in-depth evaluation of a product’s potential environmental impact throughout its entire lifecycle, from raw material extraction to disposal. Unlike TM65.2, which focuses on carbon emissions, a LCA encompasses multiple impact categories, including water usage, pollution, and resource depletion.

Advantages:

• Delivers a holistic view of environmental impacts.

• Based on real-world, evidence-based data.

• Recognised internationally, facilitating global applicability.

• Limitations:

• Self-certiﬁed.

LCAs are considered the most thorough method for assessing a product’s environmental footprint, making them essential for companies committed to sustainable practices.

Environmental

Product

Declarations

(EPDs): Veriﬁed sustainability reporting

An Environmental Product Declaration (EPD) is a standardised document that is used to communicate the environmental proﬁle of a product, as calculated using LCA. EPDs are veriﬁed by a third party to ensure accuracy and compliance with international standards, and are increasingly used across industries.

Advantages:

• Provides transparent, comparable data on environmental impacts.

• Enhances credibility through third-party veriﬁcation.

• Aligns with potential future regulatory requirements in the construction sector.

• Internationally recognised

Limitations:

• Higher cost due to third-party veriﬁcation

• Standards can vary by geography.

• Data-heavy to the untrained eye.

EPDs offer a reliable way for companies to communicate their products’ environmental performance, aiding in informed decision-making for speciﬁers and buyers.

decision-making for speciﬁers and buyers.

Industry Trends and Tools

The adoption of TM66 and TM65 has propelled the lighting industry toward greater sustainability, fostering an understanding of life-cycle thinking in product design. While these frameworks offer accessible starting points, the detailed insights provided by LCAs and EPDs are becoming increasingly important, especially at the speciﬁcation stage.

To facilitate this transition, platforms like One Click LCA have emerged, streamlining the process of conducting LCAs and generating EPDs. These tools make comprehensive environmental assessments more accessible to manufacturers, enabling them to meet the growing demand for transparency in product sustainability.

In summary, as the lighting industry continues to prioritise sustainability, understanding and implementing frameworks like TM66, TM65, LCAs, and EPDs are vital. These tools not only help manufacturers assess and improve the environmental impact of their products but also provide transparent, credible information to speciﬁers and buyers, facilitating informed choices in the marketplace.

CU Phosco announces key appointments

CU Phosco has announced key leadership changes, that reinforce its stability and long-term vision.

Effective immediately, Philip Marques will work alongside Nicolas Marques in his new role of managing director, with Nicholas taking on the role of Chairman. This leadership evolution reﬂects CU Phosco’s deeprooted family values and commitment to steady growth and innovation.

Philip, previously Operations Director at the Coleford facility, brings extensive industry experience and a passion for developing people within the business.

Commenting on his new role, he said: “CU Phosco has been a family business for over a century, and I am proud to continue that legacy. My focus will be on maintaining the company’s strong values while driving innovation and investing in our people. We have an incredible team, and I am excited to continue Nicholas’s work – and build on our success.”

Nicholas Marques, now Chairman, reafﬁrmed the company’s ongoing commitment to its employees, customers, and partners:

“CU Phosco has always been about long-term vision, and I am conﬁdent that the business will continue to thrive. Our focus remains on delivering quality products and services, staying at the forefront of the industry, and ensuring that our people feel valued and supported.”

As part of this transition, CU Phosco is delighted to announce the appointment of Tom Broadhead as General Manager of the Coleford factory. Succeeding Philip Marques, Tom brings a wealth of experience in engineering and manufacturing, with a strong

background in process optimisation and employee engagement. His appointment highlights CU Phosco’s commitment to operational excellence and continuous improvement at its Gloucestershire-based factory, which produces high-quality tubular steel lighting columns and, more recently, has taken in responsibility for assembling CU Phosco’s innovative Connected Urban Smart Pole.

With 10 years of experience in fast-paced manufacturing environments, most recently at ALTEN –a leading Engineering and IT consultancy, Tom is dedicated to driving efﬁciency. His strong technical knowledge and leadership skills make him a valuable asset to the CU Phosco team.

Tom’s Vision for Coleford

Looking ahead, Tom’s focus will be on enhancing production efﬁciency, fostering a culture of continuous improvement, and strengthening the team’s capabilities. He plans to introduce structured training and development initiatives, ensuring employees feel valued and supported in their careers. Additionally, he aims to streamline operational processes to boost productivity while maintaining CU Phosco’s high standards of quality and safety. By leveraging his background in engineering innovation, Tom is committed to making the Coleford facility a hub of excellence in manufacturing and employee engagement.

With these leadership transitions, CU Phosco reassures its customers, employees, and stakeholders that it is business as usual, with a renewed commitment to quality, innovation, and growth. For further information, please visit www.cuphosco.com.

Navigating the 10th Edition of IEC 60598-1: What it means for lighting

The 10th Edition of IEC 60598-1 introduces key updates in lighting standards. The LIA outlines changes such as enhanced surge protection, new terminology, and updated testing methods

Standards have long been the cornerstone of product compliance within the electrotechnical industry, ensuring safety, quality, and reliability. Among these, IEC 60598-1 has held a pivotal role for lighting products since its introduction in 1979. This standard speciﬁes general requirements for luminaires, including tests to verify their safety and performance, making it one of the most widely used standards in the electrical sector.

In December 2024, the 10th Edition of IEC 60598-1 was published, marking the most comprehensive review since the standard’s inception. This milestone introduces signiﬁcant changes, including new clause numbers, updated annex references, and numerous technical advancements. Here’s an overview of what this landmark edition entails and its implications for manufacturers, test laboratories, and other stakeholders.

Alignment with New IEC Drafting Rules

marking a signiﬁcant step forward in addressing lightinduced health risks.

Navigating the changes: Annexes O and V

To assist stakeholders in navigating the extensive updates, the standard includes two new annexes:

For years, IEC 60598-1 had avoided changes stemming from evolving IEC rules for drafting standards. However, the 2024 edition aligns with these new rules, resulting in a revised structure. Manufacturers and test labs must now familiarise themselves with the updated layout and revise their documentation to reﬂect the new clause references.

Key Technical Updates

The 10th Edition introduces a range of technical modiﬁcations to address modern lighting technologies and safety requirements. Notable changes include:

• Surge Protection Requirements: Enhanced speciﬁcations to improve the robustness of luminaires against electrical surges.

• New Terminology: Deﬁnitions added for terms such as Active Part, Current Carrying Part, Live Part, and Hazardous Live Part, ensuring clarity and consistency.

• Conductor Mechanical Stress Tests: Updated methods to ensure greater reliability in various operating conditions.

• Battery Luminaires and Magnetic Suspension Methods: Inclusion of these categories for the ﬁrst time, reﬂecting advancements in lighting design and application.

• SELV Circuit Insulation: Revised requirements to ensure the safety of extra-low voltage circuits.

• Serviceable and Replaceable Components: New criteria for components that require regular maintenance, inspection or replacement.

• Photobiological Safety: Integration of photobiological safety requirements directly into the base standard,

Annex O: Provides a schedule of critical tests, offering guidance on additional testing requirements during re-certiﬁcation.

Annex V: Explains cross-referencing between the 9th and 10th editions, simplifying the transition for users of both versions and related Part 2 standards.

These annexes are invaluable tools for ensuring a smooth adoption of the new standard, particularly given the scope and depth of the changes.

Collaborative Development

The 10th Edition is the result of rigorous discussions and meticulous work by IEC TC34/SC34D/WG1 and the editing group SC34D/EG3. IEC is a multinational organisation with contributors coming from all over the world however key UK contributions came from the following experts:

• Andy Hughes, Zumtobel Group

• Lawrence Barling, The Lighting Industry Association

• Krish Govinden, OPSS (Ofﬁce for Product Safety and Standards, Department for Business and Trade)

• Stuart Burns, The Lighting Industry Association

Their expertise and dedication have ensured that the updated standard addresses both current and future needs of the lighting industry.

Preparing for the Transition

For manufacturers, test labs, and certiﬁcation bodies, the 10th Edition represents a signiﬁcant shift. Updating internal processes, training personnel, and revising technical documentation are essential steps for compliance. The inclusion of tools like Annexes O and V will help streamline this process, but early adoption and proactive engagement with the new standard will be key to a successful transition.

Conclusion

The 10th Edition of IEC 60598-1 is more than just an update; it’s a reﬂection of the evolving landscape of lighting technology and safety. By embracing these changes, the industry can continue to deliver innovative, safe, and compliant lighting solutions for years to come.

The industry’s largest and most respected event, the Electrical Industry Awards is back.

So if you, or your company have something to shout about, these awards will get you noticed.

Some incentives for entry....

 Gain independent industry recognition for the excellent work delivered by you, highlighted across the range of categories.

 Promote your excellence, demonstrate a competitive edge and position your company alongside the best in the business.

 A winners reception in central London with food, drinks, entertainment and completely free of charge!

 Being a ﬁnalist is proof of excellence in your business and proves to clients new and existing you are in industry innovator.

Our Premium Edge S range of switches & sockets feature a contemporary low-profile design, manufactured with stainless steel faceplates, available in four luxurious finishes.

• Low Profile Design 4.5mm • Stainless Steel Plate

• Four great plate finish options • Metal To Metal Rockers

• Matrix20 Compatible

*Grid system available in 1, 2, 3, 4,

Brushed Chrome Polished Chrome Antique Brass Matt Black

6, 8 & 12 Gang

SolarEdge powers 1MW solar plant at French methane farm

SolarEdge’s advanced DC-optimised inverter technology has been selected to power a new 1MW rooftop solar installation at a French methane-producing farm. The system helps the farm cut energy costs and generate new income, while meeting strict fire safety requirements due to its proximity to highly flammable biogas infrastructure

SCEA Robin (Société Civile d’Exploitation Agricole) from the Ain district, has received praise from firefighters and insurers for its new 8,000m2 rooftop solar system that features advanced technological safety capabilities required for such an installation nearby to highly flammable methane production.

SCEA Robin’s business portfolio includes pig farming, cereal growing and methane production. To counter its high energy costs, the company installed its first rooftop solar system in 2020 with a 100kW installation used purely for self-consumption. Witnessing attractive economics, the farm has now expanded its deployment of rooftop solar by over ten times, with a new accumulative power capacity of 1MW. Approximately a quarter of the solar energy produced is used for selfconsumption, while the remainder is sold to the grid creating an entirely new revenue stream for the business. Since moving to this dual-use solar model, SCEA Robin is saving approximately 18 per cent a year on its energy bills.

While the expansion of solar has become very profitable for SCEA Robin, it has been hailed a success for other reasons. The proximity of methane production to solar presents significant risks which required approval from the local firefighters and insurance company. According to Christine Brouillet, Farmer and Methanisation Operator at SCEA Robin, technological innovation made all the difference: “Solar is a now a key part of our business, helping us not only to significantly reduce our operational costs at the farm, but also generate additional revenues for us from the surplus energy produced,” says Brouillet.

“However, with our methanisation farming on-site posing a flammable risk, as well as our farm animals roaming, we had rigorous testing to demonstrate that firefighters could shut down the solar system instantaneously in the event of a fire. SolarEdge Power Optimisers played an important role in getting approval, having the advanced rapid shutdown safety feature to assure us and the insurance company that firefighters could quickly and safely intervene if needed. This capability, along with

the 25-year warranty, gives us peace of mind that our investment is safe for the long term.”

Unlike traditional solar inverter technologies, SolarEdge’s innovative DC-optimised solution combines solar inverters with Power Optimizers. These are small devices attached to the underside of every pair of solar panels. The innovative SafeDC feature automatically powers down the solar array to a touch-safe 1V whenever the inverter or grid is shut down, enabling safe maintenance and emergency intervention should it be required.

Integrated arc fault protection is also included, detecting and interrupting potential arc faults. Arc fault detection and interruption are not required by French regulations but are commonly requested by insurance companies. SolarEdge inverters include this safeguard which is designed to mitigate the effects of some arcing faults that may pose a fire risk.

According to Gilles Bonnet, Prevention Engineer at insurer Groupama Rhône-AlpesAuvergne, these advanced safety capabilities have not gone unnoticed: “As a leading insurer in the agricultural world, we support a wide variety of farms which are now transitioning to solar with additional methanisation activities. The phenomenon is spreading, and more and more large buildings are equipped with rooftop solar systems,” says Bonnet. “We develop specifications to minimise risks and make recommendations for buildings, livestock

farms and production facilities. SolarEdge’s Power Optimizers caught our attention having been tried and tested successfully in the USA where most buildings are made of wood and therefore the current needs to be shut down as close as possible to the solar panel in order to mitigate the risk of overheating or a fire. Unlike other traditional string inverter technologies, anomalies can also be detected at a panel-level. At Groupama, any technological innovations like these that improve risk management of buildings – particularly when it comes to solar –are always very much appreciated.”

Solar installers are also seeing the value of Power Optimizers, particularly when it comes to maintenance. In the case of SCEA Robin, local solar installer Planète+ is able to monitor the system remotely at a panel-level to accurately pin-point any issues and resolve them quickly –minimising time on site and maximising system uptime.

Kamel Messai, Co-Director of Planète+, concludes: “As the adoption of solar continues to grow, it is critical that safety continues to be non-negotiable. Safety features such as SafeDC and SenseConnect from SolarEdge have set a high industry benchmark for safety. Given that most people outside of the solar industry are not aware of these risks, we’re now working with emergency services, insurers and our customers to help them understand these important issues.”

Fixing the core and boosting national electrical grids

The cost of adding an extra lane to every road in the European transport network would be incalculably high, despite the potential economic benefits of greater traffic capacity. However, increasing the capacity of Europe’s power highways is much more realistic. Here, Heini Kloster, product owner at Exel Composites, explains how reconductoring electrical grids can help meet the increasing power demands of domestic devices, data centers and EVs

It’s no secret that electricity grids across the globe, especially in the US and Europe, face great challenges to upscale their transmission capacity to meet the needs of developing technologies. In many places, electrical lines are 40 or more years old. The gap between electricity consumption in Europe in 2023 and the European Commission’s Fit for 55 forecast demand is estimated at around 900 terawatt hours, a quarter of last year’s budget. Meanwhile, the UK is aiming to increase its capacity by 25 per cent by 2030 to meet its own Net Zero targets.

Electrical infrastructure doesn’t come with a quick fix either. The average duration between granting permission for and commissioning of renewable power plants is around five years, whereas new electrical lines, with bases, towers, and conductors, take eight to ten years. Thus, grid owners need other options to be able to react faster to these changes and avoid untenable downtime.

Reconductoring existing lines

One way to expand the transmission capacity of the existing network is to reconductor the lines. Reconductoring with advanced composite core conductors allows Transmission System Operators (TSOs) to transmit more electricity and reduce energy losses without altering structures, like powerline routes or towers. This approach will decrease the project costs by minimising construction work.

Urban centres where extensive infrastructural work is most difficult, especially major cities, consume huge quantities of power through the day and night. Residential and commercial development around electrical lines prevents electrical contractors from building new lines, so maximising existing conductors’ transmission capabilities is the only approach to help supply meet demand. Additionally, reconductoring requires less comprehensive planning permission than construction of new electrical lines. Fewer regulations control its execution, limiting the red tape involved and helping the push for fast upgrades.

Reconductoring with advanced conductors with carbon fiber cores also helps TSOs

to tackle operational costs by reducing transmission losses by between 20 and 50 per cent. Increased transmission efficiency links to sustainability as less over-production is required to meet the demand.

Composite materials support reconductoring

Reconductoring means less work than building entire new transmission lines. It’s made possible with the help of advanced conductors. Using strong, lightweight carbon fiber composite as the conductor core allows use of a greater cross-section of annealed aluminum, which means increased flow for electrical current. The increased flow of electricity raises the temperature of the conductor. In the case of traditional conductors, this makes the metals expand and causes lines to sag. The problems presented by sagging, especially in urban areas, are obvious and thus tightly regulated. Luckily, carbon fiber cores’ excellent tensile strength and very low coefficient of thermal expansion earns them the HTLS classification: high temperature, low sag.

Carbon fiber conductor cores are typically divided into single-wire and multi-wire categories. While single-wire cores are better

known and still a slightly more economical option, TSOs are increasingly turning their interest towards the second-generation multiwire cores for their safety and robustness. Safety is an important factor, as especially the single-wire cores are more prone to break during installation, if not properly handled. However, the flexibility of the multi-wire solution is more similar to the traditional steel core conductors, significantly increasing safety during installation and use.

Exel Composites’ expertise in pultrusion, a continuous manufacturing technique, lends itself perfectly to manufacturing conductor cores. The global manufacturer produces kilometers of thin rod of different shapes and sizes and reels them around wooden spools for shipping.

Demand for electrical power will not decrease in Europe or elsewhere in the world. By replacing ageing steel core conductors with alternatives using carbon fiber, TSOs can boost power networks’ carrying capacity to serve the increasing demand, be it new data centers or modern homes, with less construction work. For more about how composite conductor cores will help refit Europe’s electrical grids,follow Exel Composites on LinkedIn.

As the UK’s leading membership body for electrical contractors, we help businesses like yours prepare for whatever’s next.

Become an ECA Member and unlock the tools you need to win contracts, grow stronger and get your voice heard.

Enjoy tailored support across your business for…

• Technical issues

• Safety, health and environment

• Employee relations

• Legal and business

• Education and skills

SECURE YOUR SUCCESS

Surge protection in solar PV shouldn’t be an afterthought

By Kirsty Johnson Technical Director at Surge Protection Devices Ltd.

The number of solar PV installations is on the rise, but one of the aspects of PV system design that is often overlooked is surge protection.

BS7671:2018 section 443.4, which gives the requirements for when surge protection shall be installed, covers both AC and DC installations, this is something that is often not considered when we consider where surge protection is required. In section seven for special locations, we also have regulation 712.443.101 states that where protection against transient overvoltage is required by section 443, such protection shall also be applied to the DC side of the PV installation. So, if the solar installation as on the roof of a building where the regulations in section 443 require SPD’s to be installed, SPDs also need to be installed on the DC side of the installation to protect the inverter.

Some inverters state that they include overvoltage protection. For an incorporated SPD to fulﬁl the requirements of the wiring regulations, the manufacturer must specify that it is installed on the DC side of the inverter, as this ensures that it is providing protection on the correct side of the inverter. There are quite a few inverters on the market which say they have overvoltage protection included, when in actual fact, it is only providing protection on the AC side of the system. It must also state the type of SPD, the reason it is important for the type of SPD to be mentioned is that once a device is speciﬁed as a type it must conform to the product standard BS EN 61643-31 as some manufacturers incorporate individual varistors, which are not considered to be a complete surge protection device. If you are unsure

and want to check the technical credibility of an inverter, I would advise you to request a certiﬁcate of conformity, which will list the standards that the equipment conforms to. Another consideration is that the inverter will only ever include a Type 2 surge protection device, so if the building has an external lightning protection system, the installation will always require the use of external Type 1 SPDs to conform to BS EN 62305, as the cables will cross between the lightning protection zones. When a PV system is installed on a building with an external lightning protection system (LPS) the PV system should be separated from all parts of the LPS in accordance with BS EN 62305-3. This is referred to as the separation distance. This distance must be adhered to between the LPS and any metal work to ensure that no dangerous arcing can occur. If the separation distance is not met, then the metal work must be bonded to the LPS, therefore becoming part of the lightning protection system. More information on separation distances can be found in BS EN 62305, but it is important to note that the separation distance depends on different parts of the lightning protection risk assessment carried out for each individual building, and therefore will be included in the LPS paperwork, if available. This calculation should only be carried out by someone with experience in the lightning protection ﬁeld. If the separation distance is not met and therefore the PV system has become part of the LPS then the SPD required will need to be a Type 1, as mentioned above, this will always be external from the inverter. From experience, there are not many installations that correctly conform to these

separation distances, so as a general rule, if the building has an LPS a Type 1 SPD should be installed on the DC side of the installation. For all other PV systems, a Type 2 SPD will provide adequate protection.

Although the SPDs are still deﬁned as Type 1 and Type 2 devices, they are different to the SPDs we see used on the AC electrical systems and only SPDs that are designed for the speciﬁc use on the DC side of a solar PV installation should be used. This is due to the continual loading and higher voltages of PV systems. The devices designed for the use on the DC side of PV systems are clearly marked with the PV symbol, as per the requirements in BS EN 61643-31. Also, they look slightly different, with the live and neutral terminals being replaced by a positive and negative terminal.

Selection of a PV SPD is quite simple. From the above, you should know what type of SPD you need. The only other information needed is the operating capacity of the inverter, which is usually 600V or 1,000V. There are some specialist systems which are different, and there are devices available for those too, but for simplicity we will stick with the 600V & 1,000V options. That gives four options of devices.

Now we have the correct device selected, we can move on to installation. As with our AC SPDs, our DC SPDs are installed in parallel with the string. Usually a DC isolator would be used. DC SPDs should be installed one per string to provide protection, although in some situations it may be possible to protect multiple strings with one SPD, depending on the installation design.

For more information, call 01484 851747, or email us at info@surgedevices.co.uk.

Sustainability is rewriting the rules for the industry

TDavid Williams, Schneider Electric’s VP of Transactional Business, UK&I, believes that the era of Electricity 4.0 is ushering in a greener, more efﬁcient future for businesses determined to combat climate change. He explains how modernising electrical infrastructure and adopting innovative solutions like Acti9 can help companies meet sustainability goals

he electrical industry is at the forefront of the fight against climate change as the world begins to firmly enter the era of Electricity 4.0, combining digital and electric on a large scale. With 60 per cent of companies adopting a sustainable development strategy, it’s clear more and more companies are looking for innovative ways to make their operations more sustainable. So, where can businesses enhance and improve their electrical infrastructure, and why is it so crucial in the fight against climate change?

Sustainability: a top priority

Organisations are under more pressure than ever before to improve their environmental initiatives. They have to set, meet, and openly report on ambitious goals in order to avoid ﬁnes and reputational harm due to laws like the UK’s 2021 Environment Act, and the Ofﬁce for Environmental Protection (OEP).

Businesses must prioritise upgrading their electrical infrastructure as part of their sustainability strategy in order to comply with these legal obligations. The climate problem is essentially an energy one. Investing in smart infrastructure has major financial advantages in addition to improving sustainability and energy monitoring initiatives. Smarter, more sustainable operations generate economic and environmental benefits by reducing energy costs, minimising downtime, discovering efficiency improvements, and enabling on-site renewable energy generation.

Empowering progress

Businesses must prioritise energy efﬁciency, cutting waste and improving performance for greener operations in order to meet the ever-evolving sustainability targets. Adopting innovative solutions like Schneider Electric’s Acti9, which is changing industry standards for electrical sustainability, is necessary to achieve this. Acti9 is a digitally improved, completely connected system that offers total visibility and control over infrastructure, marking a breakthrough in safety and connection for electrical distribution.

Leaders can obtain important data insights to support well-informed and successful sustainability plans using Acti9’s sophisticated connectivity. This data will be crucial for integrating low-carbon technology, connected electric heating, and new energy sources as global electrification picks up speed. Supporting EV charging infrastructure is a crucial use case for Acti9, which makes load balancing possible to maximise energy efficiency and distribution. Acti9 is designed to help companies achieve their sustainability objectives by improving energy efficiency. Its sophisticated features minimise energy waste and maximise efficiency, thereby lowering carbon footprints. The system also makes predictive maintenance possible, offering comprehensive information about errors and their underlying causes. This proactive strategy ensures a more resilient and sustainable operation by reducing downtime and the environmental effect of reactive maintenance.

Contractors: the key to progress

The key to enabling this innovation is the skilled electricians. They are essential to ensure the safe, efficient, and sustainable transition to a more electrified and energy-efficient world. Contractors are equipped to spearhead sustainable transformation and establish new benchmarks for the industry.

Contractors can effortlessly guarantee adherence to the most recent industry rules with Acti9, assisting companies in maintaining the highest standards of operational integrity, sustainability, and safety. Acti9 is the only system that provides cutting-edge connection for proactive remote monitoring, safeguarding electricians and limiting callouts to emergencies or high-risk scenarios. Acti9 gives engineers the ability to remotely monitor system wiring and conﬁgurations and offers useful insights to determine whether all of the current circuits are required, increasing efﬁciency and minimising environmental impact.

The development of electrical infrastructure will be essential to business sustainability plans in the future. Businesses can now efﬁciently create, accomplish, and report on sustainability targets thanks to solutions like Acti9, which are establishing new standards in the electrical sector. These objectives are crucial for contributing to national and international netzero aims in addition to fulﬁlling organisational strategy and legal requirements. Businesses cannot afford to put off electrical innovation since it will be essential to long-term success as the globe increasingly integrates digital and electric technologies at scale.

To learn more about how Schneider Electric can support you, visit: se.com/uk/en

NEW Niglon EV Charger distribution boards, ensure safe & efficient power distribution to your EV charging equipment. Specifically designed to provide protection, precise circuit distribution, and accurate metering for all your charging needs.

IP65 EV Unit

Aluminium - 5 Way*

IP20 EV Unit Steel - 4 Way*

IP65 EV Unit

PC/ABS - 4 Way*

(40A 1P+N, B Curve, BI RCBO+SPD)

1P+N, B Curve, BI RCBO+SPD)

Click Scolmore launches the Elucian IP65 Rated Garage Board

Click Scolmore has added a new IP65, 5-way garage board to its growing Elucian consumer unit range.

The new Elucian garage board is built to endure tough environments, providing reliable power for both indoor and outdoor areas where weatherproofing is crucial.

Constructed from high-quality die-cast aluminium, the garage board guarantees superior strength, corrosion resistance, and long-lasting durability for any installation. Its advanced design ensures the IP65 rating is upheld, with a gasket around both the front cover and main body, plus an additional seal around the devices that compresses when the lid is shut for added protection. Additionally, the unit is designed to accommodate a security wire, preventing access to the internals even if unlocked.

For ultimate flexibility, the unit includes optional 20mm gland knockouts for easy cable entry. For larger cable entries such as M25 and M32, a hole saw can be used to create a custom fit using the guide grooves. The board also features a pre-fitted lock that prevents unauthorised access and tampering.

The Elucian IP65 Garage Board comes offered in in two contemporary finishes — White and Anthracite Grey, and is also available in three different versions to suit varying electrical requirements:

• 5 Way IP65 Garage Unit unfurnished (5 Free Ways)

• 5 Way IP65 Garage Unit with 100A MS (3 Free Ways)

• 5 Way IP65 Garage Unit with 63A RCD (3 Free Ways)

A comprehensive brochure outlining the product features is available on the official Elucian website as well as on the Scolmore Group App. Watch the video here - https://youtu.be/tmaRgJ-OXek www.elucianuk.com

Makita's new tabless XGT battery delivers improved performance for the most demanding tasks

Ovia upgrades its Utility range of LED Luminaires

Ovia has launched the new and improved Inceptor U-Lite range now offering enhanced performance and easier installation.

The upgraded Inceptor U-Lite now offers improved efficiency at 160Lm/W, up from 120Lm/W. Ovia's modular design includes retrofittable microwave sensors and emergency packs, enhancing energy efficiency.

The packs can be easily installed without the need for tools. Clear markings on the gear tray guide installation, with easy wiring via colour-coded connectors.

The new design offers versatile mounting options, featuring Besa mount compatibility and two suspension brackets for easy setup. Ovia's exclusive Besa mounting system ensures effortless installation with a single clip. The larger suspension bracket provides enhanced ease and flexibility, and with a Molex connector, movable terminal connectors and a detachable gear tray, installation of Ovia’s upgraded luminaires has never been so easy.

Available in three sizes – 4ft, 5ft and 6ft, as well as a high-powered 5ft option - the Inceptor U-Lite is power switchable - with four wattages available for selection. The luminaire also offers switchable CCT between 4,000K, 5,000K and 6,500K.

Ovia has also introduced the new U-Lux luminaire which will replace the standard U-Lite and offer all the same features and benefits of the premium Inceptor U-Lite version, without the switchable CCT function.

Perfect for industrial environments, both the Inceptor U-Lite and U-Lux luminaires are IK08 and IP65 rated and come with a five-year warranty. Watch the Inceptor U-Lite video here - https://youtu.be/XZzOZ2UUhM8 www.scolmore.com

Knightsbridge boosts charging with market’s most powerful USB socket

With a larger connection area inside the cell, heat generation is minimised. This means that even under high load, the cell temperature is reduced compared to standard designs, which has a positive effect on the overall service life of the battery. A further benefit is that the battery can be charged immediately after intense use, with no need for a cooling phase, meaning shorter overall charging times. The tabless 4.0Ah BL4040F battery delivers up to 36 per cent longer runtimes and operates 32 per cent cooler compared to the standard 4.0Ah BL4040.

Like all Makita F-Type batteries, the BL4040F is a high-output battery designed for enhanced performance and better runtimes on higher drain tools such as chainsaws, breakers and demolition hammers. The new 4.0Ah BL4040F delivers the same 2.1kw maximum output as the 5.0Ah BL4050F. This means customers now have the choice of the larger, higher capacity 5.0Ah battery or the smaller, lighter 4.0Ah battery to achieve the high output that demanding tasks require. In fact, the BL4040F is 34 per cent more compact and 28 per cent lighter than the BL4050F.

As with all Makita’s XGT 40VMax batteries, the BL4040F is built for the toughest environments with an impact resistant and shock absorbing casing to protect the battery cells, as well as a triple layer structure to protect against water and dust ingress. XGT batteries also feature Makita’s digital communication system that connects the tool and battery to actively protect against overload, over-discharge and overheating.

The XGT range has over 125 40VMax and 80VMax (2x 40VMax) products including drills, impact drivers and wrenches, angle grinders, nailers, dust extractors, and circular, mitre and reciprocating saws. There is also a wide range of XGT garden and grounds maintenance machines including mowers, chain saws, blowers, brush cutters, hedge trimmers and earth augers.

To find out more about our tabless batteries and the XGT range visit www.makitauk.com/tabless-technology

The 13A SP Switched Socket with Dual USB-C (65W Dual Fastcharge) from Knightsbridge delivers faster and more efficient charging for modern devices, representing an important upgrade to the company’s existing 45W model.

The socket features dual USB-C outputs allowing users to charge two devices simultaneously or power a single device, such as a laptop, at the full 65W without any need for bulky adaptors.

Supporting USB-PD and PPS protocols, it’s compatible with smartphones, tablets, and laptops.

At the core of the socket’s performance is GaN (Gallium Nitride) technology, achieving over 94 per cent efficiency while reducing energy loss and heat, making this product energy-efficient without compromising speed or reliability.

Designed with a single pole switch, outboard rocker, and twin earthing points, the socket combines functionality and style. Its retrofitand installation-friendly design simplifies upgrades without extensive rewiring. With Over Voltage Category III suitability and ErP standby power consumption of just 0.1W, it offers versatility and energy efficiency.

The 13A SP Switched Socket is available in four styles: raised edge square, raised edge round, curved edge and screwless designs. Each option blends seamlessly with different interior aesthetics and suits both modern and traditional environments.

Built with premium-grade metals for durability, the socket includes advanced safety features such as overheat and overload protection, ensuring peace of mind for users.

For more details about these and other products, please visit www.mlaccessories.co.uk or call 01582 887760. www.mlaccessories.co.uk

Intact

launches GenetiQ: The next evolution of ERP software

Intact, a global software provider for merchant and wholesale distribution, announces the launch of GenetiQ, a new cloudnative, browser-based ERP. This platform offers unprecedented personalisation, automation, and business intelligence.

GenetiQ features a modern interface with customisable screens, workflows, business metrics and help content. As a cloud-native solution, it provides enterprise-grade security and seamless scalability without complex IT maintenance.

"GenetiQ adds the power of cloud technology to our offering, giving businesses a future-ready solution built for growth." said Justin Lawless, CEO. GenetiQ builds on Intact's proven iQ framework, redesigned for the cloud, with AI capabilities planned for future releases.

Intact remains committed to developing its existing products, Intact iQ and Xline.

Join the virtual launch, Thursday, 10th April, 2pm www.intactsoftware.com/genetiq-launch

New Unswitched Safety Shutter Socket Outlets from Click Scolmore

Click Scolmore has added new Unswitched Safety Shutter Socket Outlets to some of its popular wiring accessory ranges.

This new range brings 1-gang and 2-gang unswitched socket outlets, with integrated 3-pin safety shutters as standard, to the Mode and Part M collections, as well as to the most popular finishes in the Deco and Deco+ ranges – satin chrome and stainless steel.

The 3-pin safety shutter is a feature that prevents foreign objects from being inserted into live contacts, which brings a crucial layer of protection, making these sockets ideal for both residential and commercial installations.

The new unswitched safety socket outlets in the Deco and Deco+ finishes are available with a choice of black or white inserts, further expanding the possibilities of a project’s appearance.

Each product is rigorously tested to BS 1363 standards, offering installers and end-users peace of mind alongside Click’s 10-year warranty.

For more information on Click’s full range of wiring accessories, visit the Scolmore Group website –www.scolmore.com

Unicrimp continues to expand its comprehensive range of Q-Crimp cable management accessories, and its most recent development sees the launch of Pink PVC Sleeving.

Cable sleeving is used to insulate and protect wiring, keeping it safe from abrasion and temperature damages, to name a couple of functions. Unicrimp’s new Pink PVC Sleeving is designed for use in applications where ‘functional’ and ‘protective’ earthing need to be distinctive – a crucial element in order to comply with BS 7671 regulations. The standard BS 7671:2018+A2 identifies that functional earthing conductors must be identifiable to avoid confusion with other earthing systems. Specifically, it specifies that functional earth conductors should be marked with pink sleeving.

The pink-coloured sleeving should be applied to the conductor’s insulation, making it visibly distinctive from other conductors within the system. This is particularly important in complex systems that incorporate multiple types of earthing, as it helps electricians and engineers quickly identify and correctly handle the functional earth conductors, ensuring safety and efficiency in the installation process.

The new sleeving is available in three sizes - 100M X 2MM, 100M X 3MM and 100M X 4MM. Unicrimp offers a full range of colour coded PVC sleeving and heat shrink options, including black, grey, brown, blue, and mixed reels. The full range is available to view on the Unicrimp website –www.unicrimp.com. www.unicrimp.com

The Airmaster Cooling Range

Throughout the seasons of the year, whether it is too hot, too cold or ventilation is needed, Airmaster has it mastered and right now, running in to the hot Summer period the requirement for a wide range of Cooling fans is fully covered by Airmaster.

Desk Fans from 6in up to 16in and with 2 or 3 speeds plus Table/Wall Fans again up to 16in and with 3 speed settings are the core of the range. Pedestal and Tower Fans come next, the former now having both a Remote Control and an all Black version as well as our standard White finish featured across all Cooling products.

Completing the Fan range are Chrome finish

Antique styles of both a 16in Pedestal and 16in Desk Fans plus an 18in High Velocity floor standing Fan.

Finally an optional method for air cooling and now firmly established in the Airmaster Cooling portfolio is a wide selection of Portable 9,000 and 12,000 btu Aircon units, some with wi-fi and remote controls and the most recent addition – a 9,000 btu unit operating at a low noise level of just 45dB.

Further information please call 0208 503 8500 www.cedelectrical.co.uk.

Standing the test of time

Sangamo has been manufacturing its Round Pattern Time Switches for over 65 years, and in that time has sold more than 11 million units.

Trusted by installers for a wide variety of applications, the simple dial and levers make setting the switch up for daily fixed timings a breeze with no complicated menu options to navigate through. All Round Pattern Time Switches are also 20 Amp rated, providing a more robust switch than most other products on the market.

The switches are split into four categories:

a) Basic ‘black dial’ 24-hour time clock for simple on and off switching of up to 20A

b) Standard 24-hour ‘red dial’ switch with added 100 hour battery reserve

c) Solar Range - specially designed for lighting applications

d) Digital Range - the newest addition combines the high capacity and reliability of the electro-mechanical models but provides full seven-day programming. Sangamo often hears from people with Round Pattern Time Switches lasting 40-50 years. When they need a replacement, they assume it's no longer available. However, the design hasn't changed, so a new RPTS is fully interchangeable with one from decades ago. www.espuk.com

Unicrimp introduces Pink PVC Sleeving Reels

Precise modelling and monitoring crucial to charge point roll out

Dave

A. Roberts, CTO at VisNet from EA Technology, warns that without accurate low-voltage network modelling and monitoring, operators risk costly delays and inefficiencies when adding new charge points to their networks

The addition of thousands of new electric vehicle (EV) charge points across the UK will present capacity issues to owners and operators of the country’s electricity grid. In-depth low voltage network modelling and monitoring will help grid operators identify the best locations to install new EV charge points without overwhelming the energy supply Distribution network operators can address these problems with precise modelling and monitoring of their low voltage distribution networks. In so doing, they can support the Government’s efforts to grow the EV market and encourage user uptake over the next few years as part of the wider push for net zero.

“Transitioning to electric vehicles is hugely significant for the UK to reduce harmful emissions and help achieve our country’s net zero goals,” said Roberts. “The UK’s low voltage distribution networks will underpin the EV transition. Electricity operators can play their part with more granular, in-depth modelling and monitoring of their networks to accurately identify where there is capacity on the network to install the thousands of new charge points that are needed.

Roberts explained: “We know from real world trials and monitoring data that a single electric vehicle uses approximately the same amount of energy in a year as a house. Currently, there are 34 million cars on the UK’s roads compared to the UK’s 25 million or so houses. If every car goes electric over the next decade, that’s the equivalent of doubling the UK’s housing stock. Operators are looking at ensuring they have available capacity where it’s needed in their distribution networks to meet the demand for charge points that the increase in electric vehicle numbers will create.”

Roberts’ comments follow the publication last month of a report by the UK Parliament’s Public Accounts Committee” (PAC), which warned that the rollout of EV charging points across the UK is currently uneven and risk overlooking parts of the country including rural areas. The PAC report said that the government was on track to reach its stated target of 300,000 charging points by 2030, but that rollout was “patchy” and there were stark regional divides in numbers and availability

- including too few installed outside London and south-east England.

According to the latest data from the Department for Transport, more than 75,000 public electric vehicle (EV) charging points are reportedly now in operation across the UK, with two new points installed every hour. The number of public charging points sits alongside approximately 850,000 domestic charging points in the UK.

Roberts continued: “With more accurate modelling and monitoring, operators can maximise their existing distribution infrastructure to support more EV charge points and avoid disruption and extra costs from installing more infrastructure. Operators can use accurate usage data to properly plan their network upgrade plans and the related costs over a manageable time period.

“Better modelling and monitoring data also allows operators to accurately identify congestion, or “pinch points”, in the supply of energy to users. Importantly, they can identify not only the location, but also at what time during the day the congestion occurs.”

Ian Cooper, Head of Product and Strategic Sales for VisNet Modelling, explained in more detail the significance of location combined

with availability of capacity. “The challenge for distribution network operators is to identify where to install charge points to best suit demand for EV charging and which match with the capacity available on their network as well.”

He continued: “At this early stage in EV rollout, when it comes to installing charging infrastructure, time is of the essence. The UK is going to need tens of thousands of charge points over the next decade, and operators can jump-start this process by putting in charge points firstly in locations where there is capacity on the distribution network. To do so depends on having granular, local, accurate visibility of the capacity available, which can vary even from street to street.

“Here at VisNet, the capacity maps produced by our network-based modelling and monitoring solutions enable grid operators to “see” precisely where they can install charge points at a local street level.”

Cooper concluded: “By focusing on these locations initially, they can help meet the UK’s growing demand for EV charge points in an efficient and cost-effective way, which minimises disruption so that roads are not dug up and new cabling not installed until absolutely necessary.”

EV charger compatible consumer units – A short guide

As the EV market continues to grow, so does the importance of dedicated circuits to prevent overloading, integrated surge protection, and space-efficient designs for installations in constrained areas. Here Niglon explores essential considerations for EV charger installations

As electric vehicles (EVs) become increasingly common, so too does the need for reliable and safe home-charging solutions. Niglon understands the importance of dependable electrical infrastructure. That’s why the company has introduced a dedicated category of EV Distribution Boards into its latest offering —designed to meet the demands of modern home charging whilst maintaining the high standards expected of all Niglon products.

This guide outlines the key features and essential considerations when choosing a Niglon consumer unit for your EV charger installation. This is particularly useful for installations in garages where space, safety, and performance, are all key considerations.

Niglon’s EV boards come in a myriad of enclosure types, from die cast aluminium and Polycarbonate/ABS (both IP65 rated), to mild steel (IP20 rated) where less rigorous environmental conditions are likely to be encountered. All units are offered with bi-directional RCBOs in either B or C curve, which are protected by a Type 2 surge arrestor. Moreover there is the ability to purchase the enclosures empty as standalone items, as it is recognised there is demand for a high level of customisation within this product group.

All units are manufactured to the relevant standards (BS EN 61643-11 & BS EN 61009-1) and carry Semko certification from Intertek, helping electricians carry out safe, efficient installations with full confidence.

Features and benefits

1. Dedicated Supply

Niglon supports the installation of a separate and dedicated circuit for your EV charger, which allows for reliable, consistent charging performance. Whilst it may not always be necessary to do so, provisioning in this way avoids overloading any existing electrical circuit and thereby helps ensure compliance with current wiring regulations.

2. Integrated Surge Protection

All of Niglon’s pre-fitted units feature built-in Surge Protection Devices (SPDs), designed to shield both the charger and other connected electrical equipment from the damaging effects of voltage spikes and electrical surges.

3. EV Cable Compatibility

Correctly sized knockouts and ample wiring space ensure cable sizes and configurations commonly used in EV charger installations are easily accommodated. This installer-focused product engineering ensures a seamless and compliant installation process.

4. Space-Efficient Design

With garage installations often limited on space, Niglon’s units are designed with compact footprints—ideal for environments where functionality must not be compromised by size constraints.

About

Niglon

Niglon is a family-run electrical distributor with over 80 years of experience supplying components to electrical wholesale industry. Originally known in the 1940s as S D Hinley, the company became incorporated in 1966 and now offers a wide range of over 4500 products to choose from, including: circuit protection, wiring accessories, and industrial accessories. The company strives to be a convenient one stop shop for a range of electrical items, whilst continued investment ensures the customer gets the right product, on time, and at a competitive price.

For more details about Niglon’s products or to get in touch with the team, visit niglon.co.uk or call 0121 711 1990.

Opportunities for installers: why simplicity is key in the transition

Lee Sutton, co-founder and chief innovation officer of myenergi, explores the UK’s continued progress in the transition to electrification, outlines the numerous opportunities for independent electrical installers, and explains why demand for simple, smart and sustainable home charging technology is booming

The transition to electrification remains a major priority when it comes to meeting the government’s looming net zero targets. But while decarbonising the national car parc feels like a monumental task, it’s safe to say that the UK is quickly gaining momentum. Indeed, from the rapid development of charging infrastructure to accelerating plug-in vehicle adoption rates, progress remains hugely positive.

According to insight from the Society of Motor Manufacturers and Traders (SMMT), for example, electric vehicle (EV) registrations are up more than 50 per cent year-on-year, with one in four new cars sold now reportedly a plug-in model. What’s more, the decline of internal combustion engines (ICE) continues, with diesel cars comprising a meagre 6 per cent of all new vehicle registrations in 2024.

Most importantly, consumers are in it for the long haul, with 97 per cent of all EV drivers adamant that they wouldn’t ever consider going back to an ICE powered vehicle. If this pace continues, projections suggest that the car parc of 2030 will play host to between 8-11 million EVs, with plug-ins comprising the vast majority of all registrations.

While the UK’s transition to electrification is a significant step forward, both from a technology and environmental perspective, it also presents a significant commercial opportunity for installers. Indeed, as EVs quickly scale from the early adoption stage to a mass market solution, demand for reliable charging solutions is accelerating fast in parallel. The real priority for independent electrical installers is to understand how best to capitalise on the shifting market and jump on its potential.

How big is the opportunity?

The latest data from Zapmap suggests that there are now more than 73,000 public EV chargers in the UK (108,410 connectors across 37,011 locations). These statistics include the rapidlygrowing number of devices installed at service stations, but also comprise on-street devices, independent charging stations and destination chargers in car parks, hotels and other popular locations.

In just 12 months, deployment has rocketed by 37 per cent, with far more charging locations

than petrol stations (currently standing at 8,400 – down 80 per cent since 1970). Importantly, the deployment of fast, rapid and ultra-rapid devices is soaring, with almost 50 per cent (9,967 of 19,834 devices) installed during 2024 classified as such.

Putting these public charging statistics to one side. After all, it’s important to remember that an impressive 85 per cent of all EV charging is said to take place entirely on the driveway. While the public network is important, it’s vastly overshadowed by the role of home charging.

Taking into account the current number of EVs on UK roads (1.3m+) it’s fair to suggest that more than three quarters of plug-in drivers rely on home charging devices (at least 975,000) – either in addition to using public chargers, or instead of. If we multiply this by projections for the UK car parc of 2030, home charging deployment will likely increase almost ten-fold. With demand for the safe and certified installation of millions of home chargers set to increase dramatically within the next five years alone, there’s an enormous opportunity for installers to take advantage of the sizable task ahead. The priority is to prepare your business, upskill your team and incorporate the transition into your day-to-day.

Taking control of the situation

To learn more about the training and qualifications needed to install an EV charger, visit the City & Guilds website. There, you’ll find a comprehensive selection of expert courses,

along with detailed information on how you can take advantage of the opportunities arising from the UK’s transition to electrification.

When it comes to understanding the charging options available, there’s a huge number of comparison websites and reviews for prospective buyers. These free services compare the features and benefits of the market’s leading solutions –as well as the cost – making it simple to choose the right product for your customers. Becoming acquainted with the latest, and most advanced solutions, should be a priority.

At myenergi, we’re renowned for designing the world’s first eco-smart EV charger – zappi. Alongside offering standard charging modes, it can integrate with a customer’s solar panels or wind generation to reduce the cost and carbon footprint of charging at home. With a whole host of carefully-designed features to give customers complete control of their charging experience, it can be paired with the myenergi app to utilise economy tariffs, offer boost functionality and provide real-time monitoring. zappi has been designed with simplicity in mind, making it one of the easiest devices on the market to install. Indeed, wireless connectivity means fishing long CT cables can become a thing of the past, while PEN fault protection means the install doesn’t require an earth rod – no digging up driveways, better aesthetics and quicker installations all round!

Reflecting changing demands

As the transition to electrification builds further momentum, the market will quickly shift from growth stages to true mass adoption. As a direct result, we’ll see OEMs invest heavily on expanding their EV line-ups and technology firms continue to develop (and enhance) the charging solutions of tomorrow.

We’ve already seen the latter happening first-hand, with dozens of new home chargers entering the market over the past 24 months alone. Keeping abreast of these changes is important, as is understanding their strengths, weaknesses, features and benefits. After all, while some customers will purchase direct from the manufacturer, the vast majority will pick up the phone direct to their local installer.

Of course, there are certain rules and restrictions that will affect which devices are the

best choice for any householder, such as new charging legislation, which dictates that every home charging device must now be ‘smart’.

However, while legislation is a major driver of the marketplace, so too is consumer preference. Interestingly, when it comes to home chargers, simplicity is fast-becoming king.

With EVs now designed firmly around ergonomics, efficiency and ease of use (replacing buttons with single display units, embracing smart phone control, etc.), drivers see home charging technologies in much the same way. Long gone are the days of complex controls and thousands of options – users now want far more of a plug and play solution.

Performance remains key, as does widespread compatibility with time of use tariffs, remote operation and added functionalities like solar integration, but the mass market is predominantly looking for ease of use.

As a result, many manufacturers are moving away from display screens – opting instead for total control via a smartphone app, while more still are streamlining the size of their chargers. There’s real demand for smaller, sleeker, more aesthetically-pleasing units, which blend into the surroundings and reﬂect the modern design of the EVs they charge.

Having the knowledge to advise best-in-class solutions, award winning models, future-proof

systems and the most attractive customer options is a critical part of unlocking the available opportunities. The market is far from price driven and getting ahead of the curve will prove pivotal to filling up the order book.

Looking to the future

As the transition to electrification gains momentum and over 30 million drivers are

set to make the switch to electric vehicles, the opportunity for electrical contractors is immense. Those who act swiftly to capitalise on this growing market will find home charger installations becoming a vital part of their service offerings.

For more information about myenergi, or its eco-smart zappi EV charger, visit www. myenergi.com.

Smart charging at home halves the cost of EV ownership

As more consumers turn to EVs for their cost-saving benefits, a new report reveals that running a BEV is over 50 per cent cheaper than an internal combustion engine (ICE) vehicle. Despite this, misconceptions about home charging costs persist, with many ICE drivers hesitant to switch. Andersen’s latest EV charging solutions aim to meet the growing demand for affordable, high-tech home charge points

According to the Society of Motor Manufacturers and Traders (SMMT), March was the largest month ever for registrations of electric vehicles (EVs). Notably, battery electric vehicles (BEVs) grew 43.2 per cent year-on-year, and plug-in hybrids (PHEVs) grew 37.9 per cent over the same period. The rising adoption rates are a reflection of growing consumer awareness of the cost savings associated with EV ownership compared to internal combustion engine (ICE) cars.

Andersen, the premium home charge point provider, produces a quarterly Index analysing domestic charging costs. Its Q1 report revealed that the annual cost of running a BEV – road tax, recharging, servicing and insurance - is 50.2 per cent cheaper than the £2,316 needed to run an ICE car over the same period. Despite this positive news, a recent survey by the company showed that 27 per cent of current ICE drivers are less likely to buy an EV because they think that ‘charging an EV at home would cost more than refuelling a petrol or diesel car’. The money-saving capabilities of owning an EV in comparison to an ICE vehicle are greatest when examining refuelling/recharging cost differences. Andersen reports that the

average petrol car driver covering 10,000 miles a year would spend £1,209 on fuel, compared to the £174 that an EV driver would spend on electricity to power an EV over the same distance. These figures are based on an EV driver who smart charges at home using a dedicated EV tariff, the current average of which is 7.55p/kWh.

Although public charging networks are becoming more readily available across the UK, EV drivers who charge at home on a dedicated smart tariff are saving on both time and money. Analysis of charging activity among Andersen customers suggests that the majority (92 per cent) of EV charging takes place at home, with only occasional (8 per cent) charging sessions on the public charging network.

Choosing the right home charge point

Andersen recognises that the accelerated growth in EV ownership means the demand for highly competitive and technologically advanced charge points will only increase. It is on a mission to supply accessible and premium home charging solutions to all so consumers can take advantage of the cost savings associated with EV ownership.

The Andersen product range has just been expanded with the introduction of its most competitively priced unit yet. The Andersen Quartz is a feature-rich, technologically advanced domestic charge point at an accessible price point of £695 plus VAT.

The Andersen Quartz has been designed to meet the needs and expectations of the wider range of customers who are now looking to invest in a domestic charge point that offers style as well as functionality, as the EV market moves towards mass adoption.

Unlike Andersen’s previous units, the A3 and A2, the Andersen Quartz is the brand’s first unit to be made available as either a socketed unit, so customers can use their own cable, or with a tethered cable for added convenience. It can also be specified as 7kW single-phase or 22kW three-phase to facilitate the fastest possible domestic charging.

The Andersen Quartz has been built upon the foundation of previous successful models, and users will still have the option to personalise their Andersen Quartz to suit their preferences. They can choose from a palette of over 100 colour combinations for the fascia and body, ensuring the unit can blend in with or stand out from its surroundings.

Focused on functionality and ease of use, the unit’s state-of-the-art electronics, created by the Andersen in-house R&D team, offer full compatibility with solar power and can make the most of the low-cost electricity tariffs that enable users to smart charge at a fraction of the cost of public charging. The feature-rich unit can be controlled through the refreshed Andersen app or via an optional display screen. The app also allows the user to track their energy consumption and expenditure, and schedule future charging sessions to minimise cost or environmental impact.

Every Andersen product is hand-built to order and undergoes 50 separate quality checks before being dispatched to customers. Andersen products are the only domestic charge points to be covered by a marketleading seven-year warranty.

For more information, visit: andersen-ev.com

For faster, simpler and safer testing.

Test Smarter, Charge Safer.

Kewtech’s complete EV testing solutions

KT66DL

The 12-in-1 complete MFT with EV test capability

KEWEVA

The markets simpli ed EV adapter

Scan to view our EV range

KT64DL

The UK’s smallest MFT with EV test capability

Darren Hodson, WAGO UK & Ireland

Tell me about yourself and your career at WAGO…

I am proud to say I have spent 30 years in the electrical industry!

While I was studying for my A levels, my sister’s boyfriend—an electrician—invited me to help to help pull cables on a house rewire. We went to an electrical wholesaler, and I absolutely loved the buzz of the trade counter; There was so much going on and bacon sandwiches were being served—it had such a busy and welcoming atmosphere. The day after, I walked to five electrical wholesalers in Redditch, where I lived, and found a job working in the warehouse in one of them. And that was the start of my career.

In terms of my time at WAGO, I joined in June 2019 as Sales Director after 15 years at Schneider Electric. WAGO UK was a small business at the time with a £19m turnover. I was brought in to develop the sales function to focus on distributors, end users and the channels (OEMs, panel builders, integrators), and to set the business up for future growth. I became Managing Director in June 2024, and I am pleased to say we achieved a turnover of £45m last year.

What motivated WAGO UK to invest in a new, purposebuilt headquarters?

WAGO has been in Rugby since the mid-1980s. The town’s central location in the ‘golden triangle’ between the M1, M6 and M42 makes it handy for customers. However, when we considered building a new headquarters,

This whole building is WAGO! When a customer visits now, we can convince them of the superiority of our products far more easily, because we’ve got it here - whether that’s software, systems, services, or products.

staying here and being part of the community was critical. We did not want to put our skilled workforce at risk; some 60 per cent are based here, so continuity was important. I am pleased to say only two left due to the move.

Could you tell us about the signiﬁcance of Houlton as the location for the new headquarters? How does its history play a role in WAGO’s vision?

Houlton was the site of the first low-frequency radio mast and the world’s largest radio station. Indeed, the first commercial transatlantic telephone call, transmitted from Houlton, was sent to the American Telephone and Telegraph receiver site in Houlton, Maine, USA, in 1927. It is therefore a fitting site for the business, which aims to empower connections!

What does WAGO hope to achieve with this new facility, both for the company and the community?

Previously, WAGO was based across three facilities, which presented challenges. Having everyone under

one roof was important, and helps WAGO develop and progress the careers of our people, making it easier to attract new talent. The new facility also enables WAGO to build on existing connections with the local community; engaging with local schools and community groups as an example. We also want local businesses to be able to use the conferencing facilities at the headquarters. We can host up to 85 people in our training and conference facilities, and our customers can bring in users to be trained and learn about our work - not only in connections - but also in automation and controls. This shared use was paramount when the building was first designed.

WAGO’s new HQ is built to a BREEAM Excellent standard. Could you elaborate on the sustainability features of the building?

We want our headquarters to be 100 per cent sustainable, so the new building has been designed to be as eco-friendly as possible, and its BREEAM Excellent certification puts it in the top 10 per cent of buildings in the UK. The building uses everything from harvested rainwater, which is used for wastewater in toilets and sinks, to air source heat pumps and solar power to reduce the building’s carbon footprint.

What challenges did WAGO face during the design and construction process to meet such high standards?

Even to buy the land, WAGO had to agree to implement building features and technologies to secure BREEAM certification. So sustainability was factored into the design and construction piece from day one. Little things like doors had to be swapped out at the design stage to ensure the highest possible adherence to sustainability standards. The roof had to be reinforced to allow photovoltaic panels to deliver 100 per cent of the building’s energy in the future.

How does this new HQ align

with WAGO’s long-term strategy for growth in the UK?

The new headquarters represents a significant investment in the UK for WAGO. The UK business had to demonstrate growth to the WAGO family owners first, and show that the correct approach was being taken in this critical market, for the firm to secure the investment. For us to take the next step in this organisation and become a £100m business, the building is critical – it even allows us to double existing warehouse space over time. It also helps establish a strong working culture across the business and provides a place for everyone to call home.

Could you explain the importance of integrating WAGO products in terms of showcasing their capabilities?

My sales experience told me it was important to have a facility that could become the ultimate sales tool - regardless of whether you’re an electrician, a distributor, an OEM, or an end user. This whole building is WAGO! When a customer visits now, we can convince them of the superiority of our products far more easily, because we’ve got it here - whether that’s software, systems, services, or products.

I want it to be seen as a statement of intent for WAGO. Yes, we are rightly known for our connections, but also have a lot of capability around solutions, software, control and automation, and we want to become recognised as a market leader in those spaces.

Q: A:

What does the future look like in terms of expansion and innovation for WAGO?

We now have a facility where we

can test a product or solution and embed it in our infrastructure. Whether that’s a new automation controller, a new piece of software or a SCADA system, we can allow customers to ‘try it before you buy’ in this very building. In this way, the new headquarters will allow WAGO UK to expand because that’s the critical piece: we are driven to achieve our ambition of a £100 million pound turnover, and the new headquarters puts us firmly on our way!

www.wago.com/gb

Ensure you are up to date with BS 7671

Have you got your brown book yet?

Every day we see more and more new and emerging technologies in our industry and we need to keep abreast of these changes. To keep you and your customers safe and to keep on top of recent changes, make sure you have the very latest edition of the IET Wiring Regulations.

Use our handy timeline to quickly and easily check that you’re up-to-date at theiet.org/regs-checker-ET.

Buy your copies of the book and expert guidance publications, also available as digital subscription packages from the IET Bookshop today at theiet.org/brown-book-ET.

The Institution of Engineering and Technology is registered as a Charity in England and Wales (No. 211014) and Scotland (No. SC038698). Futures Place, Kings Way, Stevenage, Hertfordshire, SG1 2UA, United Kingdom.

Home energy evolution: A smarter, more sustainable future

by Frédéric Godemel, EVP Energy Management, Schneider Electric

The term ‘home’ has always been synonymous with safety and comfort – our escape from the outside world and the center of our daily routines. But as lifestyles evolve, so do the demands on our homes. More remote work, more online learning, more entertainment, more demand for energy – all mean our homes are working harder than ever.

At the same time, energy prices remain stubbornly high in Europe, while geopolitical conﬂicts and supply chain disruptions continue to fuel market instability worldwide. These unpredictable spikes put enormous pressure on household budgets, forcing families to make tough decisions about where to cut costs.

To adapt to an increasingly unpredictable world, the technology that powers our homes must evolve. Living smarter, more efficiently, and affordably is now essential, and energy efficiency holds the key. By reducing waste and optimising energy use, households can cut costs and ease the burden of volatile energy markets. Today’s technology makes it possible to fully automate this process, simplifying the shift toward efficiency.

But energy efﬁciency isn’t just about saving money—it’s crucial in both good times and tough. It plays a key role in decarbonisation and is a signiﬁcant step toward sustainability and environmental responsibility.

Let’s explore how smarter energy management can deliver both ﬁnancial savings and environmental impact, transforming our homes into resilient, sustainable spaces for the future.

Shifting attitudes

toward

A recent global survey conducted by Schneider Electric highlights the shift in attitudes toward home energy efficiency. The report, which surveyed 13,000 people from 11 countries, found that a significant majority (84 per cent) identified energy efficiency as their most desired home improvement, and 70 per cent expressed that reducing their carbon footprint is important to them.

Often, the hardest thing to change can be people’s attitudes, so it’s encouraging to see more people acknowledging the importance of sustainable improvements. This may have been a result of rising energy costs in recent years, which acted as a catalyst to changing attitudes around energy efﬁciency. That said, the ﬁndings also reveal a disconnect. While small

actions—like turning off lights or unplugging unused devices—are widely practiced, fewer people are taking high-impact actions. For example, the vast majority of energy usage in homes goes to heating and cooling, so adjusting the thermostat to an appropriate temperature can signiﬁcantly cut down energy usage.

Clearly, there is an opportunity to close this knowledge gap and empower homeowners to make smarter energy choices.

Smartest action is to have the right temperature at the right time and place thanks to automation and control.

Change starts at home

Home energy use has a major part to play in global decarbonisation, today accounting for around 20 per cent of global CO2 emissions. This makes energy management one of the most signiﬁcant ways individuals can contribute to sustainability efforts. The challenge lies in how we heat, cool, and power our homes — often with inefﬁcient practices that waste both energy and money.

Half of the solution is to integrate clean, renewable energy into your home – either by purchasing directly from the grid or producing it yourself. For many households, high upfront costs and ongoing maintenance of solar technology presents a barrier, although this technology has become much more accessible in recent years.

The other half of the solution – arguably the easier and quicker path – is to tackle energy demand with more electriﬁcation and smarter energy use. Adjusting everyday behaviors while also leveraging energy-efﬁcient technologies and automation can make a huge difference. For example, what many people don’t realise

is that just small temperature adjustments to heating and cooling (which typically account for the largest portion of home energy use) can signiﬁcantly cut energy consumption. Smart thermostats, powered by AI and machine learning (ML), can automate this process, dynamically optimising temperatures based on occupancy patterns and external weather conditions

Smarter homes, bigger savings

Digital technology is a game-changer for home energy efﬁciency, and the good news is that it already exists today. Smart home devices, such as Home Energy Management Systems (HEMS), not only monitor energy usage but also automate optimisation without requiring user input. These systems leverage AI to analyse real-time energy data, automatically adjusting appliance usage, shifting energy-intensive tasks to off-peak hours, and integrating with smart grids to respond to price ﬂuctuations.

Despite their benefits, adoption of smart home technologies remains low. Schneider Electric’s survey revealed that only 21 per cent have installed smart thermostats. The most common barrier? Cost. Around half (52 per cent) of consumers perceive these technologies as expensive, even though connected homes can achieve energy savings of up to 22 per cent. These investments can pay off quickly. Our previous research found that 25 per cent of homeowners who invested in energy efficiency measures reported seeing a return on investment within just one to three years – before then continuing to benefit from cost and carbon savings, permanently. This is thanks to the ability of smart home solutions to automatically adjust heating and cooling in unoccupied rooms or shift energy use to offpeak hours, reducing both costs and emissions without sacrificing convenience.

Your role in the energy transition

Our homes are deeply connected to every facet of our lives, but the energy decisions we make at home can have a much wider impact. By adopting smart home solutions like HEMS, households can become active participants in the transition to a more sustainable future. The time to act is now. Start small by making smarter energy choices or take the leap by investing in innovative technologies. Together, we can make a difference, one home at a time.