Future Homes Standard drives heat pump demand

Kensa, a British heat pump manufacturer, and GTC, an independent utility infrastructure provider, say the Future Homes Standard is accelerating demand for low-carbon heating, with thousands of ground source heat pump installations already secured. The two companies report that their networked ground source heat pump approach has reached more than 6,000 units, with contracts agreed across major housing developments and further discussions under way for more than 20,000 additional installations. The Future Homes Standard, due to take effect from March 2027, will require new homes to produce significantly lower carbon emissions compared with previous building regulations. Homes started after March 2028 will need to use heat pumps or low-carbon heat networks instead of fossil fuel-based heating systems. Housebuilders will be able to choose between air source and ground source heat pumps, with grid capacity emerging as a key factor in technology selection. Kensa and GTC state that their shared approach uses networked ground source heat pumps, which draw heat from the ground to provide heating, hot water, and cooling. The companies say this reduces electricity demand during peak periods compared with air source systems while supporting more stable energy use. The model is also intended to support developments where grid constraints may otherwise limit construction. Networked systems gain traction with housebuilders The companies report that their approach has been adopted by several major housebuilders, including projects such as the Cosmeston Farm development in Penarth. They state that networked ground source systems can operate with similar power requirements to gas-based heating, while supporting lower carbon emissions and reduced reliance on peak electricity demand. James Priestley, CEO of Kensa, suggests, “The Future Homes Standard is triggering a clean industrial revolution. It gives the UK a clear route away from gas and sends a strong signal that clean, efficient heating is the default for new homes. "We firmly believe networked ground source heat pumps are the best solution. With thousands of unit orders, including with the largest housebuilders, this allows us to invest and build our supply chain with confidence, scale UK manufacturing, and deliver for our customers.” Neal Herbert, Managing Director at GTC, says, “The sector needed clarity from the Government that new homes will no longer use fossil fuel for heating. Housebuilders can now plan the transition to electric-based heat solutions." Perran Moon, Camborne and Redruth MP, adds, "The Future Homes Standard demonstrates the Government's continued commitment to the UK's green energy transition and the 2030 clean energy goals. "Kensa, at United Downs, yet again emphasises that Cornwall is at the cutting edge of that movement. Ground source heat pumps will allow homes in Cornwall and across the UK to access consistent, natural warmth whilst also creating new skilled jobs to boost the Cornish economy.’’ For more from Kensa, click here.

From energy-saving lamps to smart, circular LED systems

In this exclusive article for ECN, Paul Stearman of Greenlight Connexions explores the development of LED technology and how attention is now turning towards new areas which have direct implications for electrical contractors: LED lighting has been around for quite a while. At the end of the last century, LEDs were mainly used as indicator lamps – simply a small light to tell you when something was on or off. Back in 1993, Shuji Nakamura, working with Nichia in Japan, made the breakthrough by producing the first Bright Blue LED chip. Nichia was a major producer of phosphor coatings and found that coating a bright blue LED with a phosphor produced white light. Further research and development ensued and, in the early 2000s, we began to see the introduction of LED lamps and luminaires, unlocking the path away from inefficient incandescent and fluorescent lamps. What followed was a fundamental shift in lighting design, installation, and lifecycle management. LED lighting has moved from niche technology to the dominant light source across the UK built environment. For electrical contractors, this evolution has reshaped not only the products being installed but also the skills, services, and value that the industry delivers. Today, the industry is entering a new phase. While early LED adoption focused on energy savings and long life, attention is now turning to smart controls, circadian lighting, and circular economy principles, all of which have direct implications for UK electrical contractors. The first LED revolution The initial adoption of LED lighting in the UK was driven by two clear benefits: lower energy use and longer lifespan. Compared with tungsten or halogen lamps, LEDs use 90% less power and last many times longer. With fluorescent lighting, energy savings begin at 65%. This made them a clear choice as Part L requirements became stricter and clients aimed to cut energy and maintenance costs. Government policy and regulation have sped up the adoption of LED lighting. The gradual phase-out of inefficient lamps, combined with rising electricity prices, has pushed LEDs into mainstream commercial, industrial, and residential use. For contractors, this has meant a shift from routine lamp replacement to large-scale retrofit projects and lighting upgrades. Smart and connected lighting takes centre stage The current focus of LED development is on intelligence rather than just light output. Modern LED installations increasingly include smart controls, sensors, and connectivity, integrating lighting systems into broader building management strategies. For commercial and industrial clients, networked LED lighting delivers benefits such as automatic dimming, occupancy based control, and centralised monitoring. For contractors, this means lighting projects increasingly involve commissioning, software configuration, and integration with other building systems. Human centric and circadian lighting Human centric lighting now plays a vital role in LED specifications. Tunable white LED systems can adjust colour temperature and brightness throughout the day, enhancing alertness, productivity, and wellbeing. These solutions are becoming more common in offices, healthcare, and education projects. From an installation perspective, circadian lighting typically involves advanced control protocols, closer collaboration with designers, and more detailed commissioning. Sustainability and the circular economy Sustainability discussions have shifted beyond just energy efficiency. Clients now prioritise product longevity, waste minimisation, and end-of-life strategies. Consequently, manufacturers are designing modular LED luminaires where drivers and control gear can be replaced without removing the entire fitting. This approach promotes circular economy principles and creates new opportunities for maintenance, refurbishment, and upgrades within existing installations. Retrofit remains a major opportunity Despite the widespread adoption of LED lighting, much of the UK’s building stock still relies on older fluorescent and other discharge lighting. For electrical contractors, retrofit projects remain a significant opportunity, especially when lighting upgrades are combined with controls, emergency lighting, and compliance enhancements. Looking ahead The future of LED lighting will be shaped by closer integration with smart building systems, greater use of data, and more demanding sustainability standards. Electrical contractors who develop skills, control expertise, commissioning, and long‑term service offerings will be best positioned to succeed. From Shuji Nakamura’s 1993 breakthrough to today’s smart, human-centric circular lighting systems, LED technology has fundamentally transformed the lighting industry. For UK electrical contractors, the opportunity now lies not only in installing luminaires, but also in delivering intelligent, sustainable lighting solutions that provide long‑term value.

TRILUX opens Light Studio in London

TRILUX, a manufacturer of professional lighting systems, has opened a Light Studio in Charterhouse Square, London, creating a space for customers to explore lighting applications and collaborate on projects. Located within London’s design district, the facility is intended to support engagement with customers across the UK and international markets. The studio brings together demonstration areas, project workspaces, and meeting facilities in a single environment. The layout is centred around a ‘sphere of light’ feature, with the space divided into three areas: a welcome zone, an inspiration stage, and a collaboration area. Each section is designed to support different stages of project development. Visitors can view lighting systems in practical settings - including office-style environments - and work with TRILUX teams on live projects. The studio also includes areas for workshops, events, and training sessions through the TRILUX Akademie. A studio designed for project collaboration The London site is intended to provide a central meeting point for customers, enabling project discussions and technical development in a dedicated setting. TRILUX states that the studio supports closer interaction throughout the design process, allowing customers to test concepts, review lighting schemes, and refine project requirements. Phil Cross, Managing Director at TRILUX UK, explains, “The London Light Studio reflects both our commitment to the UK market and London’s role as an international design hub. "With excellent connectivity, including easy access from Heathrow [Airport], it provides a natural meeting point for customers and partners working across multiple markets.” Leighton James, Product & Marketing Director at TRILUX, adds, “The Light Studio is about bringing our customers closer to TRILUX in a very practical way. "We wanted to create a space where people can experience light, explore applications, and have meaningful conversations around their projects. "Being in central London allows us to be more accessible and responsive, while giving our customers a place to meet, collaborate, and develop ideas together.” The studio was formally opened at an event attended by customers and representatives from TRILUX’s headquarters. For more from TRILUX, click here.

Segen launches solar panel recycling scheme

Segen, a renewable energy equipment distributor, has introduced a solar panel recycling scheme aimed at commercial installers and organisations managing end-of-life solar assets. The initiative responds to growing volumes of decommissioned panels as the UK’s installed solar capacity increases, particularly across large-scale commercial systems and repowering projects. Delivered in partnership with Pravas Sustainable Technologies, the scheme is designed to provide collection and recycling of panels, with recovered materials reintroduced into manufacturing supply chains. The service will initially focus on commercial projects, allowing installers and system owners to arrange compliant removal of panels from operational sites. A second phase, expected later this year, is planned to extend access to residential installers and customer drop-off points. Customers will pay a fixed fee per panel, with a minimum collection volume of one pallet, equivalent to 35 panels. Collections will be available across England, Wales, and Scotland (excluding the Highlands and Islands), with collection typically arranged within 48 hours of booking. Transport costs will be quoted separately. Recycling scheme targeting end-of-life solar panels Panels processed through the scheme will be broken down to recover materials including aluminium, glass, silicon, and small quantities of metals such as silver. These materials can then be reused in manufacturing, reducing reliance on raw material extraction. The scheme is intended to support compliance with waste regulations while contributing to wider efforts to reduce landfill use and improve resource efficiency within the solar sector. Darren Sykes, Head of Warehouse & Logistics UKI at Segen, says, “With the UK’s commercial solar capacity continuing to expand rapidly, more installations are reaching the end of their operational life or being repowered as technology advances. This creates a significant challenge for installers and system owners who need a reliable, responsible way to manage old panels. "Our recycling scheme will not only ensure panels are handled safely, but will also recover valuable materials for reuse, reduce landfill impact, and strengthen our customers’ ESG credentials, helping the industry move towards a truly circular model of solar deployment.” For more from Segen, click here.

GTC to deliver smart home infrastructure

GTC, an independent utility infrastructure provider, has been appointed by residential property development company Barratt Redrow to provide smart home energy and utility infrastructure at Cosmeston Farm in Penarth, Wales. The 576-home development is described as "the UK’s largest net zero carbon housing site", designed to exceed the Future Homes Standard. The project forms part of wider efforts to reduce carbon emissions in residential construction. GTC’s system will integrate ground source heat pumps, smart controls, battery storage, and on-site electricity and water networks. The infrastructure is intended to support lower energy demand while enabling residents to manage and monitor their energy use. The company will also oversee monitoring of energy performance across the site, collecting data from heating systems, solar PV, batteries, and network infrastructure. This data will be used to assess whether the development meets its net zero carbon in operation target. Cardiff University will independently review performance data from the site. Integrated systems support net zero housing The development includes shared ground source heat pump infrastructure, using boreholes to provide heating and hot water to each property. Homes will also be equipped with battery storage to support the use of renewable electricity and respond to time-of-use tariffs. The electricity network is designed to support low-carbon technologies while reducing overall grid demand. Water services will also be delivered through an integrated network. Energy monitoring and control systems will allow residents to track and adjust their usage, supporting efficient operation and grid stability. GTC worked with Barratt Redrow during the early stages of the project to develop the technical and commercial approach. John Marsh, Chief Innovation Officer at GTC, comments, “Cosmeston showcases the power of bringing together proven technologies and investment to create affordable, zero-carbon smart homes. "By combining heat pumps, smart controls, solar, batteries, and flexibility into one solution, we are delivering a blueprint for future-proofed, net-zero-carbon homes at scale.” Oliver Novakovic, Technical & Innovation Director at Barratt Redrow, says, “Cosmeston represents a transformational step in how we design and build the next generation of zero-carbon communities. "By working closely with GTC from the outset, we’ll be able to integrate advanced smart home technologies into the fabric of the development, ensuring our customers benefit from lower energy bills, greater comfort, and long-term resilience.” Jayne Bryant, Cabinet Secretary for Housing and Local Government, adds, “This landmark development sets a new standard for sustainable housing not only in Wales but across the UK and beyond.” GTC states it will own and operate the infrastructure, providing billing and network services to residents under existing regulatory frameworks, including oversight from Ofgem.

Screwfix to stock IET Wiring Regulations

Screwfix has announced that it will be stocking the IET Wiring Regulations BS 7671:2018+A4:2026 Requirements for Electrical Installations for the first time ever. The retailer will be stocking three important IET books: The IET Wiring Regulations (BS 7671), the Guidance Note 3, and the On-Site Guide. Electricians will be able pick up the books from stores, on the Screwfix app, and online from 15 April 2026, with the previous version of the book (Amendment 3) to be withdrawn six months later. Key updates to the 18th Edition (Amendment 4) include new guidance on stationary secondary batteries for electrical storage, Power over Ethernet (PoE), requirements for high rise residential buildings, cables for protected escape routes, requirements for the connecting of sources of supply, which includes battery storage and significant revisions to requirements for medical locations, including updated testing procedures. IET jointly publishes BS 7671 with the British Standards Institution (BSI). Sam Thomas, Screwfix Electrical Category Manager, says, “We’re delighted to be able to offer electricians the IET Wiring Regulations for the first time. We know this is a must-have for electricians, and we’re making it really convenient for them to purchase the books from all of our stores or through the app, and on Screwfix.com, from the 15 April.” Mark Coles, Head of Technical Regulations at IET, adds, “Amendment 4 brings the IET Wiring Regulations in line with the realities of modern electrical installation to provide requirements for the increasing complexity of today’s domestic installations. “We’re pleased to partner with a nationwide retailer that shares our commitment to supporting professional installers. Their extensive store network makes it easier than ever to access our products and their increasing focus on serving the electrical trade demonstrates a real understanding of what installers need.” For more from Screwfix, click here.

Knightsbridge launches new 2026 catalogue

Knightsbridge, one of the UK’s leading brands of wiring devices, accessories, and lighting, has launched its new 2026 catalogue, showcasing the latest innovations across its extensive portfolio. Available to the trade now, the A5-sized, full-colour publication features over 3,000 products, with a host of new additions in both the lighting and wiring accessory ranges. The 2026 edition introduces a range of new developments, including Helix non-corrosive battens, the K-Line three-circuit track system, black metal clad textured black sockets, and a significantly updated commercial lighting collection. Highlights include BT EVO bulkheads, BATM modular LED battens, SpektroLED EVO downlights, and a power-led range of USB sockets including 45W and 65W solutions. Knightsbridge’s commercial lighting offer spans retail, industrial, and commercial environments, with solutions for both indoor and outdoor applications. The portfolio includes floodlights, suspended panels, tracklights, downlights, battens, bulkheads, bollards and accessories, delivering performance, durability and modern styling. One of the latest launches is the SUR5 LED panel range – a family of surface-mounted, slimline, and suspended luminaires designed as an energy-efficient replacement for traditional fluorescent panels. Offering 4000K output, robust construction, and direct/indirect lighting options, SUR5 is well suited to refurbishment and new-build projects alike. The VIIVA range of CCT and wattage-adjustable linear luminaires provides further flexibility for commercial interiors. Available in 1200mm and 1500mm lengths, with selectable wattages and tri-CCT switching, VIIVA delivers tailored light output, glare control, modular emergency options and contemporary design. In addition to product innovation, Knightsbridge continues to support customers with a dedicated lighting design service, helping wholesalers and installers create bespoke schemes for projects of all sizes. Some other recent introductions reflect the ever-changing tastes of consumers, such as screwless wiring accessories in antique brass and black metal clad. The textured matt black finish on the new metal clad accessories combines durability with a high aesthetic and contemporary styling. Fully compatible with the existing portfolio, the SPCC steel accessories offer robust performance, installer-friendly features, and a 25-year warranty. Antique brass continues to grow in popularity among installers and homeowners, aligning with interior trends that favour mixed metal finishes. By coordinating switches and sockets with kitchen and bathroom hardware, these finishes transform everyday wiring accessories into considered design elements. Addressing demand for faster, more efficient device charging, Knightsbridge has further developed its range of USB-integrated sockets. Leading the line is the 13A double pole switched socket with dual USB-C (65W Dual Fastcharge) – one of the most powerful dual USB charging sockets available on the UK market. Users can charge two devices simultaneously at 45W and 18W, or power a single laptop at the full 65W, without the need for bulky adaptors. For wholesalers and installers alike, the new 2026 catalogue provides a comprehensive, up-to-date resource to support product selection, specification and sales. The catalogue is available in both print and digital formats. To request a copy, or to access the digital version, click here. Alternatively, you can give Knightsbridge a call on 01582 887760 or contact your local wholesaler. For more from Knightsbridge, click here.

Q&A: Strategy and growth in the electrical sector

In this interview, ECN is in conversation with Barry Taylor, Scolmore Group UK Sales Director, about the company’s recent successes, growth opportunities in the electric sector, his own role at the company, and more: ECN: Hi Barry! Can you tell us about your journey through the electrical sector and what led you to joining Scolmore Group? Barry: My journey began at 16 when I realised higher education wasn’t for me, so I joined a national wholesaler on a YTS-type scheme. I started in the warehouse and worked through roles including trade counter, internal sales, and eventually Branch Manager. From there, I moved into manufacturing as an Area Sales Manager for a circuit protection company, later taking on a specification role that gave me experience with consultants, contractors, and larger projects. I then joined Scolmore and I still remember my first meeting with Gary Mordue (Scolmore’s CEO). His vision, commitment to growth, and the family feel of the business impressed me. I’ve now been with Scolmore for almost 15 years, holding roles from Regional Sales Manager to National Sales Manager, and now Sales Director. ECN: What does your current role involve, and what does a typical day look like? Barry: As Sales Director, I ensure the sales operation moves in the right direction. I work with Regional and National Sales Managers and the Senior Management Team to support customers, grow the business, and stay ahead of the market. There’s no “typical day.” Some days I’m visiting customers or supporting the team on projects; other days I’m in the office reviewing numbers, planning strategy, or collaborating on new products. Meetings and calls are constant, and, yes, there’s a lot of Red Bull. I enjoy staying close to the team and customers – it keeps me connected to what really matters. I like to be visible; as I always say, “people deal with people.” ECN: What are the most satisfying and challenging parts of your role? Barry: The most satisfying part is hitting sales targets – it validates the strategy. I also enjoy helping people develop, whether they’re moving into new roles, securing a big order, or gaining confidence day to day. Shaping the future of the business through strategy and new initiatives is rewarding too. The challenge is juggling priorities. Multiple projects, decisions, and conversations happen at once. Balancing the needs of the business, team, and customers can be demanding, especially when timelines are tight or unexpected issues arise. It’s never dull, which is why I love it. ECN: What are Elucian’s biggest success stories over the past 12 months, and what is the focus for 2026? Barry: Over the past year, we hired a full new sales force to represent Elucian, laying the foundation for sustained growth. Another success was launching our three-phase distribution boards, which have been well received by contractors and wholesalers. Looking ahead to 2026, our focus remains on continued growth – we’re only scratching the surface of a huge market. ECN: How does Elucian gather feedback from installers and contractors to influence product design? Barry: We gather feedback from contractors on a regular basis to make sure that when we bring a product to market, it genuinely meets their needs. All of our consumer units and distribution boards have gone through extensive contractor feedback, whether through direct site visits, hands on reviews or detailed surveys. This input plays a huge part in shaping the final product and helps ensure it is well received once it reaches the market. ECN: What regulatory or technological changes will impact electrical contractors in the near future? Barry: Regulations are always evolving, with the latest Wiring Regulations amendment being a prime example. A major shift is how the industry handles DC power in traditional AC installations. We’re already seeing new RCD types designed for different electrical characteristics. This trend will continue as DC becomes more integrated into everyday systems. ECN: What are the biggest growth opportunities in the circuit protection market? Barry: Growth will come from the electrification of everyday life, particularly heating. As projects move away from gas, more buildings rely on electrical systems, increasing the need for reliable circuit protection. Demand for electric heating and low-carbon technologies will continue to rise. ECN: How will electrification, EV charging, and renewable technologies influence circuit protection requirements? Barry: As these trends grow, circuit protection will need to be smarter, more specialised, and adaptable. At Elucian, we’re developing products with this future in mind, ensuring they meet the evolving needs of modern installations. ECN: What advice would you give to electricians or contractors to stay ahead? Barry: CPD, CPD, CPD. Staying up to date is essential to ensure products are fit for purpose and installations are safe, compliant, and future-ready. That’s why Scolmore Group has invested in a dedicated Technical Engagement Team to deliver CPDs, giving contractors the knowledge and confidence to work effectively with modern electrical systems. That’s why we at the Scolmore Group have invested in a dedicated Technical Engagement Team to deliver CPDs across a wide range of topics. It gives contractors the knowledge, confidence, and support they need to work effectively with modern electrical systems. ECN: Lastly, what do you most enjoy doing away from work? Barry: Anyone who knows me will know I’m a simple man who likes simple things, so away from work I love nothing more than a pint of lager and a doner kebab. For more from Elucian, click here.

Click Scolmore adds 4-gang single-plate switch to Definity

Wiring accessories manufacturer Click Scolmore continues to invest in the development of its product portfolio with the launch of a new 4-gang, single-plate switch - a practical and stylish addition to the company’s Definity range of screwless wiring accessories. Where can this be used? Designed to meet the growing demand for flexibility without compromising on aesthetics, the premium 10AX 4-gang complete switch can be used in areas with limited wall space or in hallways and living areas without chasing the wall. The switch also allows four separate circuits to be controlled from a single-size Definity plate. This offers a clear advantage for installers and specifiers, as it removes the need for a twin-size plate and back box, helping to save space while maintaining a clean and streamline finish. Limited wall space between doors or architrave In many properties, switches are positioned between two door openings or close to an architrave, where wall space is extremely limited. Traditionally, this restricts installations to a maximum of 3-gangs on a single Definity plate, as 4-gang switches normally require a larger double Definity plate. With the 4-gang, single-plate switch, installers can now fit up to four circuits in tight spaces, avoid increasing the plate size, and maintain a clean, balanced appearance. Adding circuits without chasing the wall In hallways or living areas, it’s common to already have a 2- or 3-gang single plate controlling multiple lights. When an additional circuit is required, the usual solution is to chase the wall and install a double plate. The 4-gang, single-plate switch eliminates this need by allowing an additional circuit to be added within the existing single plate footprint, reducing installation time, mess, and redecoration costs for the end user. Where power meets style, the new Definity 4-gang, single-plate switch delivers high performance alongside a refined appearance that complements a wide variety of interior schemes, reflecting Click Scolmore’s commitment to combining functionality with design-led solutions. The new 4-gang, single-plate switches are available across the Definity range of finishes - antique brass, polished chrome, stainless steel, metal white, matt bronze, brushed stainless steel, polar white, matt black, and metal black. Inserts are available in black, polar white, and grey, with grey inserts available only in the stainless steel and brushed stainless finishes. For more information, visit Click Scolmore’s website or download the Scolmore Group app. For more from Click Scolmore, click here.

Johnson Controls brings Innovation Studio tour to the UK

Johnson Controls, a provider of building technology, software, and services, has launched a new, travelling 'Innovation Studio', a Pan-European tour that will include multiple UK stops, bringing mission-critical building technologies directly to customers and contractors. The mobile showcase debuted at MCE (Mostra Convegno Expocomfort) 2026 in Milan, Italy, and will visit 44 cities across Europe. For the UK market, the initiative is positioned as a hands-on way for electrical contractors, consultants, and facilities professionals to engage with new technologies amid rising pressure around energy costs, efficiency, and decarbonisation. UK focus on efficiency and retrofit performance Johnson Controls highlighted several UK-based projects that underline the relevance of its technologies for local contractors. These include a manufacturing site that reduced energy use by 52% and a UK data centre that improved efficiency by 8%. The company says its data centre cooling systems are also capable of cutting energy consumption by up to 40% while operating with zero on-site water use, aligning with increasing regulatory and sustainability pressures across the UK built environment. Richard Lek, President EMEA at Johnson Controls, explains that, “Across Europe, customers are navigating some of the most complex energy security and affordability challenges in decades. “By bringing our technologies directly to customers, we’re showing how building systems can become more resilient, efficient, and adaptable for the long term.” Technology showcase for contractors and specifiers The Innovation Studio will present a range of systems relevant to UK projects, particularly in retrofit and high-performance environments. These include the YORK YK-HT centrifugal chiller and the YORK YVAM air-cooled magnetic bearing chiller, both designed for data centres and large-scale facilities. Also featured is the OpenBlue digital platform, which provides monitoring and analytics to improve building performance, alongside the Metasys building automation system, designed to integrate HVAC, lighting, fire, and security systems across complex sites. Visitors to the UK tour stops will be able to explore interactive demonstrations, real-world applications, and 3D visualisations, with access to technical specialists and live workshops. Supporting UK infrastructure and service delivery Johnson Controls maintains an established service presence in the UK, supported by trained engineers and local operations. The company says the Innovation Studio will strengthen engagement with customers across the country, particularly as demand grows for energy-efficient upgrades and smarter building controls. The wider European tour, it suggests, reflects increasing demand for integrated building technologies that can reduce costs, cut emissions, and improve operational resilience across sectors including commercial buildings, data centres, and manufacturing. For more from Johnson Controls, click here.