Marshall-Tufflex releases new Meter Box Hockey Sticks

Marshall-Tufflex, a UK manufacturer of cable management products, has introduced a new range of Meter Box Hockey Sticks, designed to provide a secure and durable method for routing electrical cables from the cable duct to the meter box. Manufactured from PVC-U, the new Meter Box Hockey Sticks would be suitable for both internal and external use and are compatible with most domestic electric meter boxes. The product is available in two sizes - 38mm and 44mm - and each unit measures 1,450mm in length. Marshall-Tufflex’s latest addition to its cable management portfolio is manufactured to BS EN 61386-1 and BS EN 61386-21 standards, ensuring compliance with industry requirements and aiming to provide reliable performance across a wide range of domestic electrical installations. Martin Russell, Group Product Manager at Marshall-Tufflex, says, “High-quality and reliable Meter Box Hockey Sticks are the latest addition to our extensive range of cable management products. "It means electrical contractors can now select more from us to get the job done. Our growing portfolio features metal trunking, cable ladders, cable trays, wire basket systems, and so much more.” The new range is now available to the UK electrical market. For more from Marshall-Tufflex, click here.

TRILUX, Sweco deliver circular lighting upgrade in Maidenhead

TRILUX, a manufacturer of professional lighting systems, has partnered with Sweco UK to deliver a circular lighting upgrade at the consultancy's Maidenhead office. With the intention of bringing a more sustainable, energy-efficient, and visually comfortable lighting solution to the space, the project involved upgrading old fluorescent luminaires installed in multi-service chilled beams on the first floor. A circular collaboration The collaboration was, according to TRILUX, underpinned by shared values around climate responsibility, circularity, and the creation of better environments. Both Sweco and TRILUX say they are committed to the United Nations Sustainable Development Goals and see the transition to a circular economy as key to addressing climate and resource challenges. This shared ambition shaped the project’s approach, particularly in minimising waste through the luminaire refurbishment. TRILUX’s approach to circular economy enabled Sweco to retain and upgrade many of the existing luminaires, avoiding unnecessary waste and delivering carbon savings compared to a full luminaire replacement. Designing with sustainability in mind A successful mock-up helped secure the project, with TRILUX presenting a customised trial luminaire that it claims "modernised the appearance and performance of the original fittings." Outdated louvres were replaced with micro-prismatic diffusers, aiming to enhance glare control and visual comfort while preserving the architectural integrity of the space. Conor O'Donoghue, Operations Director at Sweco UK, comments, “This project demonstrates the impact of thoughtful design and strong collaboration. "At Sweco, we aim to lead by example when it comes to sustainability. By reusing and refurbishing rather than replacing, we not only minimised waste but improved the quality of the office lighting for our team. "TRILUX supported us every step of the way, ensuring the results met both our operational needs and circular economy objectives.” A blueprint for future projects The refurbishment, according to the company, marks a milestone in TRILUX’s mission to support clients in making the shift towards a circular economy. For more from TRILUX, click here.

'UK’s rooftop solar success depends on smarter grid'

The Government’s plans to mandate rooftop solar panels for all new-build homes under the upcoming Future Homes Standard have been widely welcomed as a step forward for achieving the UK’s net zero goals. However, while the benefits to consumers and the climate are clear, Ben Taylor, Net Zero Consultancy Team Lead at EA Technology - a provider of electrical asset management technologies for utility networks - points out the long-term implications of an increase in large-scale rooftop solar deployment across the UK on last mile electricity distribution grids. In particular, Taylor warns that without proper monitoring and modelling of distribution grids, these benefits could come at a cost. He explains, “Rooftop solar can play a vital role in decarbonising the UK’s energy system. However, we need to also ensure that our local last mile electricity networks, particularly low voltage infrastructure, can manage the volume and variability of solar generation that new homes could soon produce. “If small groups of houses are built without upgrades to local infrastructure, there’s a real risk of voltage issues. Electric vehicle charge points, for instance, are extremely sensitive to voltage. High levels of solar export could trigger a spiral effect where voltage keeps rising, causing devices to trip or fail altogether. “A key part of the solution lies in active monitoring, forecasting, and responsive grid management. Accurate, in-depth visibility of what’s happening in real time on last mile distribution networks will help operators and enable them to take a proactive approach to planning for the future. “This includes modelling how energy will be used within different demographics, installing smart transformers that can adjust voltages dynamically, and putting the right upgrades in place before the pressure builds. “Beyond the technical concerns, the issue of fairness must also be considered. As rooftop solar becomes more common in new housing developments, there is a risk that lower-income households, particularly those in flats or older properties, could be left behind. “People who can afford to buy new homes will benefit from lower energy bills. But if they’re also contributing less to the shared costs of maintaining the network, everyone else could end up paying more. Unfortunately, this means there’s a real possibility of deepening social divides in access to affordable clean energy.” Taylor also points to emerging commercial models, such as smart local energy systems (SLES), which could help manage decentralised energy more efficiently at a local level. But he warned that collaboration and forward planning are essential. “If we get it right, we could enable things like micro-balancing of local grids, battery sharing, and new service providers to help manage the flow of energy. But that will only work if everyone involved, including developers and regulators, are aligned from the start.” “We’re continuing to explore these challenges through forecasting future network investment and identifying where action is most urgently needed. The UK is pushing forward with solar adoption, and rightly so, but it’s clear that infrastructure investment, fairness, and flexibility will be just as important in this transition.” For more from EA Technology, click here.

4,300+ UK jobs now demand building performance skills

According to new research from Uswitch, a comparison and switching service, the UK’s shift to clean home energy is accelerating and it’s opening the door to thousands of green job opportunities. Energy Performance Certificate (EPC) data shows a 145% rise in the proportion of homes listing a heat pump as their main heating source since 2020, alongside a 129% increase in homes with solar panels and a 36% rise in wind turbine installations. This rapid uptake of low-carbon technologies is fuelling demand for skilled workers who can install, maintain and optimise these systems. From solar and heat pump engineers to retrofit assessors and building performance experts, the technologies appearing on EPCs today are directly linked to some of the fastest-growing careers in the UK’s green economy. Job search data reflects this growing interest. Online searches for heat pump engineer roles have risen by 29% in the past year, with similar growth seen in thermal insulation engineer (28%) and solar panel installer (11%) searches. Strategic green roles are also on the rise: sustainability analyst searches are up 30% and sustainability manager searches are up 23%. Employers are actively recruiting to meet this demand. More than 4,300 UK job adverts mention “building performance,” while “energy management” (2,430) and “clean technology” (2,427) appear in thousands more. Leadership and compliance skills are also in high demand, with over 1,000 listings each for terms like sustainable development (1,320), environmental compliance (1,197), and sustainable business (1,405). Salaries for green roles are often competitive, reflecting the technical expertise required. HVAC technicians top the chart at £41,358, followed by thermal insulation engineers (£39,536) and solar and wind engineers (£39,447). Even newer roles like retrofit assessor (£38,216) and sustainability consultant (£36,789) offer attractive earning potential. Heat pump installer roles, a key entry route into the sector, average £24,300. Ben Gallizzi, Energy Expert at Uswitch, comments, “The way we heat and power our homes is evolving, bringing new opportunities in green jobs and skills. “From heat pump engineers to sustainability analysts, there’s growing demand for people who can help make homes cleaner and more efficient. And with solar, wind, and insulation tech becoming more mainstream, now’s the time to plug into a career that powers real change. “It’s also important to remember that making green savings doesn’t always mean installing new technology, simple changes in how we use energy or switching to greener tariffs can make a real difference.”

Signify named FIFA 'Preferred Provider for Floodlights'

Signify, a Dutch multinational lighting corporation, has been selected as a 'Preferred Provider for Floodlights' by the global governing body of association football, FIFA. As a FIFA Preferred Provider (FPP), Signify satisfies a range of technical, product, production, and system performance criteria. The company will also work with the FIFA Quality Programme to support ongoing research and development in the field of sports floodlighting, with the aim of advancing future technical standards. Signify’s stadium lighting systems are designed to enhance the match experience for players, spectators, and broadcast audiences. High-quality floodlighting plays a role in supporting technologies such as video assistant referee (VAR) systems, goal-line technology, and optical tracking systems. In addition to core functionality, Signify’s systems can be used to provide lighting effects for fan engagement before, during, and after matches, such as synchronised light shows at major events. Through its Preferred Provider status, Signify offers access to a portfolio of lighting technologies, including: • Arenavision LED gen3.5 – A pitch-lighting system offering high light quality, thermal management, and a long service life. It is compatible with Signify’s Interact Sports Professional lighting management system, enabling remote control and scheduling. The system complies with international broadcasting standards for all sports. • OptiVision LED gen3.5 – A floodlighting system for both simple and complex sporting venues. It aims to provide uniform lighting while minimising spill light. When paired with control systems, it can reportedly deliver energy savings of up to 65%. Both systems can be centrally managed across an entire stadium, including the pitch, exterior façades, and hospitality areas, helping venue operators improve overall efficiency. Signify floodlighting has already been deployed at several high-profile venues, including Stadion Feijenoord in Rotterdam, where a new Arenavision system was installed. “This recognition from FIFA, which is responsible for some of the world’s most prestigious and watched sports events, is an important milestone for Signify and a reflection of our leadership in sports lighting,” claims Niels Geven, International Director for Sports and Arenas at Signify. “High-quality illumination is hugely important in modern-day sport, especially top-flight football. It’s vital for both player performance, officiating and broadcasting purposes, and an essential part of the match-day fan experience.” Signify has more than 60 years of experience in sports lighting. It is also the official lighting partner of the Mercedes-AMG Petronas Formula One team. For more from Signify, click here.

UK Power Networks 'turning light into insight'

Solar panels soak up the sun and power thousands of homes, but the scale of the energy they produce has remained hidden behind customers’ smart meters. Now, distribution network operator UK Power Networks is using AI to shine a light on the scale of clean energy generated. Every day, thousands of homes and businesses generate solar energy that never gets formally measured because it happens behind customers’ smart meters. This makes it harder for grid operators to predict energy flows accurately - important for planning upgrades to the network and buying flexibility at the right time, especially on sunny days when solar output surges. To tackle the challenge of making rooftop solar more visible, the ‘AI for Visibility and Forecasting of Renewable Generation’ project, developed in partnership with Open Climate Fix (OCF), uses machine learning to estimate rooftop solar capacity not captured by the grid. The project combines data from UK Power Networks’ Open Data Portal with OCF’s open-source code. By uncovering this 'invisible' energy generated, the project aims to help grid operators make better forecasts and decisions, ensuring money is only being spent where it’s needed and that space is created for low-carbon technologies to connect. The AI-driven project analyses historical weather and satellite data alongside UK Power Networks’ substation measurements to estimate how much solar power is being generated in real time. Uniquely, the model maps rooftop solar generation without relying on imagery. These insights feed into a forecasting model that predicts how much unmetered solar energy will be produced at each primary substation. By the end of 2023, the UK had 20 gigawatts of solar power installed, including 4.2GW on homes. Total solar capacity is expected to grow to 90GW by 2035 — enough to power up to 5 million households. Home solar alone could save people around £2.65 billion a year on energy bills. To ensure Distribution Network Operators (DNOs) have the capacity to support these steps towards net zero, they need to know where solar is being installed and how much power it’s generating. Using AI, UK Power Networks says it can now estimate rooftop solar generation much more accurately than traditional methods. Luca Grella, Head of Innovation, says, “This project is about shining a light on the solar power we can’t currently see. "By using AI to estimate and forecast rooftop solar generation, we’re unlocking a clearer, smarter view of the electricity system — one that helps us plan better, reduce costs, and accelerate the journey to net zero. "We’re excited to uncover what’s been hidden and put that clean energy to work for everyone.” Dan Travers, Co-founder of Open Climate Fix, adds, “We believe that modern technology can provide transformative solutions that will enable a more efficient and cost-effective electricity grid. "Our collaboration with UK Power Networks is the perfect example of how the UK can harness AI to create tools that proactively support the transition to net zero. "We’re thrilled to be partnering with UK Power Networks on this innovation project and look forward to delivering work that will have a direct impact for consumers.” For more from UK Power Networks, click here.

Discover KQ Loadcentre 3-phase distribution boards

KQ Loadcentre 3-phase distribution boards, available from Schneider Electric, are engineered to deliver performance, reliability, and speed. Designed with modern installations in mind, these boards combine advanced safety features, installer-friendly design, and dependable quality, making them the go-to choice for contractors who demand excellence. These boards are packed with advanced features that streamline installation and ensure long-term dependability. When it comes to electrical distribution, KQ Loadcentre 3-phase distribution boards are engineered to deliver unmatched performance and efficiency. Advanced features for KQ IP2X Encapsulated Busbar System: Safety and efficiency go hand in hand. The IP2X-rated busbar system ensures enhanced protection against accidental contact, making installations safer and more compliant. Plug-On Technology: Say goodbye to time-consuming installations. The innovative plug-on feature allows for rapid fitting of MCBs and RCBOs, cutting installation time by up to 50%. Built for contractors KQuick availability: Deadlines matter, and that’s why these distribution boards are always in stock and ready to ship, helping you avoid delays and keep your projects on schedule. Budget-friendly quality: These cost-effective solutions help you stay within budget while maintaining high standards - which is perfect for keeping your project on budget and on spec. Reliable and industry compliant: Every KQ board is manufactured to meet rigorous industry standards, ensuring your installations are both safe and reliable. Installer-friendly design: Designed with the installer in mind, the boards feature high-quality components and intuitive layouts that make installation faster and easier. Why choose KQ? When your project demands reliability, speed, and value, with a commitment to excellence and a focus on contractor needs, KQ Loadcentre 3-phase distribution boards are engineered to deliver unmatched performance and efficiency. KQ is your partner in power distribution. For more from Schneider Electric, click here.

Ariston brings thermal comfort to barn conversion

Ariston, a manufacturer of heating, cooling, and hot water systems, through its partner, BoilerTech, has installed a new Ariston NIMBUS Pocket 150 air source heat pump (ASHP) at a five-bedroom barn conversion property located in Newquay, Cornwall. Installing the system The installation process involved a complete rehaul of the old ASHP, including a rewiring of the system, set-up of zoning in the house, and the installation of the new Ariston ASHP and associated controls. BoilerTech, a long-standing Ariston partner covering the whole of Cornwall, was called in to take on the project. Andy Griffiths, Heating Engineer for BoilerTech, comments, “This is our first installation of an Ariston heat pump system. "We were extremely impressed with how easy the whole process was and the homeowner was really pleased with the final installation.” Dean Reynolds from BoilerTech continues, “The family had even considered replacing the existing pump with a gas boiler because they had suffered with years of poor performance from the original system. "However, with a complete overhaul of the wiring and zoning for the new heat pump, the homeowner is over the moon.” The NIMBUS Pocket M NET R32 was the heat pump of choice, reportedly, due to its efficiency and low environmental impact. Using Eco Refrigerant R32, it produces low noise levels up to 53dB(A), has a power range between 1.7 to 17.7kW, and can be remotely managed with the Ariston NET app. Potential savings The efficiencies gained from the installation and zoning mean the homeowner could expect to see energy and cost savings of up to 20% when compared to the old system. The homeowner, Tony Green, comments, “Having had experience of living with a heat pump in various properties over the last 12 years, I feel I’m qualified to say the Ariston heat pump has surpassed my expectations. "The Nimbus Net R32 really is everything they say it is: energy efficient, extremely quiet, powerful, controllable. The Ariston Net app not only allows me to be in control remotely but I’m able to monitor consumption in real time as well. “Massive thank you to Ariston and Dean and Andy at BoilerTech. Their ability to problem solve, integrating the heat pump to my existing system was superb. Extremely professional from start to finish.”

Schneider highlights need to maintain critical infrastructure

Schneider Electric, a company concerned with the digital transformation of energy management and automation, recently hosted an exclusive event at Tottenham Hotspur’s stadium. The site, where Schneider Electric’s technology is applied for energy management and efficiency, played host to over 130 Schneider Electric customers. One of the highlights of the day was a panel discussion which centred on the need to protect critical infrastructure and sites. With a focus on the journey and benefits of using data to make maintenance decisions - from routine to predictive and preventative - the panel discussed how to minimise disruption at airports, hospitals, and other locations of critical infrastructure. During the discussion, Edward Payne, Chief Engineer, Kettering General Hospital NHS Foundation Trust, noted, “Some of our switchgear dates back to the 1960s, and anywhere up to [the] 2020s. "We’ve got lots of equipment from multiple suppliers, different specifications, and spare part requirements. "This isn’t the most efficient way to manage our activities so we’re looking at how to digitalise our estate to get a clearer picture of where to invest maintenance efforts. "This will allow us to proactively manage assets, improve spare parts planning, and ensure a smoother running of the site’s electrical operation. For us, keeping the system resilient is key as, ultimately, it’s patients at the end.” David Pownall, Schneider Electric’s VP Power Systems UK & Ireland, adds, “At Schneider Electric, we are working to see a more electric and more digital future. "These technologies will be crucial if we’re to reach our decarbonisation goals. However, developing tech solutions and upgrading existing systems only works if we properly maintain the assets. “The traditional model of annual maintenance can prove costly and time consuming. However, drastically shifting our approach to maintenance to be more proactive and predictive can change the game. "We’re in control and develop fixes to problems before they develop to avoid costly downtime. We can reach a point where the switchgear tells us it needs maintenance. "As such, we manage the asset effectively, allowing it to run efficiently [and ensuring] simple repairs or changes to environment can be implemented to prevent costly upgrades or disruption due to equipment failure.” Attendees were able to see a variety of Schneider Electric products in action, including: · Ringmaster AirSeT - a medium-voltage switchgear · GenieEVO - a modular medium switchgear · FeederSeT CB Outdoor LV Switchgear - a low-voltage switchgear In addition to these products, a selection of BESS Solutions, automation, and switchgear components were on display. For more from Schneider Electric, click here.

Samac Fixings launches Viper Power Tool Accessories range

Samac Fixings has officially released its new Viper Power Tool Accessories range, full of high-performance drilling solutions built to match the top trade-quality levels required for demanding installer work. From SDS+ hammer drill bits and masonry sets to bi-metal holesaws and arbor bits, the Viper range covers every drilling need across timber, metal, tile, masonry and more – with every product engineered to perform in the toughest and most challenging site conditions. Highlights include the HSS Cobalt Drill Bits, which are crafted for high-performance bolts and fittings drilling in tough ferrous and non-ferrous metals, offering increased heat resistance and longer tool life. The V-Tooth Hard Tile Bits, meanwhile, are engineered for speed and precision and feature a patented tungsten carbide tip that delivers up to 20 times faster performance than a standard hard tile drill bit. The sharp-angled design enables fast starts and clean cuts through tile, marble, and stone, plus they’re perfect for roof tiles, anchors and into masonry. Also featured are the Bi-Metal Holesaws with hardened M42 Cobalt Steel pitch teeth, which are built for fast, durable, long life cutting. They always deliver clean, consistent holes across pipework, cables and fittings in wood, plastic, and metal. To help tradespeople match performance to project without guesswork, Viper accessories are organised into a simple but powerful three-tier classification system – with each product clearly labelled by build grade. • Trade – reliable, trade-rated accessories for daily site work and general drilling tasks • Pro – enhanced durability for high-frequency, high-precision jobs • Expert – the top-spec choice for maximum performance, accuracy and lifespan in intensive applications What’s more, a new brochure makes it easy to search the range and find the right bit for the job - with a separate sidenote for each product showing exactly what they are ‘ideal for’ and who they are ‘used by’ and clear images of the materials they can be used on. “Viper power tool accessories are built for trade professionals who demand precision, reliability and durability on every job, “says James Robinson, Sales and Marketing Director at Samac Fixings. “This all-encompassing new range covers drilling needs across metal, wood, masonry, tile and more, and is engineered to perform in tough site conditions and with high-output tools. “Additionally, with this brochure, we’re not just showing what the Viper range offers, we’re showing how it works for the trade. Whatever the job, whatever the material, Viper delivers extra bite to each and every application - and we’ll also be expanding the range later in 2025, so watch this space.” The full Viper brochure is now available for download. To browse the range or request a copy, visit www.samacfixings.co.uk. For more from Samac Fixings, click here.