High commendation for powering pivotal projects

A project management specialist at UK Power Networks is in the spotlight for her outstanding contribution to new electricity infrastructure. Claire Sheridan, 36, from Wanstead, was highly commended for Contribution to a Project in the Inspiring Women in Construction and Engineering Awards 2024 for her pivotal role delivering new multi-million-pound electricity infrastructure. Last night’s awards in London recognised women who define excellence across the construction industry, and Claire’s work at the heart of the net zero transition proved to be a shining example. She helps build the backbone of a power system that enables customers to adopt more low carbon technologies, including electric vehicles. Her role in the company’s Green Recovery programme has energised new electricity infrastructure for bus fleets, motorway service areas and rapid charging hubs, accelerating the UK’s transition to net zero carbon emissions. CN Editor, Colin Marrs, says, “Increasing female representation in the workforce is a key objective for construction firms as they seek to better reflect the broader make-up of society. In this context, it is all the more important to recognise the fantastic efforts to move the needle in the direction of gender equality. “Competition this year in all of the award categories was extremely fierce, so Claire’s win is an incredible achievement and one that is testament to her talent and hard work.” Claire, London Portfolio Manager for Capital Programme at UK Power Networks, adds, “This has never meant more to me than it does now I have two young daughters. I want them to grow up in a world where female leaders aren’t the exception, but the norm. “I love my job because every day brings new challenges and I meet the most interesting and diverse people. I am playing my part in changing the face and future of one of the best cities in the world, and that is an honour.” Claire graduated in Electrical Engineering from University College Dublin in 2010, designed transmission substations for ESB in Ireland and joined UK Power Networks’ London capital programme team in 2014. Throughout her career, she has consistently shown her ability to lead skilled engineering teams in construction of new power infrastructure for large-scale developments. Claire’s work makes a positive impact on her community and inspires women and girls to pursue exciting and rewarding careers in the utilities sector. For more from UK Power Networks, click here.

Drivers to charge ahead with lamp post power

An electric vehicle charging revolution could be underway after UK Power Networks revises guidance to give the green light to use lamp posts to power up. A series of studies undertaken by the distribution network operator has proven 5kW charge points can be installed even on older lamp posts which have thinner cabling than more modern installations. UK Power Networks worked closely with the UK’s largest public charge point operator, Shell ubitricity to undertake technical assessments, and has now updated its technical guidance to give confidence to the energy industry to deliver a large-scale roll-out of lamp post charging. The study came after some local authorities on the South Coast of England were ordered to stop installing lamp post chargers on older legacy columns with different wiring. Local authorities own and operate streetlights, with distribution network operators like UK Power Networks delivering the power to them. The revised guidance is expected to help electric vehicle owners in towns and cities, where it is estimated that up to 60% of people do not have access to off-street parking. It will give all 133 local authorities operating in the area UK Power Networks serves the green light to connect faster 5kW charge points to their lamp posts. Local authorities will also now be able to push ahead with their plans to increase the number of chargers through the government’s Local EV Infrastructure Fund. ubitricity internally estimates that for a budget of £1 million, local authorities could roll out 700-800 lamp post chargers compared to 60-75 Fast Dual charge points (7-22kW) or 20-25 Rapid Single charge points. The UK government’s electric vehicle infrastructure strategy states that by 2030 between 300,000 and 700,000 public charge points will be needed to serve up to 10 million electric vehicles forecasted to be on the nation’s roads. Mark Adolphus, Director of Connections at UK Power Networks says, “This is great news for customers and lights the way for a vast swathe of new electric vehicle charging stations across the region we serve. It underlines the importance of networks collaborating with the wider energy industry to ensure they can deliver with confidence and certainty.” For more from UK Power Networks, click here.

TESP calls on industry to offer T Level placements

The Electrotechnical Skills Partnership (TESP) is asking electrical contractors across England to offer a T Level ‘industry placement’ to help support the next generation of electricians. T Levels, the new technical training route for 16-18 year olds, are a Level 3 qualification taken over two years, where the learner spends 80% of their time at college and the other 20% in the workplace. Learners need on-site experience over 315 hours (around 45 days) via an industry placement, working with an electrical contractor to gain on-site skills and knowledge. Once they complete their T Level, learners can progress onto an ‘accelerated apprenticeship’ already with skills and knowledge under their belt, making for a shorter apprenticeship training programme. With minimal financial outlay (as there is no obligation to pay wages), the benefits of offering a placement include increased productivity and efficiency, as well as giving something back to the industry’s future workforce. Paul Western of Helix Electrical, who recently provided an industry placement to a T Level learner via Chichester College, comments, “The benefits from a business perspective having the learner work with us has been the additional productivity we've been able to achieve. We found we were probably 20-25% more productive over time, which translates into additional revenue for the company.” For those possibly thinking about recruiting an apprentice, as the learner is with a company over a prolonged period of time, T Level industry placements provide an ideal opportunity to test the water with a potential apprentice and to get to know them before committing to an apprenticeship. “We all remember that first opportunity we got in the industry when we first started out; this is now your chance to give that same opportunity to someone else,” says Nathan Smith, TESP Skills Ambassador. “It’s not just the feel-good factor that comes with passing your skills and knowledge onto a young learner, it’s the business benefits that come with it as well: increased productivity and efficiency, an extra pair of hands, plus an all-important extended interview period if you’re considering someone for an apprenticeship.” There are providers across England offering the T Level in ‘Building Services Engineering for Construction’, which includes the electrotechnical specialism route. All are calling out for electrical contractors of all sizes to assist them in offering industry placements. To find out more, visit electricalcareers.co.uk/t-levels. For more from TESP, click here.

BGEN completes works at AstraZeneca facility

BGEN, one of the UK’s largest engineering firms supporting the energy transition, has completed an ambitious two-year project to transform a redundant pharmaceutical production facility into a state-of-the-art ‘People Hub’ at AstraZeneca’s Macclesfield campus. The project is also part of AstraZeneca’s global strategy to improve the sustainability of its operations. Created to improve employee collaboration and inclusion through the co-location of teams from different functions, the new hub has been designed and constructed to comply with Pharmaceutical Good Manufacturing Practices (GMPs). It now provides GMP change facilities for 500 people, as well as a café and collaboration spaces on the ground floor. The first floor is equipped with office and touchdown workspaces, meeting rooms and a new network data hub. BGEN was appointed by AstraZeneca as the tier one contractor to overhaul the outdated building, which accounted for 7.5% of the campus’ overall energy consumption. With a brief to reduce energy and re-use materials wherever possible, BGEN delivered the turnkey solutions and was responsible for project management, design, construction, testing and commissioning. “This is another prestigious project that BGEN has delivered for AstraZeneca” says Paul Mannion, Operations Manager at BGEN. “We have a strong pedigree in managing complex projects and delivering on client requirements, which in this case, meant focusing on sustainable development.” BGEN worked closely with the client throughout the project to fully utilise the space of the building and lower energy consumption. The floor of the hub comprises structural screed with 220mm recycled insulation underneath, the roof is enhanced with over insulation and metal sheeting, and the glazing has been upgraded with new argon-filled glass to retain heat. In addition, the south-facing windows feature solar shading to ensure the building remains comfortable throughout the year. LED lighting, motion sensors and eco-friendly plumbing fixtures have also been installed to control energy usage. For more from BGEN, click here.

Solivus converts sunlight into savings in warehouse project

In continuing in its mission to decarbonise the built environment, lightweight commercial solar pioneer, Solivus, recently completed a major warehouse installation for Astute Electronics. As an electronics distribution, procurement and supply-chain expert, Astute Electronics serves major customers across defence, aerospace, maritime, energy, and industrial sectors. As a Planet Mark accredited business with a progressive sustainability programme, there was a demand to leverage the significant clean energy generation opportunity afforded by its 1,524 square metre warehouse’s rooftop at its UK HQ in Hertfordshire. In common with most commercial premises, however, previous surveys had revealed that the standard metal-sheeted warehouse rooftop was not structurally capable of supporting the weight of conventional solar panels. Fortunately, Solivus had the answer with its ultra-lightweight commercial solar system. Leveraging the latest advances in technology, Solivus’ rooftop solar solutions are a fraction of the weight of conventional panels, avoiding structural issues, planning restriction challenges, or compromised aesthetics. Importantly, it also affords more universal applications for fixing methods, helping to alleviate the challenges associated with installing rigid conventional solar panels on the corrugated roofs found amongst most warehouses – most notably avoiding the need to penetrate the roof. Working in close partnership with Astute’s team, Solivus was able to deliver a simple, fast and complete end-to-end solution; from system design and planning through to finance, installation and ongoing maintenance. Now complete, the installation has seen over 360 solar panels mounted on, the rooftop, resulting in a total installed capacity of 154.8 KwP and a declared net capacity of 110KwP. The installation is set to generate approximately 30% of Astute Electronics’ current demand and has the potential to convert sunlight into hundreds of thousands of pounds in energy cost savings over the project lifetime. It will also propel the business one step closer towards its net zero goals, significantly reducing fossil fuel reliance and environmental impact. The installation is estimated to save just over 20 tonnes of carbon per year, and approximately 469 tonnes of carbon over its lifetime. As a further benefit, Solivus’ solar solution, which is fast and easy to install thanks to its light and flexible properties, negated the need for any costly disruption so the busy warehouse could continue to operate ‘business as usual’ internally during the install. Mark Shanley, Sales and Marketing Director at Astute Electronics, comments, “Astute has a knack for working with cutting-edge products. We were impressed by Solivus and its innovative, lightweight systems, which can be fitted to the roof of our warehouse; space we previously thought was unusable. With Astute’s focus on energy independence and net zero focus, we’re looking forward to reaping both environmental and sustainability benefits over the next five years and beyond.” Interestingly, this comes as a recent analysis estimates that unused rooftops on UK warehouses total 165 million m2, the equivalent of 30,834 football fields, with a potential solar capacity of around 25GWp. Solivus CEO, Jo Parker-Swift, adds, “We are incredibly proud of this project. It will support Astute in not only saving significant amounts in energy bill reductions, but it will ensure energy availability and enhance carbon reduction efforts. “Looking to the wider warehouse and distribution sector, our hope is that this project will also provide a tangible demonstration of the vast sustainability and cost-saving benefits to be had by embracing the clean energy transition in the commercial building market. “There are over 420,000 warehouses in the UK, meaning billions of square feet of rooftop space ideal for hosting panels. If fully utilised, these spaces could not only produce much of the sector’s electricity use, but create new revenue opportunities through trading. Amid the increasing viability of onsite renewable energy and the sheer scale of untapped rooftop space in the sector, there is a clear first-mover advantage for those that do.” Chief Executive of the UK Warehousing Association, Clare Bottle, notes, “Since the publication of our landmark report in 2022, UKWA has been consistently campaigning for the sector to embrace rooftop solar power, so it is fantastic to see Astute Electronics leading the way with the completion of this significant solar power installation by Solivus. “Warehouses account for a third of UK commercial roof space, yet currently only 5% of warehouses have solar panels on their rooftops. If more companies follow in these footsteps, there is an opportunity for the warehousing sector to reduce emissions by 2 million tonnes of CO2 per year, deliver annual savings on electricity costs of up to £3bn, and contribute half of the solar power required by the whole of the UK to achieve net zero targets.”

Makita launches new 40VMax brushless multi-tool

Makita has added a new high-performance cordless multi-tool to its powerful 40VMax XGT platform. The TM001G XGT Multi-Tool is compact and lightweight, making it convenient and flexible to use whilst still delivering on all aspects of performance. The TM001G is compatible with Starlock Max accessories, a tight-lock interface system with tool-less blade change for fast installation and removal. Users can set the blade at any angle for easy access and the quick release feature allows the user to switch between accessories in a matter of seconds to ensure workflow is not disrupted. Weighing just 2.1kg, and with a height of 332mm, the TM001G XGT is lightweight and easy to manoeuvre whilst still ensuring impressive results. The multi-tool’s brushless motor delivers higher cutting and sanding efficiency. Combined with the power of Makita’s XGT battery platform, the TM001G offers powerful, versatile performance. Designed with Anti-Vibration Technology (AVT) to ensure low vibration performance, users can comfortably use the multi-tool for long periods of time. The TM001G is also designed with an LED light and afterglow function to illuminate the area, a soft-start feature, a constant and variable speed control and an anti-restart function to prevent accidental start-ups. Kevin Brannigan, Marketing Manager at Makita, comments, “We are thrilled to introduce the TM001G into Makita’s powerful XGT range. The tool has been engineered to fulfil the wide range of professional users’ needs to provide maximum power, speed, and run-time without being restricted by a cord.” For more from Makita, click here.

UK Power Networks to transform Constable Country skyline

Work has begun to transform part of Constable Country’s skyline for the benefit of thousands of people who live and enjoy walking in the outstanding landscape. UK Power Networks has launched a major scheme costing around £2 million to replace a section of overhead lines with underground cables between Stoke by Nayland and Polstead in Suffolk, also known as the Box Valley. The company, which distributes electricity across the east of England, will build eight new substations and install around 8km of high voltage underground cables. This will allow for the removal of approximately 6km of high voltage overhead lines that run from the Dedham Vale National Landscape, previously known as an Area of Outstanding Natural Beauty. The project will be carried out in three phases, with the final work scheduled to be completed towards the end of 2025, and it will enhance the reliability of the network. The undergrounding scheme is funded by a special allowance from the electricity regulator Ofgem, used to improve the landscapes in National Landscapes and National Parks. UK Power Networks is also taking the opportunity to upgrade a number of low voltage poles in Scotland Street. Lee Bodfield, Project Manager for the electricity distributor, says, “This work will make a lasting difference to this section of the Box Valley, as well as enhancing the reliability of the electricity network serving local people. “This part of Suffolk is rightly popular with walkers and, while the views are already impressive, we are keen to make them even better through this project.” Cllr James Finch, Chairman of the Dedham Vale Partnership, adds, “This project will undoubtedly make an outstanding contribution to the Dedham Vale National Landscape, an area enjoyed by residents and visitors alike and supports a growing tourism economy.” For more from UK Power Networks, click here.

Lowe & Oliver celebrates record apprentice intake

Lowe & Oliver, an electrical and mechanical contractor based in Oxford, has announced a record-breaking intake of apprentices who started their journey with the company on 2 September 2024. The company, which recently celebrated 100 years in the industry, says that the accomplishment underscores the success of its apprenticeship programme. The news is further solidified by the recent launch of its custom-built apprentice training facility named the 'Centre for Excellence', which opened in February 2024 during National Apprenticeship Week. The centre is designed to provide apprentices with hands-on, practical training that mirrors real-world conditions, ensuring that they are well-prepared for the challenges of the industry. With dedicated electrical and mechanical training bays, the centre offers an immersive learning experience that complements the apprentices’ formal education. The significant surge in apprenticeship applications, surpassing 85 earlier this year, highlights the growing appeal of Lowe & Oliver’s scheme and the essential role it plays in addressing the industry’s skills gap. Fred Lowe, Director of Lowe & Oliver, comments, “We are thrilled to welcome our largest group of apprentices. The overwhelming response to our offering reaffirms our belief that investing in training facilities like the Centre for Excellence is critical to inspiring and equipping future engineers. “Our commitment to quality training is an investment in the industry’s future, and we’re excited to see these young talents develop.” Chairman, Paul Tuson, adds, “Our Centre for Excellence is designed to deliver top-tier training that goes beyond traditional classroom learning. By integrating practical skills with academic knowledge, we ensure our apprentices receive a comprehensive education that equips them for the demands of the industry. “The simple equation is that, as an industry, we are not training enough engineers. As a company, we decided to implement a long term plan to reverse this trend, and I’m delighted to see that come to fruition. We expect to feel the benefits following our initial sizeable investment for many years to come.”

New cable management system for Luton & Dunstable hospital

Electrical engineering contractor, Meckel, has installed Marshall-Tufflex’s MT Supertube and Wire Basket to ensure an efficient, compliant and durable cable management system as part of the £105m major redevelopment works at Luton & Dunstable University Hospital. The products were crucial in meeting the stringent requirements of the hospital environment, contributing to the success of this significant healthcare development. The project, procured through the Crown Commercial Services (CCS) framework, started in 2022 and is due for completion by Summer 2025. During this time, it will see the construction a new clinical building to improve maternity, neonatal, theatres and critical care services. The five-storey acute services and ward blocks will house modern and enhanced facilities, including a delivery suite, midwifery-led birthing and neonatal intensive care units with parent accommodation, ambulatory surgery, theatre suites and a critical care unit with bespoke accommodation for relatives. Working in collaboration with Kier Mechanical Electrical Division (KME), Meckel was contracted to carry out all the electrical installation works, including cable containment. As the specification of the right cable management solution for the extensive project was critical, Meckel approached Marshall-Tufflex to discuss the requirements and the suitability of MT Supertube and Wire Basket solutions. After confirming that these products met the specific needs of the hospital’s environment, Meckel has used MT Supertube and Wire Basket extensively throughout the project. MT Supertube is a unique, three-layer heavy gauge conduit comprising polyethylene internal and external layers over a continuous aluminium tube that provides additional mechanical strength. It was chosen for its LS0H properties and excellent electromagnetic interference (EMI) screening performance – all of which are essential for ensuring continued, issue-free performance in a healthcare setting. “MT Supertube with EMC fittings was chosen for the ELV services as it provides a fully compliant solution,” explains Mark Turnbull, Director, Meckel. “It also has the further benefit of being supplied in coils, which means it’s easy to move around the site, and the amount of wastage from off-cuts is kept to a minimum.” Meckel specified the Wire Basket for cable routing at Luton & Dunstable Hospital as the company had used it on a previous job and was impressed with its performance. As a result, it is now Meckel’s preferred product and is being installed in several other healthcare projects. The Wire Basket is made from steel with an electro-zinc finish and offers a unique rippled design that enhances strength while remaining lightweight. Importantly, Wire Basket is designed to be quick to install thanks to integral ‘quick-fit’ connectors. It also provides easy cable threading, high load capacity, resistance to flexing, and an impressive aesthetic finish. Mark continues, “Marshall-Tufflex’s Wire Basket is a great product. It is quick and easy to install and cost-effective. We’re pleased with the overall cable management installation. The products are quick to install and provide a long-lasting, robust solution that meets the demanding requirements of the hospital environment.” For more from Marshall-Tufflex, click here.

Domus Ventilation expands energy efficient axial fan range

UK ventilation manufacturer, Domus Ventilation, has added new models to its intermittent axial fan range: the DBF100 100mm (four inch) fan and the DKF150 150mm (six inch) fan. Both fan types are available in versions with timer control, and combined humidistat and timer control which identifies and reacts to a significant change in humidity. The DBF100 is also available with a pull cord control. The new fans have been designed for high performance and energy efficiency. The DKF150 provides extract volume rates up to 48.8 l/s, with the smaller DBF100 operating up to 18.6 l/s, ensuring compliance with Building Regulations Part F Ventilation. Even with these high extraction rates, the new fans operate with a low Specific Fan Power (SFP), down to 0.38W/l/s, saving energy and reducing operating costs. They are also quiet in operation, down to 34dB(A). As with all Domus Ventilation products, ease of installation has been a fundamental aspect of the product design. The new axial fans are compact, so readily fit into small spaces. They come with easy-to-follow installation instructions and flexible mounting options, and compatible ducting kits are available to order. Built with high-quality materials and durable components, the new fans are robust and provide long-lasting, reliable performance, whilst also being positioned at a price point that seeks to offer genuine value for money. They come with a two-year warranty as standard. Designed to work with short duct runs which connect directly to an external outlet or grille, the fans are suitable for use in residential and light commercial bathrooms, toilets, kitchens, and utility rooms. They have an aesthetically pleasing design that is both discreet and contemporary, making them suitable for all interior design styles. The addition of the DBF100 and DKF150 fans now complete the Domus Ventilation axial fan range, providing customers with a single source of axial fans. For more from Domus Ventilation, click here.