By Steven Dale Sometimes there are straws in the wind which can make you reassess the way the future of a particular technology or trend is likely to shape up. I have come across some of them recently in this corner of the North of Scotland. Over the course of
GLP recently announced the completion of a major solar photovoltaic roof installation at G-Park Zevenaar. G-Park Zevenaar is a 133,000 SQM logistics complex, and represents a major development in renewable energy by GLP Europe. G-Park Zevenaar is a significant solar PV project for the Netherlands. The logistics complex will house
Yorkshire Water has signed 15-year agreements with SGN Commercial Services and Centrica Energy Trading that will see biomethane gas to grid plants introduced at its Knostrop and Blackburn Meadows wastewater treatment works. Biogas is produced as a by-product of Yorkshire Water’s sewage wastewater treatment processes and can be upgraded to
GLP, the leading global investment manager and business builder in logistics, digital infrastructure, renewable energy and related technologies, and Syzygy, Europe’s leading consultancy in renewable energy, energy storage and electric vehicle infrastructure projects, have completed work on G-Park Zevenaar. Syzygy has supported GLP for the past three years to establish
Electric remotely operated vehicles (eROVs) that perform maintenance and repair tasks on offshore wind turbines are being developed by the National Robotarium in partnership with Fugro, the world’s leading Geo-data specialist. Deployed from Fugro’s uncrewed surface vessels (USVs), the companies are working closely together to explore how the offshore energy
With the new solar power stations, Antilooppi takes yet another significant step towards a carbon-neutral real estate portfolio by 2030. The company’s own renewable energy production also responds to customers’ growing expectations for climate-friendly premises. Antilooppi has commissioned two new solar power stations, increasing the number of its own solar
A leading mechanical and electrical contractor has started work on a key renewables project that will save more than 34,500kg of CO2 emissions. Atherton-based Ash Integrated Services is installing more than 500 solar panels on behalf of Stockport Council at Endeavour House, a depot building on Bredbury Park Way, owned
Renewable developers Vattenfall and ScottishPower Renewables have unveiled the first completed kittiwake nesting structures to support consented offshore wind farms. Global kittiwake population has been estimated to have fallen by around 40% since the 1970s, so the kittiwake hotels are vital to protect the species. The nests will be able
The rapid growth and development of the offshore wind sector offers a huge opportunity for the UK supply chain. But what does this opportunity really mean and what is the UK supply chain? A vast number of offshore wind projects, alongside tidal stream, solar and other renewables, are set to
Heat the Streets, a project coordinated by Kensa Utilities, has moved onto its next phase with the installation of ground source heat pumps in newly built apartments in Carlyon Bay near St Austell. The renewable heating project enables developers to get ahead of the Future Homes Standards, set out by
By Steven Dale Sometimes there are straws in the wind which can make you reassess the way the future of a particular technology or trend is likely to shape up. I have come across some of them recently in this corner of the North of Scotland. Over the course of carrying out energy performance certification in my area, I have noted an increase – small, but significant – in the number of homeowners with solar PV panels who are buying and installing solar batteries rather than exporting their excess electricity production to the National Grid. Now there are arguments both for and against this kind of considerable investment in the energy future and, at first glance, it just does not seem at the moment that solar batteries are worth the substantial financial outlay that they require. But as electricity rates remain high – more than double what can be made by supplying to the Grid using the Smart Export Guarantee – does it make sense to store excess energy for later personal consumption? Are battery adopters simply future-proofing their homes? For now, the numbers are on the side of those solar panel users who export their excess generation for a financial return of around 15p per kWh. More than 1.2 million UK households have panels on their roofs but the number using batteries is only around 10,000. This is understandable, since the average cost of a battery is prohibitive for many at between £4,000 and £8,000, and most people will have to buy two over the lifespan of their system. In a typical home, it could take more than 20 years to break even. But what the early adopters are perhaps seeing in advance of everyone else is that the cost of solar batteries is decreasing at the same time as energy prices rise, meaning that, in the foreseeable future, saving the electricity they generate may well become profitable. A recent study by academics in Finland suggested that battery prices would need to drop to about one-third of their current levels for them to be a viable investment for residential power systems. Looking to the future, this is perhaps not inconceivable. There is growing optimism not only for the UK battery manufacturing industry, but also for production world-wide. By 2030, according to the Faraday Institution, around 100 GWh of supply will be needed in the UK to satisfy the demand for batteries for private cars, commercial vehicles, heavy goods vehicles, buses, micro-mobility and grid storage. This demand is equivalent to five gigafactories, with each plant running at a capacity of 20 GWh per annum. By 2040, demand rises to nearly 200 GWh and the equivalent of ten gigafactories. As production gathers pace, prices will almost certainly fall. Depending on circumstances, batteries could make sense for homeowners, and certainly in my part of the country increasing numbers of people are betting on them. But, like all nascent technologies, solar advances are fast-moving and what may seem like the most attractive option now may be less so a few years down the line. Whatever develops, though, it’s pretty certain that green energy will be better than what went before. Steven Dale is a Surveyor in the Peterhead office of DM Hall Chartered Surveyors.
GLP recently announced the completion of a major solar photovoltaic roof installation at G-Park Zevenaar. G-Park Zevenaar is a 133,000 SQM logistics complex, and represents a major development in renewable energy by GLP Europe. G-Park Zevenaar is a significant solar PV project for the Netherlands. The logistics complex will house a vast roof-mounted solar PV system with a total installed capacity of 16.2MWp. It covers an area the size of 21 football pitches and will save 4,629 tonnes of CO2 in the first year and an anticipated 78,227 tonnes of CO2 across a 25-year period. G-Park Zevenaar is located at the business park 7Poort, located in the established and strong logistics region of Arnhem – Nijmegen which is ranked 5th in the Dutch Logistics Hotspot Ranking 2022. The site is located closely to the German border and along the main transport corridors connecting Rotterdam and Amsterdam to the European markets. G-Park Zevenaar has been constructed to BREEAM Excellent principles and the use of PV has enabled the project to be certified as BREEAM Excellent. In addition, the energy generated will be exported to the grid and part of it will be diverted to the tenant for on-site consumption. Throughout the installation and construction process, measures have been taken to protect indigenous birds and plants, benefiting local nature. Philippe Hendriks, Country Director, Netherlands, GLP Europe, commented: “Embedding renewable energy generation, including solar PV, is critical for investors, developers, landlords and occupiers to achieve their net zero targets and future-proof assets. GLP is actively committed to this change in the logistics sector. The economic benefits that customers will enjoy through the cost savings in energy reduction will be just one of many attractions this project will offer to future occupiers. ” Building, Design & Construction Magazine | The Choice of Industry Professionals
Yorkshire Water has signed 15-year agreements with SGN Commercial Services and Centrica Energy Trading that will see biomethane gas to grid plants introduced at its Knostrop and Blackburn Meadows wastewater treatment works. Biogas is produced as a by-product of Yorkshire Water’s sewage wastewater treatment processes and can be upgraded to separate methane from the other component gases. This upgraded biogas is called ‘biomethane’ or ‘renewable natural gas’. As part of the deal, biomethane gas to grid plants will be designed, developed and operated at the two sites. The biomethane will then be injected into the local gas network via underground pipelines and used as a renewable fuel, either in vehicles, homes or industry. Once operational, the plants shall produce roughly 125GWh of biomethane annually, enough to heat more than 10,000 homes. Tom Hall, head of bioresources at Yorkshire Water, said: “We’re excited to be working alongside SGN Commercial Services and Centrica Energy Trading to make best use of the biogas Yorkshire Water produces through sewage treatment. “We already benefit from biogas-fuelled renewable energy generation, but this project demonstrates our commitment to using markets to improve our operational efficiency, reduce customer bills and facilitate carbon emissions reductions in the wider economy.” It is hoped the biomethane gas to grid plants will be operational at Knostrop and Blackburn Meadows in early 2025. SGN’s business development director Marcus Hunt said: “SGN is committed to delivering a greener gas grid and continuing to be at the forefront of providing heat to UK homes and businesses. “We’re delighted to announce this partnership with Yorkshire Water – it adds to our ambition to increase biomethane injection into the gas network to provide local customers with green gas and support decarbonisation plans.” Kristian Gjerløv-Juel, director for renewable energy trading and optimisation at Centrica Energy Trading commented: “This agreement marks an important milestone for Centrica’s biomethane activities in the UK. Having recently expanded our capabilities to handle trading, nomination, and transportation of green gas in the UK market, we’re working to accelerate biomethane production across Europe and using our capabilities to help businesses deliver on their green procurement strategies and reduce emissions.” Building, Design & Construction Magazine | The Choice of Industry Professionals
GLP, the leading global investment manager and business builder in logistics, digital infrastructure, renewable energy and related technologies, and Syzygy, Europe’s leading consultancy in renewable energy, energy storage and electric vehicle infrastructure projects, have completed work on G-Park Zevenaar. Syzygy has supported GLP for the past three years to establish the company’s pan-European solar PV strategy, as well as the tactics to make its portfolio more sustainable through embedded renewable energy generation. G-Park Zevenaar is a 133,000 SQM logistics complex and represents a major investment in renewable energy by GLP Europe. The site is one of four in the company’s PV programme. G-Park Zevenaar, located at the business park 7Poort, close to the German border near the Rhine River, is a hugely significant embedded solar PV project in the Netherlands. The business park houses a vast roof-mounted solar PV system with a total installed capacity of 16.2MWp. It covers an area the size of 21 football pitches and saving 4,629 tonnes of CO2 per year and an anticipated 78,227 tonnes of CO2 across a 25-year lifespan. The impressive development was installed by solar deployment leaders Ecorus BV and is set to achieve BREEAM Excellent certification. At nearly 11.5 hectares, G-Park Zevenaar is now the second largest solar PV installation on a logistics building in the Netherlands, and among the top 20 largest installations in Europe. The project was granted the SDE++ subsidy – a government-funded incentive to stimulate sustainable energy production and facilitate the wider energy transition. In addition, the energy generated will be exported to the grid and part of it will be diverted to the tenant for on-site consumption. This will improve revenue potential and deliver the benefit of Guarantee of Origin (GoOs) to both the landlord and occupiers. Stefano Fissolo, Senior Director for Renewables at GLP Europe, commented: “Through our collaborative partnership with Syzygy, GLP is set firmly on its path to achieve its net zero goals through the development of one of Europe’s largest PV installations. The economic benefits that customers will enjoy through the cost savings in energy reduction will be just one of many attractions this project will offer to future occupiers. This is only the start of our ambitious European renewables programme; we’re excited to roll out further projects and utilise the latest technologies to maintain our industry-leading position in sustainability.” John Macdonald-Brown, CEO of Syzygy, commented: “It has been an incredible journey to get to this point with our friends at GLP. This started in March 2020 as we all went into lockdown with a deep dive research project to support the development of a pan-European renewable energy strategy for Natali Cooper and Nick Cook at GLP. These projects do not happen overnight and we can only praise the extraordinary work our European research Director, Cecile Bousquet who has led this initiative since we started. We are just the supporting cast. We cannot thank GLP enough for their drive and commitment to actually ‘getting things done’ and showing real leadership in this space. GLP has had their customers at the heart of this strategy throughout – it is impossible to deliver decarbonisation, at scale and in a commercially sustainable way, without genuine collaboration with your customers. GLP’s plans from here are impressive and there is much more coming down the line which is really exciting. Zevenaar is the second Netherlands project to have been delivered, but its scale is quite extraordinary – the size of 20 football pitches, generating enough power to supply 3,000 homes or to drive over 4.5m emission—free miles in an electric vehicle!” Building, Design & Construction Magazine | The Choice of Industry Professionals
Electric remotely operated vehicles (eROVs) that perform maintenance and repair tasks on offshore wind turbines are being developed by the National Robotarium in partnership with Fugro, the world’s leading Geo-data specialist. Deployed from Fugro’s uncrewed surface vessels (USVs), the companies are working closely together to explore how the offshore energy sector can benefit from advancing this autonomous technology. The £1.4 million Underwater Intervention for Offshore Renewable Energies (UNITE) project aims to dramatically improve health and safety for workers by reducing the need for potentially hazardous offshore maintenance missions conducted by crewed support vessels. The remotely operated robotic systems will address a number of additional sector challenges including supporting industry to reduce carbon emissions, improve offshore turbine productivity through reduced downtime, and make maintenance and repair exercises more cost-effective and timely. The UK has more than 11,000 offshore wind assets around its shores, with thousands more planned by 2050. On average, each turbine requires up to three maintenance check-ups per year and this figure increases as turbines age and require more maintenance to stay fully operational. Current industry maintenance methods involve vessels travelling into and working in areas of open ocean where a mix of trained divers and ship-based crews manually inspect and or deploy tele-operated robots for repair of individual wind turbines. When applied to the whole of the UK’s offshore wind sector, this translates into potentially hundreds of thousands of crewed maintenance missions every year which are costly for business, contribute emissions to the environment and present a safety risk for workers. In addition to supporting the uncrewed and remotely operated vessels, the pioneering research project will help develop autonomous and semi-autonomous ROVs capable of conducting subsea inspection, maintenance and repair tasks which can be monitored onshore whilst remotely deployed and operated from anywhere in the world. Researchers will specifically focus on developing technologies which allow robots to build more accurate maps of the subsea terrain to better navigate obstacles and targets. The project will also explore how robots autonomously interact with underwater structures, such as grasping or moving objects, whilst being subject to external forces like changing currents or rough seas. The project will be delivered by researchers from Heriot-Watt University and Imperial College London working within the National Robotarium, the UK’s leading AI and Robotics centre, in collaboration with Fugro and funded by the Engineering and Physical Science Research Council, part of UK Research and Innovation. The National Robotarium is part of the Data-Driven Innovation initiative, supported by £21 million from the UK Government and £1.4 million from the Scottish Government. The initiative aims to turn Edinburgh into the data capital of Europe and is part of the wider £1.3 billion Edinburgh and South-East Scotland City Region Deal. Prof. Yvan Petillot is academic co-lead at the National Robotarium and principal investigator of the UNITE project. He said: “We’re only a generation away from our obligation to deliver on our net zero promises by 2050 and 2045 in Scotland, so can’t afford to let the challenges faced by the offshore renewables sector slow down the construction and operation of essential, green energy assets like wind turbines. “Remote inspection and repair using robotic systems deployed in the field and controlled from shore is within our grasp. The long-term ambition is for crewless boats to be able to do this autonomously without direct human control based on a predetermined maintenance cycle – critical if we’re to see the widespread adoption of robotics in the rapidly expanding offshore wind sector. “The National Robotarium’s partnership with Fugro presents an exciting opportunity to develop this next generation of underwater technologies as well as the skills and expertise needed to support the transition to net zero. UNITE has enormous potential to power the UK’s offshore renewable sector and beyond, delivering worldwide economic and environmental impact that can benefit communities around the world.” Mark Bruce, Global Product Manager – Next Generation ROV Systems at Fugro, said: “As the expansion and influence of marine robotics stretches ever further across the marine industry, we are committed to leading the industry’s remote and autonomous revolution. Key to this is overcoming the challenges of remote operations by increasing our awareness and autonomy level in the sub-sea environment. It’s an exciting time as we bring more USVs and respective eROVs into the market, working on commercial projects across Europe providing greater agility, safety and sustainability.” UK Government Minister for Scotland Malcolm Offord said: “This pioneering research into remote robotic systems will create the next generation of underwater technologies that will reduce carbon emissions, increase productivity and make offshore work safer. “The UK Government has invested £21 million in the National Robotarium to foster their world-leading research and support high quality jobs, investment and growth. This is part of £2.3 billion for regional projects levelling up right across Scotland.” Scottish Government Wellbeing Economy Secretary Neil Gray said: “This innovative research is another example of the valuable work conducted at the National Robotarium, which benefited from Scottish and UK Government support through the Edinburgh and South East Scotland City Region Deal. “It recognises the growing and changing requirements of offshore wind businesses and can help boost productivity in an industry which is key to the just transition from fossil fuels and promises to create substantial numbers of well-paid green jobs. “As outlined in the draft Energy Strategy and Just Transition Plan, delivering on our climate obligations is an absolute priority for this Government – but so too is our unwavering commitment to ensuring the journey to net zero is fair and just for everyone.” Building, Design & Construction Magazine | The Choice of Industry Professionals
With the new solar power stations, Antilooppi takes yet another significant step towards a carbon-neutral real estate portfolio by 2030. The company’s own renewable energy production also responds to customers’ growing expectations for climate-friendly premises. Antilooppi has commissioned two new solar power stations, increasing the number of its own solar power stations to six. The solar power stations were commissioned at Tallberginkatu 2 in Ruoholahti and Valimotie 21 in Pitäjänmäki. The solar power station at Tallbergintalo began operating on 10 May 2023 and the station at Valimo 21 on 22 May 2023. The stations are a continuation of Antilooppi’s investments in solar power production with the aim of achieving carbon neutrality in its properties. The company’s first four solar power stations were completed in 2022. “In addition to improving energy efficiency, our own production of renewable energy is one of the key measures in line with our carbon neutrality roadmap. The solar power stations increases our energy self-sufficiency and produce clean and emission-free electricity for the needs of our properties, and it’s great that Tallbergintalo and Valimo 21 have also got their own power stations. This is yet another concrete step towards the carbon neutrality goal set in our sustainability strategy. This also supports our customers’ sustainability goals and growing expectations for climate change mitigation and sustainable premises,” says Hannamari Koivula, Head of Sustainability at Antilooppi. Produced by electricity provider Helen, the roof-based solar power stations strengthen the energy self-sufficiency of Antilooppi’s properties and reduce the amount of purchased electricity needed. The station at Tallbergintalo has a total of 70 roof panels and its total power output is 29 kWp. The estimated energy production in the first year is approximately 25 MWh. The station at Valimo 21 has 85 panels and a total power output of 35 kWp. The energy production of the station during the first year is estimated to be 32 MWh. The annual production estimate for all of Antilooppi’s solar power stations built so far is approximately 284 MWh. Towards carbon neutrality with ambitious goals Antilooppi plans to launch at least six new solar power stations in 2023. Of these, the station located at Hermannin Rantatie 10 in Verkkosaari is expected to be completed soon. Investigations of the implementation of stations are progressing rapidly at Siltasaari 10 in Hakaniemi, Itämerentalo in Ruoholahti and Merikortteli in Punavuori. The investments in solar power reflect Antilooppi’s commitment to accelerating the green transition and mitigating climate change. The company is known for its long-term sustainability work and its desire to be at the forefront of promoting sustainable development in the real estate sector. The goal is to achieve a completely carbon-neutral real estate portfolio by 2030. The company is making determined progress in its sustainability work. All of Antilooppi’s properties use 100% renewable electricity, and the heating of ten properties already comes from renewable energy sources. Antilooppi’s POOL flexible spaces, which are also located at Tallbergintalo, were recently launched as a completely carbon-neutral concept. In addition, the company plans to certify its entire real estate portfolio with the prestigious BREEAM or LEED environmental certification in 2023. Valimo 21 has already been granted the BREEAM In-Use certificate with a ‘Very Good’ rating, and the company now aims to raise it to the ‘Excellent’ level. Tallbergintalo achieved BREEAM certification in May. Building, Design & Construction Magazine | The Choice of Industry Professionals
A leading mechanical and electrical contractor has started work on a key renewables project that will save more than 34,500kg of CO2 emissions. Atherton-based Ash Integrated Services is installing more than 500 solar panels on behalf of Stockport Council at Endeavour House, a depot building on Bredbury Park Way, owned and operated by Totally Local Company. The M+E firm is also installing 24 car ports, three electric vehicle charging points and battery storage, and it will also deliver associated civil engineering works and assist with the installation of a substation. The project will generate approximately 230kWh and the energy will power Endeavour House directly, with any excess transferred to the battery. A key challenge for Ash will be completing the scheme safely and on schedule while operating on a live site, with frequent waste vehicle movements as part of MOT, servicing, and repair work. Stockport Council is seeking to become a carbon-neutral city region by 2038 and appointed Ash to deliver the Endeavour House project following a competitive tender process. Co-founder and co-director at Ash Integrated Services Antony Grace said: “This complex scheme is ideal for our skillset and builds on our previous renewables projects on live sites. “We will have a team of six, including an apprentice, working on the electricals side, with another five delivering the civils to lay cables. “With the installation of the car ports as well as liaising closely with Electricity North West on the substation, there are many layers to this development, and we’re excited to have started on site.” The scheme is scheduled to complete at the end of May and will be future proofed to allow the council to further its sustainability credentials. Antony added: “We will be connecting the new substation to the workshop area as well as removing the existing supply and inserting a new panel. “The latest infrastructure and technology is being used, including the use of larger cables to handle higher usage in the future, such as with the investment of electric waste vehicles.” Endeavour House is one of two key schemes kick-started by Stockport Council this spring, with the view they will act as the blueprint that will help it and other local authorities to learn how best to retrofit renewables onto existing buildings. Cllr Mark Roberts, cabinet member for climate change and environment at Stockport Council, said: “In March 2019, Stockport Council declared a climate emergency and pledged support for the Greater Manchester Five Year Environment Plan. “These two projects are just the start of fulfilling that commitment and this is a fantastic example of one of the many solutions available to organisations and businesses in the borough to decarbonise our society.” Cllr Grace Baynham, cabinet member for highways, parks and leisure services, said: “This is very welcome news and it is so important that we make provision to decarbonise in order to future proof our services. “This is another big step forward in our commitment to become a carbon neutral borough.” David Hughes, CEO at Totally Local Company, which operates out of Endeavour House, said: “The introduction of solar panels at TLC’s site in Bredbury is a great step forward in our target to decarbonise our operations and, by adopting the latest technologies, builds on our current green agenda. “We’re proud to support Stockport Council’s target to be carbon neutral by 2038.” Supported by a capital grant from the European Regional Development Funding (ERDF), as part of the European Structural and Investment Funds Growth Programme 2014-2020, this funding has come about by working jointly as a consortium with five Greater Manchester authorities under the Unlocking Clean Energy in Greater Manchester (UCEGM) programme. For more information, visit www.ashintegratedservices.co.uk Building, Design & Construction Magazine | The Choice of Industry Professionals
Renewable developers Vattenfall and ScottishPower Renewables have unveiled the first completed kittiwake nesting structures to support consented offshore wind farms. Global kittiwake population has been estimated to have fallen by around 40% since the 1970s, so the kittiwake hotels are vital to protect the species. The nests will be able to accommodate around 430 pairs of kittiwakes and will help preserve the species for years to come. A research programme was undertaken and an advisory group – which included representatives from Natural England, RSPB, East Suffolk Council and the Marine Management Organisation – was convened to improve success. Based on the expert advice, the nesting structure has been designed in a way that replicates the best conditions for nesting and factors in conditions such as aspect, the amount of sunshine and shelter, and the size of the nesting shelves within. Measures have also been taken to protect the nesting kittiwakes from predators – such as predator-proof fencing at the bottom to protect against mammals like foxes and an overhanging roof to protect against aerial predators. While kittiwakes are known to be tolerant of human activity, the artificial nests are sited well away from the town and active port at the outer harbour to minimise interaction with human activity and property. The construction of the nesting structure would not have been possible without invaluable support from Associated British Ports, Port of Lowestoft, on whose land the ‘hotel’ is built and J.Murphy & Sons who carried out the construction. The environment is important to both Vattenfall and ScottishPower Renewables and this development will help to compensate for the potential impacts on breeding black-legged kittiwakes in North Yorkshire by ensuring they have a safe nesting area. Separate to the nesting requirement, Vattenfall is also looking to support and work closely with the Lowestoft Kittiwake Partnership and has made a £50,000 a year funding commitment for five years. This will help the Partnership to engage with and provide advice and support for local business and residents living alongside nesting kittiwakes, as well as money for cleaning up after kittiwakes, installing safe preventative measures to protect buildings, and creating alternative nesting sites where kittiwakes won’t come into conflict with people in Lowestoft. Building, Design & Construction Magazine | The Choice of Industry Professionals
The rapid growth and development of the offshore wind sector offers a huge opportunity for the UK supply chain. But what does this opportunity really mean and what is the UK supply chain? A vast number of offshore wind projects, alongside tidal stream, solar and other renewables, are set to go ahead over the next 10 years – including projects linked to ScotWind, INTOG and the Celtic Sea leasing round. Not only will these projects propel the country towards its net-zero targets, but they will also help to create greater energy independence through a strong and sustainable domestic renewable energy supply. But with a UK Government target to reach 50GW of offshore wind installed by 2030, there are challenges as well as opportunities, ahead. There is significant pressure on both industry and governments to make sure this rapid expansion in offshore renewables is matched with tangible benefits for the UK economy. For the UK to fully reap the economic rewards of offshore energy development, new and innovative ways of working are needed to prepare UK companies for future deployment. The supply chain is made up of people – their skills and knowledge, as well as technology – the engineering and AI of the future, and innovation. All of these are needed to make offshore installation a reality. The UK supply chain is local, regional and national, but strategic collaboration is needed to realise the opportunity across coastal communities, regional boundaries and national interests – joining together people, technology and innovation. As demonstrated by the various leasing rounds mentioned, the UK has successfully established a project pipeline, but the focus also needs to be firmly on ensuring we are developing the right skills pipeline. Industry and government have an important part to play but we should be open to innovative new ideas as we invest in and attract the skills needed for the near future. At ORE Catapult we are supporting the UK supply chain by working with companies that are developing new products and services for the market, de-risking offshore projects to secure future jobs, and addressing the various stages of supply chain growth with programmes that support companies from concept to commercialisation. We support innovation and the development of technology and provide programmes that allow ideas to become a reality.
Heat the Streets, a project coordinated by Kensa Utilities, has moved onto its next phase with the installation of ground source heat pumps in newly built apartments in Carlyon Bay near St Austell. The renewable heating project enables developers to get ahead of the Future Homes Standards, set out by the government, and install highly efficient, renewable heating. “I was pleased to meet the team from Kensa and see their innovative project in Carlyon Bay. The Heat the Streets initiative is an excellent one and it was useful to hear more about the benefits of ground source heat pumps as an energy supply method that will be critical to help the country achieve its green energy goals for the future,” commented Cornwall Councillor for Mevagissey and St Austell Bay, James Mustoe. “It is good to see Kensa working with a range of properties across Cornwall, New and old, private, and social rent, to showcase the flexibility of the ground source heat pump and the ease in which it can be installed and then left in situ. I look forward to seeing this work continue as a viable option for a greener and cleaner energy future for Cornwall.” To motivate developers switch to renewable heating, Kensa Utilities has decided to pay for the ground array infrastructure through Heat the Streets. This means that they can install ground source heat pumps in their developments for less than the costs of air source heating. Although air source heat pumps cost less to install than ground source, they can suffer corrosion damage at coastal locations such as Carlyon Bay, this increases maintenance costs and reduces the lifespan of the equipment. These new apartments will benefit from ground source heat pumps which are located inside, away from the elements. Better yet, the heat pumps are manufactured by a Cornish company just twenty miles from site. Heat the Streets will soon enter its most ambitious phase street by street retrofit of ground source heat pumps in the Cornish village of Stithians. Kensa Utilities are replacing existing heating systems in the village with efficient Cornish made heat pumps, with no upfront costs to the homeowners. Building, Design and Construction Magazine | The Home of Construction Industry News
