Tag Archives: Solar

UK Government to make “plug-in solar” available within months

More households will be helped to save money on bills through plug-in solar panels as the government vows to go further and faster on clean energy in response to conflict in the Middle East.

The current conflict is yet another reminder that the only route to energy security and sovereignty for the UK is to end dependence on fossil fuel markets and accelerate the drive for clean, homegrown power, as well as new renewables and nuclear.   

Already the government has taken significant steps in speeding up the move to clean energy in response to the conflict. Last week, the government’s annual renewables auction was brought forward to July. The most recent auction was the biggest ever and alongside the previous auction, enough clean energy to power 23 million homes has been confirmed. 

Today, the government is driving forward with the rollout of “plug-in” solar panels (low-cost panels that families can put on their balconies or outdoor space) to be available in shops within months and save people money on their bills. 

Retailers like Lidl and Amazon, alongside manufacturers such as EcoFlow, are working with government to enable them to be brought to the UK market. 

Plug-in solar is already widely used by households across Europe, with Germany seeing around half a million new devices plugged in per year.   
The free solar power can be used directly through a mains socket like any other device, without an installation cost, thereby reducing the amount of electricity taken from the grid and cutting energy bills.

The easy-to-install technology could save many households significant amounts on their energy bills and help make the UK less reliant on global fossil fuel markets. 

The government has taken decisive action in response to the conflict in the Middle East to fight for consumers and businesses on the cost of living, and is speeding up plans for more clean, homegrown energy that the UK controls to ensure energy sovereignty and security. 

This is alongside new rules coming into force today implementing the Future Homes Standard, which includes common-sense measures to ensure the majority of new homes are built cheaper to run, with solar panels and clean heating as standard. 

These measures on new homes could save families up to £830 a year on their energy bills, compared to a standard home with an EPC rating of C. This will ensure they are more comfortable and affordable – and create at least 75% less carbon emissions than those built to the 2013 standards.

Energy Secretary Ed Miliband said: 

The government is determined to fight people’s corner in this crisis, which is why we have acted to prevent unfair practices like price gouging and provided immediate help for the most vulnerable facing spiralling heating oil prices. 

The Iran War has once again shown our drive for clean power is essential for our energy security so we can escape the grip of fossil fuel markets we don’t control. 

Whether through solar panels fitted as standard on new homes or making it possible for people to purchase plug-in solar in shops, we are determined to roll out clean power so we can give our country energy sovereignty.

Housing Secretary Steve Reed said:   

Building 1.5 million new homes also means building high-quality homes that are cheaper to run and warmer to live in.   

As we make the switch to clean, homegrown energy, today’s standard is what the future of housing can and should look like. Not only will these changes protect hardworking families from shocks abroad but will also slash hundreds of pounds off their energy bills every year.

The government is also announcing and innovative new approach, predominantly benefiting Scotland and East of England, and launching in time for this winter, enabling energy companies to offer discounted energy bills to customers on windy days, rather than continuing the previous default practice of paying wind turbines to turn off. 

Historic underinvestment in Britain’s electricity grid means wind farms in these areas are being paid to switch off on windy days when the network cannot carry all the clean power they produce. Government will look to bring forward new legislation to ensure more homegrown, clean energy can be passed on as discounted electricity to consumers during these periods.

Future Homes Standard

  • The Future Homes Standard turns the page on over a decade of failure by previous governments. More than a million homes were built with higher bills following the cancellation of the Zero Carbon Homes standard in 2015 – leaving families exposed to the energy price spike after Russia’s invasion of Ukraine. 
  • today we are laying the regulations for the Standard and publishing its details
  • it will put energy in the hands of the British people and help cut bills for good, protecting against fossil fuel price spikes like those triggered by the conflict in Iran

“Discounted energy”

  • At the moment, wind farms are often paid to switch off on windy days, because the system can’t use all the power being generated, due to historic underinvestment in the grid required to match this supply with demand across the country
  • to tackle these so-called “constraint payments”, we are launching a new, innovative trial, which would mean that using the generated power would become a more cost-effective option compared to turning turbines off
  • this will enable suppliers and flexibility service providers to offer households and businesses in areas with constrained renewable generation discounted power during these periods, so that more of the extra electricity can be used rather than wasted. It will predominantly apply to areas in Scotland and the East of England

And it comes ahead of households across the country seeing a significant cut to their energy bills next week, with a £117 reduction coming into effect on 1 April, which will be in place until the end of June, saving families money for years to come, whatever the international situation.

Georgina Hall, Corporate Affairs Director at Lidl GB said: 

At Lidl GB, we are committed to making sustainable living affordable for everyone and we welcome the government’s move to modernise regulations in the UK. Updating the regulatory landscape for this ‘plug-and-play’ technology is a positive step towards empowering British households to manage their energy costs and support the nation’s net-zero ambitions.

Greg Jackson, Founder and CEO of Octopus Energy, said:

People want to be free of these fossil fuel crises – since the conflict in the Middle East began, interest in solar has shot up 50%, heat pump and electric cars are also seeing surges.

Every solar panel, heat pump and battery cuts bills and boosts Britain’s energy independence. And the government’s latest steps can help cut the costs of electrification.

With solar, many homes can produce and use their own electricity, and cut their bills further by selling the excess back to us. With heat pumps and electric cars, their own electricity can slash heating and driving bills – stuff you simply can’t do with gas and petrol.

And it’s great that the government want to give homes and businesses cheap electricity on windy days instead of paying wind farms to switch off. Once this is permanent, companies and families will be able to invest confidently in electric vehicles, batteries and heat pumps – knowing they’ll be cheap to run.

Chris Norbury, Chief Executive of E.ON UK said: 

Cutting red tape on plug-in solar is an encouraging move and we will help ensure it works alongside, or as part of, whole-home solutions that genuinely empower people to take control of their energy use and cut bills.

At E.ON Next, we’re already seeing how powerful that shift can be. Whether it’s giving customers more control through innovative time of use tariffs or helping people get income from generating and storing energy at home via steerable assets, the direction is clear: simplicity, transparency and providing real financial rewards for doing the right thing.

Pair that with future homes built to a genuinely modern standard that prioritise affordable living and you start to build a system that works with and for people, not around them. The opportunity now is scale and simplicity. If we get that right, this isn’t just policy, it’s progress. It’s how we make new energy work – for everyone.

Chris O’Shea, CEO, Centrica, said:

As the UK’s biggest installer of low‑carbon heating, we welcome today’s announcements, including the Future Homes Standard. It’s a chance to ensure new homes come ready for the full benefits of modern energy systems — where low‑carbon heating, solar and smart technology are designed to work together from the start and reduce energy consumption. Our army of engineers stand ready to continue to keep Britain’s homes warm.

Josh Buckland, Strategy & Policy Director, EDF, said:

Electrification is fundamental to future proofing the country with homegrown electricity putting Britain back in charge of its destiny and helping keeping bills low for all in the long term. This is why we welcome the government’s Future Homes Standard and the decision that all new homes will have clean heating as standard. We are also pleased to see the focus on unlocking further investment in solar, offering customers a practical way to reduce both their bills and their impact on the environment.

Dhara Vyas, Energy UK’s chief executive, said:

The Future Homes Standard is a landmark moment for clean energy in Britain. New homes built under this standard will benefit from clean heating solutions and solar, protecting households from volatile gas prices and putting energy security within the home itself.

Combined with higher fabric efficiency standards, these homes will be warmer and cheaper to run – offering real and tangible change in people’s homes.

Critically, plans for rooftop solar with the possibility for households to export excess energy back to the grid mark a genuine shift in how people can engage with the energy transition, easily allowing them to save money from an increasingly flexible energy system.

The Future Homes Standard gives businesses the long-term certainty they need to invest in manufacturing, scale up supply chains, and build the skilled workforce that will make the targets set in the Warm Homes Plan a reality.

Chris Hewett, Chief Executive, Solar Energy UK, said:

Expanding solar energy and battery storage is a rapid and inexpensive solution to the looming energy crisis – for cutting bills, for the economy and for our nation’s energy security. From the largest installations to the smallest domestic systems, every battery and panel counts towards weaning us off reliance on imported and polluting fossil fuels. That’s why ensuring that new homes and other buildings are built with solar and boosting retrofits is so vital, and so welcome.

Charlotte Lee, Chief Executive, HPA UK, said: 

We are delighted to get confirmation that following a transition period, all new homes and buildings will benefit from low carbon heating such as heat pumps and heat networks. Coupled with solar PV, heat pumps and connections to heat networks provide a future proofed solution which will strengthen the UK’s energy security. 

Whilst the sector has been scaling up, with over a quarter of new homes built in the UK in 2025 having a heat pump, this clarity will unlock further investment into the supply chain, supporting thousands of highly skilled jobs, and contribute to the UK’s wider economic growth.

Dave Sowden, Chief Executive, Sustainable Energy Association (SEA), said:

We are delighted to see the publication of the Future Homes and Buildings Standard, which will provide much needed clarity for the low carbon heating and energy efficiency sectors. Today’s news will mean that the UK’s future building stock will provide residents with warm, comfortable, efficient, and cost-effective homes for decades to come. 

Additionally, it is encouraging to see the government recognise exciting low carbon innovations such as plug-in solar. The technology will be welcomed by consumers and businesses as we navigate the uncertain long-term impact on fuel bills due to a range of geopolitical factors.

Madeleine Gabriel, director of sustainable future at Nesta, said:

Many households are understandably concerned about paying for rising energy costs in the future because of the volatility of fossil fuel prices. With the government now making it even easier to switch to electricity to heat and power your home, there has never been a better time for people to consider installing solar panels, storage batteries and heat pumps. 

These home upgrades could save a typical household hundreds of pounds on its annual energy bill under current and projected energy prices and allow households to have some relief from the fossil fuel rollercoaster. Ensuring new homes have heat pumps from 2028 will also lock in that protection for future buyers.

Friends of the Earth’s head of policy, Mike Childs, said: 

For too long households across the UK have been hit by soaring energy bills driven by our dependence on volatile gas and oil markets. 

Making it easier to install plug-in solar panels and ensuring new homes come with heat pumps and solar power is a welcome step that will help protect families from future price shocks. 

But we must go further to end our reliance on fossil fuels, strengthen energy security and cut the carbon pollution driving the climate crisis. That means rapidly expanding the UK’s huge renewable energy potential and helping more people switch to electric heating and vehicles.

Aldersgate Group’s Executive Director, Rachel Solomon Williams, said:  

The built environment is one of the most challenging sectors to decarbonise. Including indirect emissions, buildings still account for 23% of the UK’s total carbon emissions. Measures that require homes and commercial buildings to include low-carbon heating and energy efficiency would play an important role in driving the transition. 

To ensure that these measures also contribute to reduced bills for households and businesses, it will be vital to continue work on addressing the rising cost of electricity. 

Garry Felgate, CEO of The MCS Foundation, said:

The confirmation that the majority of all new homes in England will have solar panels and low carbon heating systems such as heat pumps is very good news – for energy security, for the UK’s progress toward a carbon-free future, and for the countless households that will benefit as a result.

What matters now is implementation, and ensuring households have confidence in the technologies their new home will come with. So, it’s vital that housebuilders consider quality and consumer protection, by ensuring every installation is delivered by an MCS certified installer, to MCS standards.

Janine Michael, Chief executive at the Centre for Sustainable Energy said:  

The Future Homes Standard is a significant step forward in futureproofing our homes and our energy system. Building solar and low carbon heating into new builds as standard will create jobs, strengthen energy security and cut household bills, accelerating the green transition.  

We also welcome plans to improve access to a wider range of smart tariffs for households generating their own electricity. But the benefits must reach everyone. In particular, it must be easier for lower income and vulnerable households who have had solar panels installed through government-backed schemes to earn income as generators.

Elli Moody, Director of Policy and Advocacy at the Campaign to Protect Rural England, said:  

This announcement shows that the government is serious about harnessing the enormous potential of the UK’s rooftops to generate clean, sustainable energy. Mandating solar panels on new homes and making solar more accessible to renters as well as homeowners will deliver meaningful climate action without placing further pressure on iconic landscapes and productive farmland.

Ed Lockhart, Chief Executive of the Future Homes Hub, said:

The publication of the Future Homes Standard isn’t just about a change in regulation – it’s a promise to consumers that new homes will be more comfortable, more efficient, and more secure against the volatility of unstable fossil fuel markets.

Today’s announcement sets the timeline for all new homes to meet these higher standards from 2028. The Future Homes Hub is facilitating partnership across the whole housing ecosystem including sharing solutions between homebuilders, housing associations and developers of all sizes to ensure residents feel the full benefits, starting with the Future Homes Standard Ready campaign.

Dr Tom Dollard, Chair, Good Homes Alliance said:

The Good Homes Alliance welcomes the launch of the Future Homes and Building Standard as a positive step towards net zero and low energy homes.  This is a clear improvement for Part L of the building regulations that set targets to ensure all new homes and buildings are built fit for a net zero future, with low carbon heating and solar panels. 

Our industry-leading membership will continue delivering these homes that are more comfortable and cheaper to run.  We welcome the proposed used of HEM as a replacement for SAP after a period of dual running and look forward to working with industry to ensure these new low energy homes are delivered as comfortable, healthy homes.

We are confident that these standards, especially if used in combination with enhanced ventilation commissioning and low-cost, post-completion testing, such as short duration whole-house heat loss tests, will ensure delivery of both high-quality, energy-efficient homes and the housing supply needed to meet demand.

Lorna Wallace-Smith, Head of UK Communications for EcoFlow, said:

Allowing plug-and-play solar is a very positive step for expanding access to renewable energy in the UK. Seeing these systems available in stores by summer would be a major win for households, enabling people to take advantage of the longer, brighter days and start generating their own clean electricity straight away.

For many households – particularly those living in flats or rented homes – solar has not always been straightforward. Plug-and-play systems remove that barrier, making it far easier to get started.

Across Europe, similar technologies are already widely used, helping households reduce energy bills while supporting a more resilient, decentralised energy system. Solutions such as EcoFlow STREAM show how people can generate solar power from small outdoor spaces like balconies, gardens or terraces, without complex installation. With clear standards and the right regulatory framework, the UK now has a real opportunity to bring accessible solar to millions more homes – just in time for summer.

James Alexander, CEO, UK Sustainable Investment and Finance Association said:

Investors will welcome government plans to place low-carbon efficiency measures at the heart of new building regulations.

Well-implemented guidelines that raise the overall quality and sustainability of new properties can attract billions in private investment, support thousands of skilled jobs and contribute to wider economic growth.

This can also potentially reduce long-term risks for mortgage holders, as it will help to safeguard the valuations of their homes.

Lawrence Slade, Chief Executive, Energy Networks Association, which represents the UK’s electricity network operators said: 

Today is a significant step in the UK’s clean energy transition and in supporting the connection of additional home-grown solar power. The UK energy system is already an international leader in the delivery of local flexibility markets, and we’re keen to enable customers to safely and appropriately accelerate the connection of domestic renewable generation.

Network operators are investing to create an energy grid that will meet the UK’s future demands for clean, affordable and secure energy. This will enable the transition to the greater use of low carbon technologies (LCTs) which they are also supporting by practical innovations like ENA’s Connect Direct service, to make the connection of more LCTs as straight forward, quick and safe as possible for customers.

Charlie Mercer, Policy Director at Startup Coalition, said:

Today marks another excellent step forward in placing innovation and cutting-edge technologies at the heart of the UK’s energy security agenda. It’s clear the government is serious about putting tech into the hands of households across the UK to cut energy bills. The UK is home to a £22 billion energy startup sector that will drive forward energy security and economic growth across the country.

Mohamed Gaafar, Co-Founder and CEO, Gryd Energy, said:

This is a landmark moment that will redefine the role of homes in the UK’s energy system.

Solar on every new home is an absolute no-brainer – it will give households real control over their bills and reduce their exposure to volatile global energy markets, something recent events have made impossible to ignore.

At Gryd, we’re already delivering funded solar and battery systems on new homes with our developer partners, giving buyers the flexibility to own if it suits their budget. The early results speak for themselves: when clean energy is made accessible and affordable from day one, homebuyers choose it.

The Future Homes Standard is meeting homeowners where they already are – the public demand is clear to accelerate the UK’s move to a more decentralised, resilient energy system – and the industry is ready to step up and deliver.

Simon McWhirter, CEO at the UK Green Building Council, said:

We welcome the government’s decision to adopt the more ambitious Future Homes Standard, putting new homes firmly on a path away from fossil fuels and ensuring rooftop solar and improved levels of energy efficiency are the new norm. This will help lower household energy bills, reduce pressure on the electricity system, and give industry the confidence to invest in skills, supply chains and innovation.

The History of Solar Panels: Harnessing the Power of the Sun

The History of Solar Panels: Harnessing the Power of the Sun

Solar panels, a cornerstone of renewable energy, have a fascinating history that stretches back over a century. From the early discoveries of photovoltaic effects to the sophisticated solar technologies of today, solar panels have evolved significantly, reflecting advancements in science, technology, and our understanding of energy sustainability. This blog post explores the history of solar panels, tracing their development from early scientific discoveries to their current status as a key component of the global energy landscape.

Early Discoveries and the Birth of Photovoltaics (1839-1900s)

The concept of harnessing sunlight to produce energy is not a modern idea. The journey began in 1839 when French physicist Edmond Becquerel discovered the photovoltaic effect. At just 19 years old, Becquerel observed that certain materials produced small amounts of electric current when exposed to light. This groundbreaking discovery laid the foundation for the development of solar panels.

In 1873, British engineer Willoughby Smith discovered the photoconductivity of selenium, which furthered interest in using materials to convert light into electricity. This interest was taken up by William Grylls Adams and his student Richard Evans Day in 1876, who found that selenium produced electricity when exposed to light without any heat or mechanical energy involved. This proved that a solid material could convert light directly into electricity, a crucial step toward modern solar panels.

In 1883, American inventor Charles Fritts created the first genuine solar cell by coating selenium with a thin layer of gold. Although Fritts’ cells were only about 1% efficient, this was the first instance of a functional solar cell that could convert sunlight into electricity.

The 20th Century: Advancements and Applications (1900s-1950s)

The early 20th century saw sporadic interest in solar energy, primarily in theoretical research and small-scale applications. However, the real breakthrough came in 1954 when Bell Labs scientists Daryl Chapin, Calvin Fuller, and Gerald Pearson developed the first practical silicon solar cell. This new cell was about 6% efficient, a significant improvement over Fritts’ selenium-based design.

This invention marked the beginning of the modern photovoltaic era. The Bell Labs solar cell was publicized in The New York Times as the beginning of a new era, leading to significant interest in the technology. Initially, these silicon cells were expensive and used mainly in specialized applications like powering remote communication systems or research satellites.

Solar Panels in Space: The Vanguard I Satellite (1950s-1960s)

One of the earliest adopters of solar panel technology was the space industry. In 1958, the United States launched Vanguard I, the first artificial satellite powered by solar cells. Vanguard I was equipped with small solar panels that provided power to its radios, proving that solar power could be reliable in space.

This success demonstrated the viability of solar technology for space applications, leading to its widespread use on satellites and space probes. Solar panels became the primary power source for spacecraft, paving the way for the development of more efficient and reliable solar technologies.

Oil Crisis and Renewed Interest in Solar Energy (1970s)

The 1970s marked a pivotal decade for solar power. The oil crisis of 1973, caused by an embargo by the Organization of Arab Petroleum Exporting Countries (OAPEC), led to a dramatic increase in oil prices and highlighted the vulnerabilities associated with reliance on fossil fuels. This crisis spurred renewed interest in alternative energy sources, including solar power.

During this period, governments and private companies began to invest more heavily in solar technology. The U.S. government launched the Solar Energy Research Institute (now the National Renewable Energy Laboratory) in 1977, focusing on advancing solar technology and reducing costs. Additionally, research led to the development of new materials and designs, such as the use of crystalline silicon, which improved efficiency and reduced the cost of solar cells.

The Rise of Photovoltaic Technology (1980s-1990s)

The 1980s and 1990s saw significant improvements in solar panel technology and manufacturing processes, making solar power more accessible and affordable. Advances in semiconductor technology and the development of thin-film solar cells further lowered the cost of production and increased the efficiency of solar panels.

During this period, solar panels began to be used more widely in residential and commercial applications. Countries like Japan and Germany started to offer incentives and subsidies for solar power installations, helping to build a market for solar energy. The photovoltaic industry began to grow, with companies producing more panels and driving down costs through economies of scale.

The 21st Century: Solar Panels Go Mainstream (2000s-Present)

The early 2000s marked a turning point for solar energy as advancements in technology, combined with growing environmental concerns and favorable policies, accelerated the adoption of solar panels worldwide. The cost of solar panels dropped dramatically due to improved manufacturing techniques, economies of scale, and innovations like thin-film technology and multi-junction solar cells, which further increased efficiency.

Countries around the world started to implement policies and incentives to promote solar energy, recognizing its potential to reduce greenhouse gas emissions and combat climate change. Feed-in tariffs, tax incentives, and renewable energy mandates helped spur the growth of the solar industry.

By the 2010s, solar power had become one of the fastest-growing sources of new electricity generation worldwide. Technological advancements continued to improve the efficiency and cost-effectiveness of solar panels, with new materials like perovskite offering even greater potential. Innovations in energy storage, such as batteries, have also enhanced the ability of solar power to provide reliable, round-the-clock electricity.

The Future of Solar Panels: Beyond 2024

As of 2024, solar panels are more efficient and affordable than ever before. They are a crucial part of the global shift toward renewable energy, with installations spanning residential rooftops, commercial buildings, and vast solar farms. Emerging technologies, such as bifacial solar panels that capture sunlight on both sides, and solar tiles that integrate seamlessly into building materials, are expanding the possibilities for solar energy.

Researchers are exploring new materials and designs to increase the efficiency and flexibility of solar panels, such as organic photovoltaic cells and quantum dot technologies. With continued investment and innovation, solar panels are poised to play a vital role in a sustainable energy future.

Conclusion

The history of solar panels is a story of scientific discovery, technological innovation, and a growing commitment to sustainability. From the humble beginnings of the photovoltaic effect discovered by Edmond Becquerel in 1839 to the highly efficient solar technologies of today, solar panels have come a long way. As we look to the future, solar energy will likely continue to evolve, providing clean, renewable power to meet the growing energy needs of our world. The sun has always been a source of life; now, more than ever, it is a vital source of energy, powering our path to a sustainable future.

New solar farm to be built at former landfill site in the West Midlands

The Environment Agency is continuing to carry out its regulation of a historic, non-hazardous landfill site in Wednesfield, where construction of a new solar farm is currently underway.

City of Wolverhampton Council, the current operator of the closed Bowmans Harbour landfill, is enabling The Royal Wolverhampton NHS Trust to develop the site to generate significant levels of renewable energy to power the nearby New Cross Hospital, in a step towards its goal of becoming net carbon zero by 2040.

As part of the planning process, City of Wolverhampton Council is required to manage the landfill in its closed state by retaining the existing landfill monitoring infrastructure and continuing to provide access for the Environment Agency to carry out its regulation of the site.

The Environment Agency has also highlighted to the council of the need to avoid damage to the cap of the landfill to prevent any issues going forward.

The site, which was formerly mined for coal, was operated as a landfill until it was closed and capped in 1996-1997. Since then, the Environment Agency has continued to regulate the site, ensuring monitoring and maintenance of the site is managed in accordance with the site’s environmental permit.

The solar farm, which at 11 hectares, is the size of around 22 football pitches and is due to be operational by summer this year, even though the site will not be fully complete by this time. It is estimated that the solar energy will power the hospital for three quarters of the year – around 288 days of self-generated renewable energy.

Joe Craddock, Environment Officer at the Environment Agency said:

It’s fantastic to see a former landfill being used in this way to provide a renewable energy source for the hospital.

We have taken the opportunity of working with the council to not only maintain but also improve the infrastructure of the closed landfill. We have required City of Wolverhampton Council to review and improve the leachate and gas wells on the site and make updates to the gas flare.*

We will continue to monitor and manage the site as it changes its use into a new source of renewable energy.

The improvements to the landfill infrastructure are important as they reduce the amount of greenhouse gasses being emitted from the site.

Background information

The solar farm is located approximately 1 mile to the north-east of Wolverhampton city centre and approximately 0.5 mile south of Wednesfield village centre.

The solar farm is planned to produce 6.9 megawatts-peak per annum which will be fed direct to New Cross Hospital. New Cross Hospital will be the first hospital in England to fully utilise and operate its own facility providing renewable energy.

The repository at Bowmans Harbour is the subject of an existing environmental permit issued to City of Wolverhampton Council by the Environment Agency in respect of environmental monitoring.

The Environment Agency regulates the environmental permits held by a landfill operator, including a closed landfill.  Within the environmental permits there are conditions controlling the operations that the site can carry out, which cover emission limits and the location and frequency of environmental monitoring.

The conditions of the environmental permit are designed to prevent pollution and minimise impacts to the environment and human health.  Appropriate measures are required to be taken by the holder of the environmental permit through the application of best practice.

There is a long-term monitoring contract in place with City of Wolverhampton Council to meet the conditions of the environmental permit.

Less potent greenhouse gasses are emitted if the landfill gas is burnt as opposed to being vented* so reducing the volume of gas being vented on the site will have a positive effect on the environment in terms of the greenhouse gases being emitted by the site.

  • When the gas is vented, a higher percentage of methane is released to the atmosphere which has a greater greenhouse effect. Burning the landfill gas reduces the volume of more potent greenhouse gases being released.

A 2500 mile long cable could bring solar power from Morocco to UK

The Xlinks Morocco-UK Power Project will be a new electricity generation facility entirely powered by solar and wind energy combined with a battery storage facility. Located in Morocco’s renewable energy rich region of Guelmim Oued Noun, it will cover an approximate area of 1,500km2 and will be connected exclusively to Great Britain via 3,800km HVDC sub-sea cables.

This “first of a kind” project will generate 10.5GW of zero carbon electricity from the sun and wind to deliver 3.6GW of reliable energy for an average of 20+ hours a day. This is enough to provide low-cost, clean power to over 7 million British homes by 2030. Once complete, the project will be capable of supplying 8 percent of Great Britain’s electricity needs.

Alongside the consistent output from its solar panels and wind turbines, an onsite 20GWh/5GW battery facility provide sufficient storage to reliably deliver each and every day, a dedicated, near-constant source of flexible and predictable clean energy for Britain, designed to complement the renewable energy already generated across the UK.

When domestic renewable energy generation in the United Kingdom drops due to low winds and short periods of sun, the project will harvest the benefits of long hours of sun in Morocco alongside the consistency of its convection Trade Winds, to provide a firm but flexible source of zero-carbon electricity.

The Xlinks Morocco-UK Power Project will provide “renewable energy that acts like baseload power”.

Four cables, each 3,800km long form the twin 1.8GW HVDC subsea cable systems that will follow the shallow water route from the Moroccan site to a grid location in Great Britain, passing Spain, Portugal, and France.

Agreement has been reached with National Grid for two 1.8GW connections at Alverdiscott in Devon. Voltage source convertor stations will enable the Xlinks project to secure high value balancing contracts with National Grid, and a HVDC Technical Feasibility study has been completed to validate reliability and cost.

The transmission system will use High Voltage Direct Current (HVDC) cables to send the power from Morocco to Britain. HVDC technology is now well tried and tested as reliable and more cost competitive for a large volume of electron transfer across longer distances, than the High Voltage Alternating Current (HVAC) technology typically used for transmission systems within countries.

Converter stations will be used to change the HVAC power at the generation site in Morocco to HVDC, which is then sent through the subsea cable with very low losses before another converter station in Britain changes the HVDC power back to HVAC, ready to be injected into the British transmission network. While the Xlinks Morocco-UK Power Project subsea cable is significantly longer than existing interconnectors, the HVDC technology is the same proven technology used for connecting Britain and other European countries, or the technology proposed for the interconnector between Morocco and Portugal.

Thousands of new solar panels are to be installed in UK prisons

Thousands more solar panels are being fitted to prisons across England to help cut carbon emissions and save taxpayers’ money, Prisons Minister Alex Chalk has announced.

The installations are expected to cut more than 1,300 tonnes of carbon from the earth’s atmosphere and provide 20% of each prison’s electricity – a significant saving as the gworks towards its ambitious net-zero target and a move that will save around £800,000 a year.

In total over 16,000 new ground mounted panels will be switched on across the prison estate, with HMPs Bullingdon, Erlestoke and Wayland lighting the way in the next few months and work ongoing to power the remaining 16 from Spring next year.

Prisons and Probation Minister, Alex Chalk, said:

As we build back safer and greener from the pandemic, our prisons are playing their part in the Government’s ambitious environmental plans.

Alongside our wider sustainable action across the estate, including new all-electric prisons, we will ensure our jails are good for the pocket and the planet.

This unprecedented expansion of solar energy follows the announcement in May that the government’s four new prisons – a vital building block in the drive to create 10,000 new modern prisons places that cut crime – will operate as zero-carbon in the future. 

The prisons will use an all-electric design that eliminates the need for gas boilers and will in time produce net-zero emissions.

Solar panels, alongside heat pumps and more efficient lighting systems will reduce energy demand by half and cut carbon emissions by at least 85% compared to prisons already under construction.

The environmentally friendly drive accompanies wider government action to build back greener with more than £12 billion in green investment to help achieve its net zero commitment.

This will include hydrogen and carbon capture technology, greener homes, electric vehicle charging infrastructure, walking and cycling infrastructure, flood defences and backing offshore wind to power every UK home by 2030.

Notes to editors

  • Ground mounted solar panels have recently been installed at HMPs Bullingdon, Erlestoke, and Wayland.
  • Panels are now being installed at HMPs Eastwood Park, Ford, Guys Marsh, Haverigg, Isle of Wight, Leyhill, Lindholme and Moorland, Littlehey, New Hall, and Onley, Stocken, Werrington, Whatton and Whitemoor.
  • Work is ongoing to facilitate panels at HMPs Bure and Full Sutton.
  • The project will cost around £12 million, to be recouped through annual savings. Combined, the prisons will generate more than 7000kW of capacity per year.
  • The first of the four new prisons will be built next to HMP Full Sutton in East Yorkshire and work is underway to investigate locations for a further prison in the North-West of England and two in the South-East.
  • The MOJ is seeking to achieve the gold-standard ‘outstanding’ rating in Building Research Establishment Environmental Assessment Method (BREEAM) for its four new prisons. BREEAM is an independent scheme which assesses the sustainability of infrastructure projects.
  • The UK is a global leader on tackling climate change which is why we’ve committed to reach net zero by 2050.