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Last updated: 19 May 2024

The Solar Landscape in the UK: An In-depth Look at Regional Solar Farms

As the sun rises over the United Kingdom, it illuminates not just the historic landmarks and bustling cities but also an increasingly prevalent feature of the landscape: solar farms. These expansive fields of photovoltaic panels transform how the nation generates power, contributing to a greener, more sustainable future.

Solar farming is the most popular method of harvesting sunlight to create energy, and it is quickly becoming one of the most preferred new investments for companies and independent investors. 

The UK's solar power market is projected to grow from 15 gigawatts in 2023 to 43 gigawatts by 2028, marking an impressive compound annual growth rate of 23.53%. 

This surge in solar power is not just a national phenomenon but a story of regional growth and innovation. From the first transmission-connected solar farm in Bristol to the third largest solar farm built on a former rubbish dump in Essex. 

UK solar farms

This is a significant increase in solar farms, with the largest capable of powering 14,000 homes. This surge in solar energy production is not just a trend but a strategic move towards achieving the UK's ambitious 2035 decarbonisation targets

However, the story of solar energy in the UK is about more than just numbers and targets. It's a complex narrative that involves regional variations, technological advancements, and economic implications. For instance, the efficiency of solar panels can be affected by the distance between the production and supply points. 

This article explores these aspects, their pros and cons, and the surrounding controversy. Providing a comprehensive understanding of the current state of solar energy in the UK and its potential for the future. 

So, whether you're an energy enthusiast, an environmental advocate, or a curious reader, join us as we explore the radiant world of solar farms in the UK.

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Solar Farms and their Evolution in the UK

Solar farms are large-scale applications of solar photovoltaic (PV) systems, providing a source of safe, locally produced renewable energy for many years after construction.

The land used for a solar farm creates a safe place where nature and wildlife can flourish. The ground beneath the solar panels can also be used to graze animals or grow grass and wildflowers. Due to their large area occupation, solar farms are usually developed in rural locations.

To get approval for solar farms in the UK, a series of rigorous planning procedures must be passed, taking into account the suitability of the site, any potential impact on the locality (will the presence of solar farms harm or endanger the environment, taking into consideration ecological as well as socio-economic factors) and the relevant renewable energy targets.

Solar farms cover anything between 1 acre and 100 acres. The biggest solar farm in the UK is capable of powering 14,000 homes! It is located in Oxfordshire and has been connected to the national grid. The farm can produce a total of 46 MW of power.

Based on the average annual consumption of a household, for every 5 MW installed, a solar farm will power approximately 1,500 homes for a year. Approximately 25 acres of land are required for every 5 megawatt (MW) installation.

It was predicted that to meet the EU renewable energy targets of a minimum of 42.5% in 2030, the UK needed to increase their dependence on solar power. This ultimately resulted in creating investment and local green jobs whilst reducing the reliance on overseas fossil fuel imports. As this valuable and rapidly deployable sector grows, solar energy will help businesses manage their electricity costs while reducing their carbon emissions and provide a choice about where power can be obtained.

The Current State of Solar Power in the UK

The United Kingdom has been experiencing significant growth in solar power capacity, with a 5.3% increase in solar PV capacity in 2022, accounting for 19% of the total UK growth. The South West region had the largest share (20%) of the new capacity, primarily from South Farm Solar Park (40 MW). 

Regional Distribution of Solar Farms

The UK's solar power market has been growing at a remarkable pace. As of 2023, the installed base of solar power in the UK is estimated to be 15 gigawatts (GW), and this is projected to nearly triple to 43 GW by 2028, marking a compound annual growth rate (CAGR) of 23.53%.

Solar farms are not evenly distributed across the UK. The South West region has the largest share of new solar photovoltaic (PV) capacity, primarily from South Farm Solar Park, which contributes 40 MW. Cornwall and Wiltshire also have many solar PV sites, representing the installation of substantial solar farms.

In May 2023, the UK saw the first solar farm, a 49.9 MW installation, to feed electricity directly into the transmission network, marking a significant step towards creating a secure, home-grown energy system for the UK.

Factors Driving the Growth of Solar Farms

Several factors are propelling the growth of solar farms in the UK. One of the primary drivers is the rising energy prices in the domestic market, which have nearly tripled since 2000. 

Solar farms strategy

Furthermore, agrivoltaics, where solar farms share the use of farmland for solar power generation and growing crops, is gaining traction and could address conflicts over land use. This approach addresses concerns about solar farms taking up valuable productive land and displacing crops. It can potentially drive the growth of solar farms in the country further.

Several factors drive the growth of solar farms in the UK:

  1. Supportive government policies and demand for renewable energy sources to decrease dependency on fossil fuels and carbon footprints.
  2. Declining costs of solar technologies and additional subsidies on solar systems.
  3. Growing energy prices in the domestic market have nearly tripled since 2000.
  4. Ambitious solar power targets, such as reaching 40GW installed capacity by 2030
RegionSolar Capacity (MW)Percentage of Total UK Capacity
South West3,02020%
East of England2,80018.5%
South East2,50016.5%
Other Regions6,78045%

The South West region leads in solar PV capacity, with other areas following closely. The future of solar farms in the UK looks promising, with ambitious targets set for the coming years.

Regional Analysis

Regional factors can significantly influence solar farms' efficiency and output. For instance, the sunlight a region receives can affect the amount of electricity a solar farm can produce. Similarly, local climate conditions, such as temperature and cloud cover, can also impact the performance of solar panels.

Regional infrastructure is another important factor. The proximity of a solar farm to the grid can influence the cost and efficiency of electricity transmission. Additionally, local policies and regulations can affect the development and operation of solar farms.

The Top 10 Biggest Solar Farms in the UK

Solar farms and large-scale solar photovoltaic (PV) system applications have rapidly increased across the UK. The UK is home to some of the largest solar farms in Europe. 

The largest solar farm in the UK is the Shotwick Solar Park, located in Flintshire, Wales. Commissioned in March 2016, it has a capacity of 72.2 MW and covers an area of 250 acres.

The second largest is the Lyneham Solar Farm in Bradenstoke, Wiltshire, with a capacity of 69.8 MW. Other notable solar farms include the South Lowfield solar farm in North Yorkshire and the Wroughton Airfield (Swindon Solar Park) in Swindon, both with a capacity of 49.9 MW.

RankSolar FarmLocationCapacity (MW)Size (Acres)
1Shotwick Solar ParkFlintshire, Wales72.2250
2Lyneham Solar FarmBradenstoke, Wiltshire69.8213.3
3Owl's Hatch Solar ParkHerne Bay, Kent49.9200
4Wroughton Airfield (Swindon Solar Park)Swindon, Wiltshire50165
5West Raynham Solar FarmWest Raynham, Norfolk49.8225
6Llanwern Solar FarmNewport, Wales49.9260
7South Lowfield Solar FarmKirkby Fleetham, North Yorkshire49.9231
8Scurf Dyke Solar FarmHutton Cranswick, East East Riding of Yorkshire50200
9Lark's Green solar farmSouth Gloucestershire49.9106
10The Grange solar farm,Newark, Nottinghamshire49.9207

Regional Breakdown of Solar Farms

With a growing number of solar farms across England, Wales, Scotland, and Northern Ireland, the UK is making significant progress towards meeting its renewable energy targets and transitioning to a more sustainable future.

Solar Power Generation in England by Region

In England, the South West region leads the way in solar power generation, producing 3.15 terawatt hours of electricity from solar power.

In 2022, solar PV capacity in the UK grew by 5.3%, with the South West region having the largest share (20%) of new capacity. The East of England had 6,470 GW of renewable capacity, with 35% coming from solar PV. The South East also has a high number of solar PV sites.

Regional solar farms capacity

Solar Farms in Wales

Wales has seen a 1.2% increase in renewable capacity, with solar farms such as Shotwick Solar Park, the largest solar farm in the UK, located in Flintshire, Wales, with a capacity of 72.2 MW and covering an area of 250 acres. Another notable solar farm in Wales is Llanwern Solar Farm, located in Newport, with a capacity of 49.9 MW.

Elgin Energy, for instance, has delivered operational solar farms in all these regions with a total output of more than 230MW.

Solar Farms in Scotland

Scotland has experienced significant growth in onshore wind capacity, with 97% of new capacity in the UK coming from Scotland. However, solar farms are also present in Scotland, contributing to the country's renewable energy mix.

Solar Farms in Northern Ireland

Northern Ireland is home to the largest solar farm in the region, Bann Road Solar Farm, located in County Antrim. With a capacity of 45.7 MWp, it generates enough energy to power almost 20,000 homes. This 194-acre project in County Antrim is a testament to the potential of solar energy in the region.

Pros and Cons of Solar Farms

Solar farms are a new apparition in the UK but are growing in number as more and more companies invest in this renewable energy source. There are many solar energy advantages and disadvantages, but investing on a large scale can have different implications.

Like all previous energy sources, building solar farms has positive and negative aspects. Below are some pros and cons of solar farms:


  • Solar farms generate electricity locally and feed into the local electricity grid using energy from the sun to generate electricity.
  • They represent time-limited, reversible land use and provide an increased, diversified and stable source of income for landowners.
  • There are no moving parts, so assembly and maintenance are minimal.
  • No by-product or waste is generated except during manufacturing or dismantling.
  • They have lower visual and environmental impacts than other forms of power generation.
  • Renewables allow customers to buy green electricity and reduce reliance on scarce fossil fuels.


  • Solar farms need to use thousands of panels to produce enough energy for most power grids. This can take up much land area and potentially destroy wildlife and agricultural lands.
  • When sunlight is limited due to excess shade or heavy cloud cover, this affects the energy produced. In the UK, where the climate changes, this can be a big factor in solar panel efficiency.
  • Public perception towards solar energy fields is that they are unattractive and can take away from the natural look of the land.
  • Start-up solar farm costs are relatively high. However, there are many incentive programs to offset these costs, such as government subsidies, which the UK government granted, for example, to farmers willing to transform their lands into solar farms.
Solar Farm Drawing 2

Solar farms are a technology providing a source of safe, locally produced, renewable energy for many years after construction. The land used for a solar farm creates a safe place where nature and wildlife can flourish. The ground beneath the panels can also be used to graze small sheep, goats or poultry or grow grass and wildflowers.

Key Trends in UK Solar Farms

The solar industry has witnessed remarkable advancements in recent years, significantly enhancing the efficiency of solar farms. One of the most significant advancements has been in solar cell efficiency. Solar technology has achieved a 31.6% conversion rate from solar energy to electric current, up from the previous 24.4%. 

Advancements in Solar Technology

Solar technology has come a long way since the first solar cells were developed in the 1950s. Today, advancements in solar technology are driving efficiency improvements and cost reductions in solar farms across the UK. For instance, bifacial solar panels, which can capture sunlight from both sides, can increase energy yield by up to 20%.

Moreover, an Oxford-based technology firm has developed a new solar panel technology to raise solar power efficiency levels close to 28%. This is a significant leap from the previous efficiency levels of below 20%. With higher efficiency, these panels will also require less area for installation, making them ideal for small rooftops. 

The Emergence of Community Solar Farms

Community solar farms are a growing trend in the UK, offering a range of social, economic, and environmental benefits. These projects allow local communities to invest in and benefit from renewable energy, fostering a sense of ownership and engagement in transitioning to a low-carbon future.

Five community energy groups in England and Wales have collaborated to buy seven solar farms, boosting England and Wales' total capacity of community-owned solar power by 20%. This collaboration will see about £20m in funds being pumped back into communities. 

For instance, the Westmill Solar Co-operative in Oxfordshire, the world's largest community-owned solar farm, generates enough electricity to power over 1,400 homes and has created a wildlife habitat within the solar farm.

Integration of Energy Storage Systems

Integrating energy storage systems in solar farms is another critical trend in the UK. Energy storage systems, such as batteries, can store excess solar power generated during the day for use when the sun is not shining.

The UK's first transmission-connected solar farm, Larks Green, is a prime example of this trend. The solar farm is co-located with a 49.5MW / 99MWh battery energy storage system, marking a significant step towards creating a secure, home-grown energy system for the UK. 

Another example is the Clayhill solar farm in Bedfordshire, the UK's first subsidy-free solar farm, which includes a 6MW battery storage system. This allows the farm to store and release electricity into the grid when most needed, demonstrating the potential of integrated solar and storage solutions.

Key TrendExampleImpact
Advancements in Solar TechnologyBifacial solar panels and solar tracking systemsIncreased efficiency and cost reductions
Community Solar FarmsWestmill Solar Co-operativeSocial, economic, and environmental benefits
Integration of Energy Storage SystemsClayhill solar farmEnhanced grid reliability and flexibility

The Cost of Solar Power in the UK

The cost of solar panels in the UK can range from £5,000 to £11,000, including supply and installation, depending on the size of the system. The average cost of a solar battery is £4,500. Despite the initial investment, solar panels can save between £170 and £565 on electricity bills annually.

System SizeAnnual Savings on Utility Bills
3 kW system£160
4 kW system£270
5 kW system£320
6 kW system£430

Solar Farms Controversy in the UK

The presence of solar farms in the UK has been met with mixed feelings. One reason for this is that the farms are taking the space of agricultural land; farmers are investing in solar farms, which are located on the land used previously for agriculture.

More so, food and farming are the number one manufacturing industry in the UK, and some feel it is a real problem if productive agricultural land is converted into land for solar farm establishments. As a precaution, UK Government officials are cutting subsidies to farmers for solar farms to stop the rapid expansion of these on farmlands.

On the other hand, solar industry specialists argue that less than 5% of the land on which a farm is sited is typically taken up by fixings, leaving 95% available for other uses. They also disagree that solar farms displace food production; good industry practices routinely combine solar with existing farming activities.

Furthermore, as the UK’s unpredictable weather creates greater crop risks, solar farms can help owners stabilise their incomes. For many UK farmers, incomes are very low, which risks the wider sustainability of the sector. Additionally, solar industry specialists argue that far from damaging the countryside, good solar farms are helping to protect the landscapes.

The Future of Solar Farms in the UK

The future of solar farms in the UK is promising, with significant growth expected in the coming years. However, careful consideration must be given to environmental and land use issues to ensure this growth is sustainable and beneficial.

Plan strategy for solar power
Image source: Encyclopedia

Projected Growth of Solar Farms in the UK

The solar industry in the UK has been shining brightly in recent years, with installation records being set and broken. Astonishingly, the solar capacity in the UK had increased from 5,488.6 MW in 2014 to 13,259 MW in June 2019. 

UK solar capacity is expected to increase from 2,711 MW to 15,674 MW by early 2024. By 2030, some projections suggest that solar energy could account for as much as 20% of the UK's electricity generation. 

This is seen in the government's proposal to increase solar farm installations in the country, which has sparked concerns over food security, with farmers and solar advocates clashing over land use. 

Are Regional Trends Viable? 

Regional trends in solar farms in the UK show that Cornwall and Wiltshire continue to have large numbers of solar PV sites with correspondingly high capacity and generation, representing the installation of large solar farms

These are followed closely by Aberdeenshire, Dorset, and Leeds, which have many solar PV sites.

What Are the Environmental and Land Use Considerations?

The construction of solar facilities on vast land areas imposes clearing and grading, resulting in soil compaction, alteration of drainage channels, and increased erosion. However, research has shown that solar parks can alter the local climate, measuring cooling off as much as 5 degrees centigrade under the panels during the summer.

Space use for solar power
Image source: CarbonBrief

Despite the claims, ground-mounted solar panels currently cover just 0.1% of all land in the UK. Government plans to scale solar power in line with its net-zero target are expected to increase significantly to just 0.3% of the UK's land area. This is the equivalent to around 0.5% of the land currently used for farming – and roughly half of the space taken up by golf courses. 

What are the prospects of Solar Farms in the UK?

Solar farms have been found to contribute to biodiversity. For instance, the Eveley Solar Farm, one of the largest in the UK, has seen an increase in biodiversity since its construction due to grazing management and a reduction in soil erosion.

In addition, most solar farms in the UK are built on 3b sites. Changes to land categorisation could impact the viability of new solar energy projects, making more than half the land typically used for solar farms off-limits. 

Future growth in the UK's solar energy industry will lead to further technological advancements. Innovations such as windows that capture and convert sunlight into solar energy and space-based solar power are being explored. 

Also, other innovations in solar technology, such as higher efficiency and bifacial modules, are making solar energy more efficient and economical. These advancements are expected to continue, making solar power more accessible and attractive. 

In conclusion, while there are challenges to overcome, the future of solar farms in the UK is bright, driven by government support, public demand, technological advancements, and the need for sustainable, renewable energy sources.

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