Onshore windfarm applications hit ten-year high in England

Record number of applications

Data released by the UK government shows that roughly 45 applications for new onshore windfarms were submitted in the year to March. This figure represents the strongest annual tally since 2014 and signals renewed investor confidence in the sector.

Year on year growth

In the previous year, fewer than 30 proposals were lodged, meaning the latest count reflects a rise of around 50 percent. Analysts attribute the surge to clearer policy signals and the removal of planning obstacles that had discouraged developers for years.

Policy shift that unlocked development

The increase follows a decisive policy reversal by the Labour government. In 2015 the Conservative administration introduced a de facto ban on new onshore wind projects, effectively halting most new submissions. Labour’s election platform promised to overturn that stance, and the policy change was enacted early in the current parliamentary term.

Background of the de facto ban

The 2015 ban emerged from concerns about visual impact, noise, and the perceived cost of subsidies. Although the ban was not codified in legislation, planning guidance made it extremely difficult for developers to obtain approval, leading to a steep decline in applications.

Labour’s 2024 election promise and subsequent actions

Labour pledged to lift the restrictions and set a target of 30 gigawatts of onshore wind capacity by 2030. Within months of forming government, the department responsible for energy published updated guidance that restored the eligibility of onshore projects for the Contracts for Difference (CfD) scheme. The official guidance can be found on the UK Department for Energy Security and Net Zero website.

Geographic spread of proposals

Developers are focusing on regions with strong wind resources and existing transmission infrastructure. The north of England continues to dominate, but interest is also growing in the Midlands and the South West.

North East and Yorkshire

• Project A: 150‑megawatt farm near Blyth
• Project B: 120‑megawatt development on the North York Moors
• Project C: 90‑megawatt scheme in County Durham

South West and Midlands

• Project D: 80‑megawatt installation on the Mendip Hills
• Project E: 70‑megawatt farm in the Cotswolds area
• Project F: 60‑megawatt development in the West Midlands

These locations were identified in a recent analysis by the Office for National Statistics, which highlighted regional wind speed averages and grid proximity.

Economic and environmental implications

Onshore wind remains one of the most cost‑effective renewable technologies. The surge in applications is expected to generate substantial economic benefits while contributing to the UK’s net‑zero targets.

Job creation

• Construction phase employment could reach 5,000 full‑time positions across the country.
• Operations and maintenance roles are projected to sustain 1,200 permanent jobs.
• Supply‑chain opportunities for local manufacturers and service providers are likely to expand.

Carbon savings

• A 150‑megawatt farm can offset roughly 300,000 tonnes of CO₂ annually.
• Collectively, the proposed projects could displace up to 1.5 million tonnes of emissions each year.
• These reductions support the UK’s commitment to cut greenhouse gases by 78 percent by 2035.

Industry bodies such as RenewableUK have highlighted the role of onshore wind in delivering affordable clean power.

Challenges ahead for onshore wind

Despite the optimistic outlook, several hurdles remain before the projects can move from paper to reality.

Planning and community concerns

• Local opposition often focuses on visual impact and perceived noise.
• Effective community engagement and benefit‑sharing schemes are essential to mitigate resistance.
• Planning authorities must balance development goals with heritage and wildlife protection.

Grid connection and storage

• Existing transmission lines in some regions are operating near capacity.
• Investment in grid reinforcement and offshore interconnectors is required to accommodate new onshore capacity.
• Battery storage and demand‑side response can help smooth variability and improve reliability.

Research from the University of Cambridge Energy Institute underscores the importance of integrating storage solutions to maximise the benefits of increased wind generation.

The record level of onshore windfarm applications marks a turning point for England’s renewable energy landscape. With supportive policy, clear market signals, and growing public acceptance, the sector is poised to play a central role in the country’s transition to a low‑carbon future.