Overview
Kilbraur is an operational onshore wind farm in the United Kingdom with a capacity of 67.5 MW, owned by Falck Renewables. It contributes to the UK's renewable energy targets under the Contracts for Difference scheme.
Kilbraur is an onshore wind farm located in the United Kingdom, with a capacity of 67.5 MW. The facility is owned by Falck Renewables and is currently operational, playing a role in the country's renewable energy generation mix. The wind farm operates under the UK's regulatory framework, which includes the Contracts for Difference (CfD) scheme that supports low-carbon electricity generation. Onshore wind is a mature technology in the UK, with many projects benefiting from stable policy support and grid connection arrangements. Kilbraur contributes to the UK's goal of achieving net-zero emissions by 2050. Wind farms like this help reduce reliance on fossil fuels and provide clean electricity to the grid. The facility's location in Scotland benefits from strong wind resources, typical for the region.
Environmental context
Onshore wind farms like Kilbraur can have visual impacts on the landscape and may affect bird and bat populations through collision risks. However, proper siting and mitigation measures are typically employed to minimize these effects. The UK has stringent environmental assessments for wind projects to address such concerns.
Frequently asked questions
Kilbraur wind farm is located in the United Kingdom, with coordinates approximately 57.9924° N, -3.9787° E.
Kilbraur wind farm has a capacity of 67.5 MW, making it a medium-sized onshore wind installation.
Kilbraur wind farm is owned by Falck Renewables, an international renewable energy company.
Onshore wind in the UK is supported by the Contracts for Difference (CfD) scheme, which provides stable revenue for low-carbon electricity generation. Projects must also comply with planning and environmental regulations.
Onshore wind farms can have visual impacts and affect wildlife, particularly birds and bats. Environmental impact assessments are required to mitigate these effects, and modern turbines include measures to reduce collision risks.