Glasgow Airport has collaborated with air traffic services provider NATS and Banks Renewables to install a new radar system that can minimise the impact of the Kype Muir Wind Farm in South Lanarkshire.

Acting as a statutory consultee, the airport must evaluate the wind farm project proposals up to 50km away.

Glasgow Airport said in a statement: “Due to their height and movement patterns, wind turbines can have a range of impacts on navigational systems, including being detected by Primary Surveillance Radar (PSR) and appearing on air traffic control screens.”

The dual Terma SCANTER 4002 radar system can support air traffic control requirements and mitigate the impact of the turbines. NATS has been awarded a contract to operate and maintain the radar system for a period of 25 years.

“The new radar is able to distinguish between aircraft and wind turbines situated at Kype Muir Wind Farm.”

The wind farm is expected to have a generation capacity of 88.4MW of renewable energy from its 26 turbines.

Glasgow Airport managing director Mark Johnston said: “For the last three years, the airport’s planning team has been worked extremely hard with our partners from NATS and Banks Renewables to develop this wind turbine mitigation solution in what is a very complex and safety critical environment.

“As well as resolving the issue with Kype Muir, the mitigation may also have the potential to resolve issues with other future wind farm proposals, which can only be of benefit to Scotland’s renewable energy sector.”

Cabinet Secretary for transport, infrastructure and connectivity Michael Matheson said:  “The new radar is able to distinguish between aircraft and wind turbines situated at Kype Muir Wind Farm, and this technology will be invaluable with the ever-growing sustainable energy sector.”

Glasgow Airport said that it has deployed large scale wind turbine mitigation in the form of infill radar. As a result, the airport has approved 90% of the 495 wind turbine applications it received between October 2012 and August 2016. These projects are expected to generate more than 700mW of energy.