Australia’s wind energy boom is transforming the country’s energy landscape, but rapid turbine deployment brings a significant and often overlooked challenge. Wind turbines can interfere with radio communication networks through physical obstruction, signal diffraction, scattering, near-field effects, and electromagnetic emissions. These effects can disrupt everything from private microwave backhaul links and 4G/5G networks to emergency services radio and meteorological radar.
With Australia’s wind energy market forecast to grow from 33.4 TWh in 2023 to 141.4 TWh by 2032, a compound annual growth rate of 15.7%, understanding and mitigating these impacts before construction begins has never been more important.
In our whitepaper ‘RF studies for wind farm impacts on communication networks’, we explore the communication risks created by wind farm development, the networks most at risk, and how a structured RF impact assessment methodology helps developers, network operators, and regulators manage interference before it becomes a problem.
