The rapid expansion of renewable energy is introducing new technical challenges for aviation infrastructure. As wind farms grow in scale and number, their potential impact on aeronautical radar systems is becoming an increasingly important consideration.
Large wind turbines can interact with radar signals through reflection, shadowing, and clutter. These effects may create false targets, reduce radar visibility, and complicate aircraft detection and tracking. For aviation authorities, regulators, and developers, understanding and managing these risks is now a critical part of wind farm planning.
To explore this issue, check out our latest case study from IQT, which examines how advanced radio modelling techniques are used to assess the impact of wind farms on aeronautical radar systems. Using ATDI’s radio network modelling software, HTZ Communications, engineers can simulate radar coverage degradation, analyse shadowing effects, and evaluate potential interference scenarios before construction begins.
In our upcoming webinar, we will take a deeper look at this challenge and demonstrate how modelling tools and engineering studies help developers and aviation authorities evaluate interference risks and support informed decision-making.
Register now to secure your place today.
