Wind farms interfere with radar systems – which can result in adverse effects on radar displays – and wind farms not being built. Our top 10 articles below help you grasp this complex issue.
Figure 1: A Pager Power simulation of Thales STAR 2000 radar mitigation (Blanking and Non-Auto Initiation)
Top 10 Articles
|1||How it works – Raytheon Project RM Mitigation||Technical mitigation solution for wind farms affecting NATS Primary Surveillance Radar (PSR) at Lowther Hill, Great Dun Fell||Click here|
|2||How it works – Thruput||Hardware based mitigation solution for rejecting wind turbine returns whilst displaying aircraft returns||Click here|
|3||How it works – Aveillant 3D Holographic Radar||Details of Aveillant’s Solid State in-fill radar. Aveillant are now owned by Thales.||Click here|
|4||How it works – Terma SCANTER 4002||Advanced local in-fill radar which effectively distinguishes between turbines and aircraft||Click here|
|5||How it works – Cyrrus Smartener||Mitigation solution for combining data from multiple digital radar and distinguishing aircraft and radar returns||Click here|
|6||How it works – C Speed LightWave Radar||In Fill solid state S Band radar from C Speed – New York||Click here|
|7||How it works – Cobham RDSTrack||Mitigation solution for displaying combined data from multiple radar||Click here|
|8||NATS Radar mitigation||Overview of mitigation solutions for buildings and wind turbines||Click here|
|9||Reducing wind farm radar interference with Controlled Shutdowns – 2018||Mitigation scheme which involves shutting down turbines at critical times. Includes a comparison of arrangements in UK and Germany||Click here|
|10||What is a Non Auto Initiation Zone (NAIZ)?||How NAIZs established in digital radar can eliminate wind turbine returns||Click here|
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