Project overview:

Oceanographic HF Radar Data Preservation in Wind Turbine Interference Mitigation

Awardee:

CODAR Ocean Sensors

Start Date:

Q3, 2021

Technical Challenge Area:

Environment and Conflicting Use

Completion Date:

Q2, 2023

Synopsis:

This project investigated how offshore wind turbines interact with coastal high-frequency radar systems. CODAR developed and tested signal-processing methods that filtered turbine-related interference while preserving ocean surface current data, demonstrating that offshore wind can coexist with reliable oceanographic monitoring.

Target Outcomes:

1
Develop a wind turbine interference approach, simulate testing the approach, and complete a mitigation field test.
2
Mitigate wind turbine interference in coastal high frequency radars while preserving as much oceanographic data as possible.
3
Mitigate the impact of wind turbine interference to some of the secondary data outputs, namely, wave measurements.

NOWRDC Project Manager

Screenshot 2025-11-17 at 1.34.35 PM
Senior Program Manager

Project Principal Investigator

Dale Trockel CODAR
Research Scientist, CODAR Ocean Sensors Ltd.

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