Danish Offshore Wind 2030 – Floating LiDAR Measurement

Description

The Danish Parliament has tasked Energinet with undertaking metocean surveys for the development of five offshore wind project areas in Danish waters. The measurements from the metocean surveys will be used as input to various environmental, metocean, and other studies and analyses to support the project development and design process, including energy yield calculations, site assessment, selection and design of foundation, grid connections, cable corridors, etc. The current tender concern LiDAR measurements for the future offshore wind farm areas in Kattegat Sea, North Sea and Baltic Sea. Lot 1: Kattegat II and Hesselø South Two floating LiDAR buoys must be deployed in the future offshore wind farm areas in Kattegat, while one additional buoy must be kept in reserve for contingency. The LiDAR buoys shall measure 12 months of wind speed and direction. Also, oceanographic data (waves, sea current, water level) shall be measured in the same location The overall objectives of the services are as follows (for each buoy): 1. Deploy fully equipped buoy at the agreed location 2. Provide necessary traceability documentation (calibration certificates, validation reports, acceptance tests, and other conformity documents) to ensure quality and traceability of measurements for later use in site assessment studies. 3. Ensure that the buoy is monitored and serviced periodically to ensure the equipment remains functional and ensure high availability and delivery of the measurement data. 4. Undertake necessary repairs to the equipment free of charge, to ensure high availability and delivery of measurement data. 5. To deliver the data to Energinet in electronic format. Lot 2: Kriegers Flak II Two floating LiDAR buoys must be deployed in the future offshore wind farm areas in the Baltic Sea, while one additional buoy must be kept in reserve for contingency. The LiDAR buoys shall measure 12 months of wind speed and direction. Also, oceanographic data (waves, sea current, water level) shall be measured in the same location. The overall objectives of the services are as follows (for each buoy): 1. Deploy fully equipped buoy at the agreed location 2. Provide necessary traceability documentation (calibration certificates, validation reports, acceptance tests, and other conformity documents) to ensure quality and traceability of measurements for later use in site assessment studies. 3. Ensure that the buoy is monitored and serviced periodically to ensure the equipment remains functional and ensure high availability and delivery of the measurement data. 4. Undertake necessary repairs to the equipment free of charge, to ensure high availability and delivery of measurement data. 5. To deliver the data to Energinet in electronic format. Lot 3: North Sea I Three floating LiDAR buoys must be deployed in the future offshore Wind Farm area in the North Sea, while one additional buoy must be kept in reserve for contingency. The LiDAR buoys shall measure 12 months of wind speed and direction. Also, oceanographic data (waves, sea current, water level) shall be measured in the same location The overall objectives of the services are as follows (for each buoy): 1. Deploy fully equipped buoy at the agreed location 2. Provide necessary traceability documentation (calibration certificates, valida-tion reports, acceptance tests, and other conformity documents) to ensure quality and traceability of measurements for later use in site assessment studies. 3. Ensure that the buoy is monitored and serviced periodically to ensure the equipment remains functional and ensure high availability and delivery of the measurement data. 4. Undertake necessary repairs to the equipment free of charge, to ensure high availability and delivery of measurement data. 5. To deliver the data to Energinet in electronic format.