Lowering the cost of offshore wind projects is critical as the Levelised Cost of Energy (LCOE) of all renewables is key to making renewable energy cost competitive with traditional energy forms.
Ocean Resource's "Float-out-and-SInk" gravity base foundation, Sea Breeze, has been designed to minimise the build and installation costs, reducing the LCOE by at least 11% or more. It has also been awarded design certification by ABS.
For floating offshore WTG foundations, Ocean Resource patented their concept over 10 years ago, a development based on their long history of tension leg Buoy Systems.
Ocean Breeze is simply the most cost-effective and efficient design yet conceived for deep water.
Ocean Breeze can reduce the cost of deeper water offshore wind farms.
Ocean Resource have developed a range of re-usable, re-locatable and low cost meteorological solutions for offshore wind, wave and environmental measurements.
Sea Met (Mast and Lidar options) and Ocean Met Lidar are suitable for all water depths under consideration.
Sea Met Lidar offers the most economic and stable self installing platform for Lidar measurements in water depths up to 60m.
Ocean Met is a deeper water floating meteorological LiDAR system based on a taught moored buoy system that can be easily deployed and recovered.
The Buoy provides a highly stabe platform and therefore offers high qulaity wind speed measurements.
It is designed for low cost series production using pre fabrication assembly line methods.
Ocean Resource has worked with a number of wave energy developers and supported a range of projects to design buoys and gravity bases.
Lowering the cost of offshore wave projects is critical as the Levelised Cost of Energy (LCOE) of all renewables is key to making renewable energy cost competitive with traditional energy forms.
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Malaysia Office Phone: +60 13 439 3114