The Levelised Cost of Energy calculation tool is provided to Wave Energy Scotland programme participants as an aid to illustrate their expectation for future costs and performance of a commercialised wave energy technology.View Details
Relevant sector information and guidance to aid in the design and development of wave energy projects.
A series of guidelines, guidance and learning records which were produced internally by Aquamarine Power to aide engineering design work for Oyster 800 and future WEC designs.View Details
Historic reports and procedures produced by Aquamarine Power Ltd to support the development, deployment and testing of the 315kW Oyster 1 OWSC WEC.View Details
Wave Energy Scotland are involved in ongoing international collaborations on the development of metrics to be used across the ocean energy sector. A number of workshops have been held and the outputs are available here.View Details
This IDCORE project has investigated the application of reinforcement learning and neural networks to the control of a point absorber. In particular, approaches with static sea states have been analysed. The controllers are proved to be adaptive to changes in wave conditions and system dynamics.
Project Keywords: Control, Control SystemsView Details
The potential of novel energy conversion technologies for development of the wave energy sector
Project Keywords: Funding, Guidance, Lessons Learnt, Planning, PTOView Details
Links to a number of relevant and recent outputs from the UK-wide, collaborative ORJIP Ocean Energy programme.View Details
Links to a number of relevant and recent outputs from international OES-Environmental programme.View Details
Access Wave Energy Scotland's technical note looking at alternative generation options for wave energy.
Project Keywords: Power Take-Off, Generator, Dielectric Elastomer GeneratorView Details