This Landscaping Study explores the use of materials, coatings and structures in the wider engineering and industrial sectors that may be relevant to the progression of wave energy technology.
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Full reports from Phase 1 and 2 of the future project development, landscaping projects.
This Landscaping Study provides guidance on the application of existing methods and standards relevant to the design and analysis of WEC devices.
View DetailsThis Landscaping Study provides an assessment on the technological challenges facing the wave energy sector and of the cross-sector potential for technology transfer.
View DetailsThis Landscaping Study provides a description of WEC control requirements in both generalised and control-centric terms so as to encourage engagement with the wider control engineering community.
View DetailsThis landscaping study investigates the electrical connection infrastructure of wave farms in order to identify cost reduction opportunities specific to the electrical connection infrastructure which may improve the overall Levelised Cost of Energy (LCOE) for wave farms.
View DetailsThe Mooring and Foundation Landscaping Study gives an overview of the current landscape, while exploring the potential of mooring and foundation innovations to make an impact on reducing the cost of energy for wave energy converters (WECs).
View DetailsThis study investigates the potential of very large scale (10MW+) Wave Energy Converters (WECs) in order to quantify opportunities associated with very large scale wave energy generation and provide recommendations for future realisation.
View DetailsWave Energy Scotland (WES) has commissioned this landscaping study with the aim of identifying and analysing potential alternative generation technologies which may provide opportunities for use in wave energy and provide a step change reduction in the delivered cost of energy.
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