Power Take Off
This programme supported a wide range of Power-Take Off systems that each proposed a step change in the capital cost and/or efficiency/performance over current technology.
The core WES activities are the development programmes, which utilise a pre-commercial procurement approach over 3 stages to enable competitive design evolution to address key challenges with commericalising the wave energy sector. Projects typically begin with conceptual design exploration and modelling validation in Stage 1, more thorough engineering design in Stage 2, before a large-scale demonstration in a representative environment in Stage 3.
This programme supported a wide range of Power-Take Off systems that each proposed a step change in the capital cost and/or efficiency/performance over current technology.
The Novel WEC programme aimed to enhance the power performance of truly novel WEC systems which have not been investigated previously, or existing systems which proposed substantial innovations.
This programme supported projects which aimed to reduce the duration, cost and risk of offshore operations for connecting prototype wave energy converters to their moorings and/or electrical systems.
This programme investigated if it is possible to make a step change impact in LCOE by constructing typical WEC devices from alternative materials to those traditionally used, such as steel.
The Control Systems programme sought to design, develop and demonstrate advanced control systems for WECs and sub-systems which could deliver improvements in the WES Target Outcome Metrics.
This competition is investigating conceptual approaches to integrate and apply Direct Generation technologies as part of wave energy converter systems.
EuropeWave is a Horizon2020 funded programme, delivered by Ente Vasco de la Energía and WES, to develop and deploy multiple pre-commercial WEC systems in Scotland and the Basque region.