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Our projects have been integral to the development of our technology.

Read about the different key stages of research and development which have enabled us to get to this point.

Ongoing projects

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WEB

Wavepiston will collaborate with Export Barbados (BIDC) on a pre-feasibility study in Barbados. The project aims to...

SHY

The SHY Project - Seawater HYdraulic PTO using dynamic passive controller for wave energy converters.

COHSI-WEC

Composites, Hybrid testing and Simulations for a disruptive Wave Energy Converter, the COHSI-WEC project, aims to develop and test a lighter, cheaper and more...

Martinique

Wavepiston entered into a collaboration with YS Energies Marines Developpement (YS~EMD) to develop a wave energy project in Martinique. The project aims...

VALID

The VALID project aims to develop a hybrid testing platform for ocean energy technology in cooperation with three wave energy developers...

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WEB

Wavepiston will collaborate with Export Barbados (BIDC) on a pre-feasibility study in Barbados. The project aims to...

SHY

The SHY Project - Seawater HYdraulic PTO using dynamic passive controller for wave energy converters.

COHSI-WEC

Composites, Hybrid testing and Simulations for a disruptive Wave Energy Converter, the COHSI-WEC project, aims to develop and test a lighter, cheaper and more...

Martinique

Wavepiston entered into a collaboration with YS Energies Marines Developpement (YS~EMD) to develop a wave energy project in Martinique. The project aims...

VALID

The VALID project aims to develop a hybrid testing platform for ocean energy technology in cooperation with three wave energy developers...

Previous projects

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Competitive wave energy on islands

The purpose of the project is to demonstrate a full-scale Wavepiston system with electricity conversion connected to a grid and prepare for the first commercial...

Wave to energy and water

Together with our project partners, we assemble the multidisciplinary technologies needed to demonstrate the benefits of a combined system of using wave...

Prototype at 1:2 scale

The prototype project ran from 2015 to 2019 and included several development iterations increasing the energy production and durability in each iteration...

Proof of concept

A 1:9 scale model was operated successfully for 7 months at Nissum Bredning in 2013. The figure below shows the 50 m string with 8 energy collectors...

Lab test

Tests in irregular waves at 4 different wave states proved the system efficiency with various numbers of collectors, various distances between collectors...

Filter

Competitive wave energy on islands

The purpose of the project is to demonstrate a full-scale Wavepiston system with electricity conversion connected to a grid and prepare for the first commercial...

Wave to energy and water

Together with our project partners, we assemble the multidisciplinary technologies needed to demonstrate the benefits of a combined system of using wave...

Prototype at 1:2 scale

The prototype project ran from 2015 to 2019 and included several development iterations increasing the energy production and durability in each iteration...

Proof of concept

A 1:9 scale model was operated successfully for 7 months at Nissum Bredning in 2013. The figure below shows the 50 m string with 8 energy collectors...

Lab test

Tests in irregular waves at 4 different wave states proved the system efficiency with various numbers of collectors, various distances between collectors...