The ACHIEVE Project delivers a CETO design which integrates new innovative technologies, collaboration with experienced partners and a focus on optimising performance and cost while leveraging learnings from prior design and deployments.

Blue Horizon, Mocean’s new product line, is a medium to large scale hinged raft with forward and aft wave channels, electric PTO and innovative features built upon the success of the state-of-the-art Blue X prototype to maximise the annual energy production (AEP).

At 250kW scale, the new Blue Horizon can be commercially applied to diesel replacement in off grid applications, offshore platforms, offshore aquaculture, remote communities, islands and remote resorts.

The emWave project will develop a Wave Energy Converter (WEC) based on an electroactive membrane. This new concept, combining the architecture of a floating version of the Bombora mWave concept with the concept of Dielectric Elastomer Generator Power Take Off system (DEG-PTO), aims at enabling a new way of capturing wave power at utility scale to unlock the wave energy potential.

IDOM’s wave energy harvesting technology is a point absorber based on the Oscillating Water Column (OWC) working principle called MARMOK. A revised and innovative design will be developed to improve the power performance of the system maintaining its high robustness, maintainability and reliability via all the experience and lessons learnt during previous testing campaigns.

The AMOG Sea-Saw WEC technology is a dual hinged hull combined surge and pitch device with two PTOs, aiming at reliability improvement and operating costs reduction.

Through observation of nature, in particular of the coral reefs, which absorb the energy of the breaking waves in a very efficient manner, ARRECIFE ENERGY SYSTEMS proposes an innovative design for the obtention of electrical power from the ocean waves.

The Waveram, a single-bodied, seaworthy spar buoy, is designed for utility-scale arrays in the most energetic deep-water offshore sites.

A combination of a neutrally buoyant inertial mass and the ballast, supported by a surface-piercing float, will be developed to provide simple, compact, and robust power trains to generate energy.