Stable and cost-efficient wave energy as standalone or boosting wind turbines
Solar panels and wind turbines provides cost efficient energy, but the production is strongly fluctuating.
High peak production combined with periods of low or no production drives large grid investments and high electricity price volatility.
WaveMove® converts ocean wave energy into electricity using a surface collector that dampens motion through hydraulic cylinders driving a pump/generator.
The system operates either standalone or integrated with a wind turbine to increase energy delivery to the existing grid.
The result is stable electricity generation that fills gaps in existing renewable energy supply.
Ocean waves are more consistent and capture’s up to 10 times more energy than existing solutions.
WaveMove® operates well below material limits, with less than 10% utilization in normal conditions and under 20% in extreme sea states.
WaveMove® delivers annual capacity factors above 50% in many locations, providing stable and efficient energy production.
WaveMove® is built using field-proven components and standard offshore manufacturing methods, enabling efficient and cost-effective scaling.
A small area of ocean can generate local energy that turns net importers into energy exporters.
At the same time, local production lowers costs for end users by avoiding expensive grid extensions.
We collaborate closely with our customers’ teams to deliver high-level expertise.
Recyclable materials and a compact footprint ensure minimal environmental and visual impact.
Integrating wave energy into renewable energy systems delivers high, stable energy production.
WaveMove® is available in sizes from 70 kW to 3,000 kW per surface collector and can be deployed in clusters reaching gigawatt scale.
We provide site investigations showing how much energy a potential site can deliver, including ROI analysis and all required permits.
By delivering high energy output even at lower sea states,
WaveMove® achieves annual capacity factors above 50% in many locations.
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