WaveMove®

Stable and cost-efficient wave energy as standalone or boosting wind turbines

The Problem

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.​

Our Solution is WaveMove®

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.​

Increased and stable production

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.

Built for offshore durability​

WaveMove® operates well below material limits, with less than 10% utilization in normal conditions and under 20% in extreme sea states.​

Superior efficiency​

WaveMove® delivers annual capacity factors above 50% in many locations, providing stable and efficient energy production.​

Scalability & Cost Efficiency​

WaveMove® is built using field-proven components and standard offshore manufacturing methods, enabling efficient and cost-effective scaling.​

How can this be used?

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.​

Expert Engineering & Business Team​

We collaborate closely with our customers’ teams to deliver high-level expertise.

Circular & Low Impact Design​

Recyclable materials and a compact footprint ensure minimal environmental and visual impact.​

A Winning Combination​

Integrating wave energy into renewable energy systems delivers high, stable energy production.​

Our services

Step 1. Project Value Assessment

We evaluate how WaveMove® enhances your site, analyzing local wave conditions, grid integration, ROI, and how WaveMove® complements existing renewables.

Step 2. Deployment & Site Expansion

We deliver the project from pre-engineering and permitting to installation and commissioning. Deployment is phased, starting with low-risk verification and expanding to full site capacity.

Step 3. Monitoring & Optimization

We provide lifetime support through real-time monitoring, performance optimization, and predictive maintenance to maximize output and reliability.

Our offering​

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.

OE Systems is supported by:​

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