ExoWave – Powering the future, driven by the ocean
Our Technology
The core technology invented by Exowave, converts ocean wave power into hydraulic power, which can be used to generate zero emission electricity or freshwater by integration with hydro turbines or reverse osmosis systems.
Water is the energy carrier which reduces technical complexity of the offshore electrical equipment while increasing lifespan, reliability and profitability.
The unparalleled advantage of the Exowave technology, is the submerged Wave Energy Converter (WEC) which is a wave powered high pressure seawater pump installed on the seabed.
WECs are designed for the harsh marine environment and available in various capacities and water depths between 3m and 45m, depending on the application.
The WEC shown on this photo is designed for 14m waters.
For power generation, clusters of wave energy converters supply pressurized seawater to conventional hydro turbines for min. 10MW.
For power generation, clusters of wave energy converters supply pressurized seawater to conventional hydro turbines for min. 10MW power generation. Turbines can be installed offshore or onshore as most convenient and cost efficient, considering for instance maintenance and access to the power grid.
WECs installed near shore are also deployed for supplying pressurized seawater to onshore, off-grid and stand-alone desalination units.
ExoMare is the Exowave product line of modular wave powered stand-alone desalination units for the low-capacity range 4-20m3/day of freshwater.
The ocean is powerful – and our technology is built to match it
Expanding the reach of wave power
Designed for shallow to intermediate water depths, Exowave unlocks vast areas and applications previously inaccessible for wave power:
How it works
Exowave has pioneered and patented technology for converting kinetic energy of wave motions into a practical, sustainable, and continuous supply of pressurized seawater for various applications onshore as well as offshore.
Our Wave Energy Converter (WEC) consists of the a few key components:
- Wave Receiver (WR) Which Oscillates In Response To Ocean Waves, Capturing Hydrodynamic Energy.
- Power Take-Off (PTO) Converting Oscillatory Motion Of The WR Into Hydraulic Power By Generating A Continuous Flow Of Pressurized Seawater Used For Either Electricity Generation Or Desalination.
- Foundation (Monopile And Transition Piece) – Provides Structural Stability, Prevents Overturning, And Anchors The WEC Securely To The Seabed.
Where Waves Become Power
Wave energy remains an untapped global renewable energy source yet to be conquered.
While the near shore energy flux is modest compared to the potential in open waters of the oceans, the near shore energy potential is less complex to utilise and highly profitable.
Pressure Control
of the hydraulic system is adjustable for optimized energy production at varying wave heights.
Wave Receiver Configuration
is optimized for match with natural wave frequency and extracts highest conversion ratio of wave energy.
Water as an Energy Carrier
allows for scaling in cluster for optimum hydro turbine capacity and in to arrays for large scale plant power capacity.
Shallow Water Advantage
Designed for installation close to shore and integration with offshore wind sites.
The future of Offshore Renewable Farms
– Watch this video and learn about hybrid energy farm example of 250WM wave farm and 400MW offshore wind farm.
Links
Contact
Exowave ApS
Oestervangsvej 32
6715 Esbjerg N
Denmark
Company Reg. no. DK36477865
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