Seawind eliminates failure-prone components, utilises long-lasting components and integrates modular components that can be replaced quickly and easily to improve uptime  and lower cost. The at least 30% lighter Seawind solution delivers an LCOE below €0.05 per kWh.

● Reduction of single-points-of-failure

● Designed for maintenance with removable parts

● Safe access by boat and helicopter

● Passive emergency stop system

● Hurricane horizontal parking

Seawind uses concrete foundations with steel towers, engineered by Dr. Olav Olsen SA (Norway). GBS structures for water depths between 40 and 90 metres and a floating structure for deeper waters. 

● Longer lifespan for extended and higher investment returns

● Fast and cost-effective installation of the complete offshore system anywhere in the world

● Both fixed and floating solutions

Seawind produces the structures onshore, completes the system with the nacelle and rotor and installs the complete, mounted systems. This saves precious installation time and cost.

● Assembly line process for the offshore wind energy market

● Reduced build-out time of less than one year

● No special and costly installation vessels necessary

● Reduced risk and enhanced capital recovery

Offshore wind is a renewable energy source with significant undeveloped potential due to the high costs of the current offshore wind technology and the limited initial availability of onshore sites