Our Wave Energy Converters are point absorber type, with a heaving buoy on the surface absorbing energy from ocean waves. The buoy is connected to the seabed using a tensioned mooring system. Novel phase control technology makes the compact devices oscillate in resonance with the incoming waves, strongly amplifying the motion and power capture. The system has improved survivability in storms, thanks to its inherent transparency to incoming wave energy in long storm waves.
The concept offers five times more energy per ton of device compared to previously known wave technologies. The high structural efficiency allows for a large amount of energy to be harvested using a relatively small and low-cost device, reducing the equipment (CAPEX) cost per MW capacity. The compact and lightweight WECs are also easy to install and maintain using low-cost vessels, bringing down operational (OPEX) costs. All together this provides competitive cost-of-energy.
Generators and power electronics are standard components known from the wind industry, enabling well known grid connection architecture. Our product concept is optimized for 10MW clusters, where the electricity is collected from an array of WECs into a collection hub. Each 10MW hub delivers grid quality electricity with standard 33/66kV electrical connection commonly used in offshore wind, with a single control and data acquisition interface over fibre and radio-link to the hub. Each WEC operate autonomously by a programmable logic controller located inside the device.