The deployment of the Kaizen 2.0 wave energy converter in the North Sea marks a critical phase in the validation of current wave capture technology. During its first night in open waters, the system developed by WECO demonstrated outstanding operational resilience by facing low temperatures and the dynamic marine environment. The execution of an improved installation procedure allowed the integrated communication and sensor equipment to operate with full precision from the very first minute.
Verification of the Kaizen 2.0 Wave Energy Converter
The technical response from the monitoring components has provided high-value data on the device’s structural behavior. Likewise, the stability shown by the generator under the nocturnal swell reinforces confidence in the modular architecture designed by the collective. This initial exposure stage is fundamental for contrasting theoretical models with actual energy performance in conditions of high salinity and constant pressure.
The success of this logistical maneuver has been possible thanks to the synergy between Holland Shipyards Group, Blue Ecology Contractors, and Tbworkboats. These organizations provided the necessary infrastructure to ensure secure and efficient anchoring. The project is financially supported by the Kansen voor West program (ERDF 2021-2027) and the province of South Holland, with co-financing from the European Union to promote offshore decarbonization.
After successfully passing these preliminary tests, WECO‘s engineering team plans to leave the system exposed to more adverse marine conditions for an extended period. The main objective will be to evaluate the durability of the materials and the continuous electrical generation capacity in more aggressive sea states. The results obtained so far allow for confident progress towards the next stage of the technical development roadmap.
Source and photo: WECO