As a China-based leader in clean energy technology solutions, Wison New Energies (WNE) has secured critical technological breakthroughs in floating offshore wind power systems.
The company’s independently developed w.TLP™ foundation (designed for 12MW turbines) and w.semi™ foundation, (designed for 15MW turbines) have respectively received Approval in Principle (AiP) certifications from the American Bureau of Shipping (ABS) and Det Norske Veritas (DNV). These endorsements lay a solid foundation for the commercial deployment of large-scale offshore wind turbines globally.
w.TLP™: A Robust Solution for 12MW Turbines in Challenging Marine Conditions
In June, WNE’s w.TLP™ foundation, designed for 12MW turbines, was granted AiP certification by ABS. Featuring a Tension Leg Platform (TLP) configuration, the design fully addresses the structural support needs of next-generation large-scale wind turbines. The solution has undergone rigorous model testing, which verified its outstanding dynamic performance and structural integrity under complex marine conditions, including coupled wind, wave, and current interactions. These results provide critical data to reduce fatigue loads and enhance operational lifespan.
w.semi™: Enabling Commercial Deployment of 15MW-Class Turbines
Shortly thereafter, in July, WNE’s w.semi™ foundation tailored for 15MW turbines received AiP certification from DNV. The design incorporates in-depth analysis of harsh sea state impacts on platform stability, motion response, mooring systems, and structural performance. The w.semi™ foundation demonstrates exceptional stability and adaptability to diverse marine environments, ensuring robust support for large-scale wind turbines and paving the way for commercial deployment.
The successive AiP certifications of w.TLP™ and w.semi™ by ABS and DNV not only validate Wison New Energies’ strong R&D capabilities but also reflect the company’s commitment and confidence in advancing the global offshore wind industry. Moving forward, WNE will continue to deepen its collaboration with global partners, accelerate the application of core technologies, and inject strong momentum into the large-scale commercialization of offshore wind—powering the global transition toward a greener, low-carbon energy future.