Wedoany.com Report-Oct. 23, Mingyang has unveiled plans to develop a 50MW floating wind turbine featuring a dual-rotor design, marking a significant step in offshore wind technology. The turbine will consist of two 25MW units mounted atop a Y-shaped tower, following the design principles of Mingyang’s Ocean-X platform, which last year introduced a 16.6MW configuration.

The announcement was made during the China Wind Power 2025 exhibition and conference in Beijing, highlighting the company’s commitment to advancing ultra-large-scale offshore wind solutions. Mingyang emphasized that the new 50MW variant would be more than double the size of the 20MW Qihang prototype, which had been installed in Shandong, China, in January and was then considered the world’s largest floating turbine.

The company stated that the turbine would be installed on a foundation designed for deep-sea conditions, offering proven resistance to typhoons and other severe weather. This capability is intended to enable the turbine to efficiently capture wind resources in high-capacity, open-ocean environments where conventional fixed-bottom structures are not feasible.

By introducing this ultra-large floating turbine, Mingyang aims to expand the scale and efficiency of offshore wind power, supporting deeper integration of renewable energy into China’s energy mix. The dual-rotor system is expected to increase energy capture while maintaining stability and operational reliability under challenging offshore conditions.

The project reflects a broader global trend in offshore wind innovation, where companies are pursuing larger and more powerful turbines to optimize output from high-potential deep-water sites. Mingyang’s efforts align with China’s goals to expand its offshore wind capacity and strengthen its leadership in floating wind technology.

The Ocean-X platform, with its Y-shaped tower design, offers flexibility for modular upgrades, making it adaptable for different rotor and generator configurations. The 50MW turbine represents the next evolution of the platform, targeting ultra-large-scale power generation to meet growing demand for renewable energy in coastal and offshore regions.

Mingyang’s announcement underscores the company’s focus on combining engineering resilience, innovative design, and high-capacity output to address the challenges of offshore energy deployment. The turbine is expected to play a key role in tapping deep-sea wind resources while ensuring operational stability in areas prone to severe weather, including typhoons.

This development positions Mingyang at the forefront of floating wind technology, offering solutions that could significantly expand the viability of offshore wind farms in China and internationally. The 50MW dual-rotor turbine demonstrates the potential for scalable, high-output renewable energy projects and signals continued innovation within the global offshore wind sector.

Overall, Mingyang’s new floating turbine highlights the growing emphasis on ultra-large offshore wind capacity, combining advanced design, robust foundations, and deep-water adaptability to support the next generation of renewable energy infrastructure.