The Hibiki system features an Aerodyn SCD 3 MW two-bladed turbine mounted on Ideol’s Damping Pool floating foundation. Initially commissioned in May 2019, the project was part of a demonstration study led by Glocal under the New Energy and Industrial Technology Development Organization (NEDO). The study concluded in March 2024, after which Glocal assumed full control and established Hibiki Floating Wind Power (HFWP) to manage and operate the wind farm.
The 3 MW turbine generates electricity supplied to Kyushu Electric Power Company. Glocal oversees the operation and maintenance of the facility, while SMFL Mirai Partners handles asset management. The project’s special-purpose company includes investors such as Renewable Japan, KEMCO, Gojin Group, and Chugoku Electric Power, reflecting strong regional collaboration.
As Japan’s second commercialized floating wind turbine and the first of its kind using a steel barge design, Hibiki marks a significant step in the country’s renewable energy development. The project demonstrates the viability of floating wind technology in deep waters, where traditional fixed-bottom turbines are less feasible.
The consortium highlighted the project’s role in advancing sustainable energy solutions. A spokesperson for Glocal stated: “The successful transition of Hibiki to commercial operation showcases the potential of floating wind systems to contribute to Japan’s energy needs.” The turbine’s innovative design and robust performance during the demonstration phase have paved the way for its integration into the regional power grid.
Hibiki’s operation aligns with efforts to expand renewable energy capacity in Japan, leveraging the country’s offshore wind resources. The project’s completion of the NEDO demonstration phase and its subsequent commercialization underscore the effectiveness of collaborative efforts between industry, research organizations, and energy companies. The Damping Pool foundation, designed to stabilize the turbine in challenging marine conditions, has proven reliable, offering a model for future floating wind projects.
The consortium plans to monitor the turbine’s performance to optimize operations and maintenance strategies. This milestone supports Japan’s broader goals of increasing clean energy production and reducing reliance on conventional energy sources, contributing to a sustainable energy future.
