Sunwoda Energy has recently signed a partnership and collaboration agreement with Gryphon Energy at All-Energy Australia 2024, committing to a major 1.6GWh energy storage project. The signing ceremony was attended by Rob Mailler, Director of Gryphon Energy, and Terry Yuan, Managing Director of Global Business at Sunwoda Energy.
According to Industry sources, located in Queensland, the project will become one of the largest energy storage initiatives in Australia, with delivery, grid connection, and operation planned for 2026. Once completed, it will significantly improve the stability, reliability, and flexibility of the national and state electricity grids.
Industry sources further added that given the scale of the project and its complex management, the surging requirement for operational and grid support services is high. To address these challenges, Sunwoda Energy will implement its advanced NoahX 5MWh liquid-cooled energy storage system, which includes 314Ah cells developed by the company itself, and will leverage Reverse DC Coupling technology. This approach will provide tailor-made energy storage solutions, thus ensuring the quality of the project.
The partnership between Sunwoda Energy and Gryphon Energy marks an important milestone in the joint development of the energy storage market in Australia, with a commitment to providing safe and reliable energy storage solutions to Australian clients. This agreement is not only a milestone in the partnership, but also provides momentum and support for global energy development. In the future, the two parties will continue to deepen their collaboration, contributing to the sustainable development of clean energy globally.
As a global leader in integrated energy storage solutions, Sunwoda Energy is committed to expanding its presence in international markets, with Australia as a key focus. In August, Sunwoda Energy successfully grid-connected a 5MW/11MWh project in New South Wales. Recognized as one of Australia’s most representative solar storage demonstration facilities, this project has significantly improved the flexibility of PV generation, providing innovative and cost-effective solutions for local energy storage initiatives.