Overview of the Partnership and Project Details
Sunwoda Energy has officially partnered with Gryphon Energy to develop a 1.6GWh energy storage project in Queensland, Australia. The announcement was made during the All-Energy Australia 2024 event. Scheduled for completion by 2026, the facility will enhance the stability and reliability of both Queensland’s power grid and the national grid. Once operational, it is expected to rank among Australia’s largest energy storage initiatives. This marks a major step in the country’s energy storage capabilities.
Innovative Technology Deployment and Company Background
To tackle the project’s complexities, Sunwoda Energy will deploy its state-of-the-art NoahX 5MWh liquid cooling energy storage system. It will use self-developed 314Ah cells. The system will also integrate Reverse DC Coupling technology, optimizing energy storage efficiency. Sunwoda Energy, based in China, is a leading provider of energy storage solutions. It specializes in both network and residential/commercial energy storage systems (ESS). Their approach covers the full product lifecycle, from sales to operational management. This ensures high-quality performance for every energy storage project they undertake.
Recent Achievements and Future Collaborations
Earlier this year, Sunwoda Energy connected a 5MW/11MWh project to the grid in New South Wales. This demonstrated significant advancements in photovoltaic (PV) generation flexibility. Moving forward, Sunwoda Energy and Gryphon Energy plan to strengthen their collaboration. They aim to further drive the sustainable development of global clean energy initiatives, especially through future energy storage projects.
Related Developments
In a related development, Energy Vault has entered into an agreement with Enervest Group. They will develop a 1GWh battery energy storage system at the Stoney Creek site in New South Wales. The project is advancing toward a final investment decision, which is crucial for yet another significant energy storage project in Australia.
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