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Sungrow Secures Major 7.8 GWh Battery Storage Contract in Saudi Arabia
The storage projects, expected to be delivered this year, will be located in Najran, Madaya, and Khamis Mushait, Saudi Arabia. The connection to the grid for the projects is expected by 2025.
July 22, 2024. By News Bureau
Sungrow has signed three energy storage contracts with Saudi Arabia’s Algihaz Holding, amounting to a total of 7.8 GWh. Said to be the world’s largest grid-side storage order, each project will have a capacity of 2.6 GWh.
The company has signed supply and service agreements for 1,500 units of its latest PowerTitan 2.0 liquid-cooled storage system with a capacity of 116,5 MW/230 MWh. The system is integrated with AC storage design and high energy density to save 55 percent of the required land area. It will be developed in Stendal, Saxony-Anhalt, Germany.
Sungrow’s pre-installation and pre-commissioning of equipment will ensure fast deployment at the site, enabling fast connection to the grid that has tight delivery requirements, according to the company’s statement.
The company will use its intelligent energy management system (EMS) for ongoing operations and maintenance. The EMS system will provide multi-level real-time monitoring from the cell to the pack, and to the system level, ensuring safe and efficient operation. The project is estimated to last more than 15 years, hence, guaranteeing substantial returns on investment for the stakeholders.
The company has signed supply and service agreements for 1,500 units of its latest PowerTitan 2.0 liquid-cooled storage system with a capacity of 116,5 MW/230 MWh. The system is integrated with AC storage design and high energy density to save 55 percent of the required land area. It will be developed in Stendal, Saxony-Anhalt, Germany.
Sungrow’s pre-installation and pre-commissioning of equipment will ensure fast deployment at the site, enabling fast connection to the grid that has tight delivery requirements, according to the company’s statement.
The company will use its intelligent energy management system (EMS) for ongoing operations and maintenance. The EMS system will provide multi-level real-time monitoring from the cell to the pack, and to the system level, ensuring safe and efficient operation. The project is estimated to last more than 15 years, hence, guaranteeing substantial returns on investment for the stakeholders.
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