The European energy storage market continues to expand, and Germany's energy transition process is accelerating. In order to seize opportunities for overseas new energy development and deeply cultivate the European energy storage track, Sungrow has partnered with high-quality local German enterprises to establish long-term cooperation and lock in plans for large-scale energy storage projects, adding new achievements to China's energy storage technology going global.

Confirmed gigawatt level cooperation plan

Recently, Sungrow's German subsidiary has reached a long-term cooperation framework with the German local energy storage EPC company be.supported. The two parties plan to jointly promote a 1.6GWh energy storage project in the German market in the next two years. This cooperation is only a framework intention and does not belong to a confirmed order that has already been implemented. The division of labor for cooperation is clear and distinct, with local enterprises fully responsible for the entire EPC process of project development, planning, procurement, construction and commissioning, and operational support. Sungrow focuses on providing complete energy storage systems, power electronic equipment, and comprehensive technical support.

Hardcore technology helps Germany's energy transformation

Both parties will adopt standardized solutions and joint pre planning models to significantly shorten the project construction period, connect the complete chain of energy storage project development, construction, and operation, rely on on-site operational data to iteratively optimize products, and achieve large-scale replication of large-scale energy storage projects. The main focus of this collaboration is the Sungrow PowerTitan 3.0 large-scale energy storage system, which adopts a 20 foot container design and integrates 1.78MW PCS in a single container. The supporting battery capacity is 7.14MWh, and the system can be expanded up to 28.5MWh. Keywords: Sungrow, German energy storage project

This cooperation can quickly adapt to changes in German market rules and regulations, and explore the synergistic value of the industrial chain. After the completion of the project, it can provide flexible adjustment resources for the German power grid, help local new energy consumption, and promote energy transformation work. The final landing of the project depends on relevant conditions such as approval, financing, and grid access.Editor/Min Jing