Nanjing Golen Power Technology Co., Ltd. (Golen Power) and Ningbo Wanjin New Energy Technology Co., Ltd. (Wanjin Energy Storage) recently signed a strategic cooperation agreement for a 10GWh energy storage system and microgrid project. Golen Power Vice Chairman Sun Bangwu and Wanjin Energy Storage Chairman Zhu Chunlei signed the agreement on behalf of both parties. Secretary-General Liu Yong of the China Chemical and Physical Power Sources Association (CESA) witnessed the signing, and relevant representatives from both parties participated in the discussion.

Golen Power is located in Nanjing, Jiangsu Province. It is engaged in the research and development, production and sales of products such as energy storage bidirectional PCS, photovoltaic storage systems, energy storage systems and microgrid systems. Its products are widely used in household, industrial and commercial, large-scale energy storage projects and microgrid projects, and are exported to many countries and regions around the world.

Wanjin Energy Storage is located in Ningbo, Zhejiang Province. With 25 years of experience in manufacturing, it owns a 500-acre energy storage industrial park, 430,000 square meters of its own factory buildings, and an annual production capacity of over 80GWh. It has built a complete one-stop service system for OEM/ODM customers, focusing on "safety, reliability, and ultimate cost-effectiveness."

CESA played a crucial role in facilitating this collaboration. Golen Power will leverage its technological and channel advantages, combined with Wanjin Energy Storage's 500-acre energy storage industrial park, over 80GWh of annual production capacity, and comprehensive OEM/ODM service system, to achieve two-way empowerment and jointly create competitive energy storage solutions.

Going forward, Golen Power will continue to deepen R&D and expand its market presence, working with Wanjin Energy Storage to promote collaborative innovation within the energy storage industry chain, contributing to the industry's green and high-quality development and the realization of its "dual carbon" goals.