Recently, Longji Green Energy Technology Co., Ltd. (hereinafter referred to as “Longji”) and Huawei Digital Energy Technology Co., Ltd. (hereinafter referred to as “Huawei Digital Energy”) formally signed a strategic cooperation agreement. She Haifeng, vice president of Longji Green Energy, and Meng Shaoyun, president of Huawei’s China Digital Energy Business, witnessed the signing. Cui Meng, Deputy General Manager of LONGi Energy Storage, and Zhang Guanghui, Head of the Smart PV-Storage Expansion Department at Huawei’s Digital Power Division in China, signed the agreement on behalf of their respective companies. Under the terms of the agreement, the two parties will engage in in-depth cooperation in areas such as energy storage system integration, intelligent string-level power conversion systems (PCS), and large-scale clean energy base solutions, working together to advance the high-quality development of the global energy storage industry.
Signing ceremony
Based on the principle of “complementary advantages, mutual benefit and common development, focus on the strategic direction of energy storage business and layout planning to carry out in-depth docking, build consensus on cooperation, and draw a blueprint for long-term development. On this basis, give full play to their respective resources, technology and market advantages, deepen business collaboration, combine industrial development planning and product and solution advantages, focus on new energy storage multi-application scenarios to carry out cooperation, anchor the global core market, and promote the large-scale landing of energy storage projects.
This strategic cooperation not only realizes the complementary advantages of both parties, but also an important exploration of deep integration and collaborative innovation of the energy storage industry chain. The two sides will take this opportunity to jointly promote energy storage technology iteration and business model innovation, and contribute more to the global energy transformation and the construction of new power systems.
