On the morning of September 14th, Huang Xuenong, Regulatory Director of the National Energy Administration, and Song Hongkun, Director of the Market Regulation Department of the National Energy Administration, visited the Taizhou Base of Shenghong Ligend Power for research. Leaders from Jiangsu Energy Regulatory Office, Jiangsu Provincial Energy Bureau, and State Grid Jiangsu Electric Power accompanied the research. Ding Chunxiang, General Manager of Shenghong Ligend Power Technology (Jiangsu) Co., Ltd.warmly received the reception, and the two sides had in-depth exchanges on promoting the interaction and integration of source network, load storage.

The continuous innovation of energy storage equipment technology is a key factor in building a new type of power system. Huang Xuenong and his delegation first visited the container and liquid cooling integrated container integrated production line at Shenghong Ligend Power Taizhou Base. General Manager Ding Chunxiang introduced that this is the first highly automated container integrated assembly line in the industry. It can achieve fully automatic opening and closing of containers and automatic installation of PACK packages through door opening systems, 3D visual guidance, and flexible grippers, achieving higher production capacity and yield. In the construction of the production line, Shenghong Ligend Power has collaborated with partners to discuss and develop new technologies that can improve yield. Multiple achievements have been applied for invention patents.

At the subsequent “Access to Electricity” service symposium, Ding Chunxiang proposed relevant suggestions for the high-quality development of the energy storage industry: first, establish a market-oriented mechanism to promote the comprehensive application and demonstration of new energy storage technologies in key industries. By expanding the shared energy storage capacity leasing mechanism, establishing a coordinated and balanced mechanism for sharing energy storage capacity leasing, and uniformly handling the settlement of new energy project capacity leasing fees and shared energy storage capacity electricity fees. Multiple new energy storage application scenarios such as “new energy+energy storage” and “microgrid+energy storage” can be explored around new end users such as microgrids, big data centers, and 5G base stations. Secondly, establish a new energy storage pricing mechanism, optimize peak valley time of use electricity prices based on specific transaction transactions and actual calls, enhance the economic efficiency of industrial and commercial energy storage participating in the existing medium to long-term electricity market and auxiliary service markets such as peak shaving and frequency regulation, and promote the rapid development of the industry.