From March 20th to 22nd, CESC2025, the 3rd International Energy Storage Conference and the Smart Energy Storage Technology and Application Exhibition, grandly kicked off in Nanjing. Xiamen New Generation of Digital Energy Co., Ltd. (referred to as "NGDE") won the "Pioneer Award for Innovative Technology Advantage of New Energy Distribution and Storage System" for the application of gel solid-state lithium batteries in the industrial green microgrid system of hybrid energy storage, highlighting the companys innovative technology advantage.

This conference, themed "Supporting Dual Carbon Goals and Driving the Future with Energy Storage", is dedicated to systematically interpreting the progress and development trends of the new energy storage industry, and comprehensively showcasing the innovative achievements in energy storage technology and applications both at home and abroad. It is hosted by the Jiangsu Energy Storage Industry Association and brings together relevant government departments, universities and research institutions, enterprises, industry associations, etc. Jointly explore the latest progress and future trends of energy storage technology, and promote the green transformation and sustainable development of the global energy industry.

As the first high-tech enterprise in China capable of achieving large-scale production of new composite gel solid-state lithium batteries, NGDE has undertaken multiple national-level energy storage system and distributed microgrid projects. The "Hybrid Energy Storage Green Microgrid System" project in Jimei Logistics Park, Xiamen City, serves as a typical demonstration case of the company. The gel solid-state lithium batteries produced by NGDE have solved the bottleneck problems of traditional energy storage systems in terms of safety and power through their stable and efficient energy storage performance.

The above-mentioned demonstration project of the hybrid energy storage microgrid system has been in normal operation for more than a year. After comprehensive synchronous operation and comparison with traditional liquid lithium batteries and other types of batteries, the NGDE gel solid-state lithium battery has obvious advantages in terms of thermal stability, consistency and power performance. It demonstrates the outstanding performance of NGDE gel solid-state lithium batteries in meeting the requirements of safer and more efficient industrial and commercial as well as large-scale energy storage systems, providing more powerful technical and product support for the green transformation of industrial energy. Meanwhile, this project has been listed as a "Pilot Project for Green and Smart Microgrid in Industrial Parks of Xiamen City in 2024", and has been recognized by the Science and Technology Development Service Center of the China Electricity Council as an "Outstanding Case of Power Source-Grid-Load-Storage Integration".

Xiamen New Generation of Digital Energy Co., Ltd. It is the first high-tech enterprise in China capable of achieving large-scale mass production of new composite gel solid-state lithium batteries and was selected as a backbone enterprise of future industries in Xiamen in 2024. The NGDE new type of composite gel solid-state lithium battery has complete independent intellectual property rights. The product has successfully passed safety tests in extreme abuse environments such as needle puncture, short circuit, burning, overcharging, and extreme cold. And obtained the first domestic national power and energy storage standards for gel solid-state batteries, namely GB 38031, GB/T 31484, GB/T 31486, GB/T 36276, and GB 31241 test and certification reports. The high-performance new composite gel solid-state lithium battery technology and products have successively passed the "Domestically leading" special technical review by the expert teams of academicians from the China Electricity Council, the Second Academy of China Aerospace Science and Industry Corporation, etc. NGDEs superior gel solid-state battery products featuring higher safety, ultra-high rate, ultra-low temperature and high specific energy can be widely applied in various medium and high-end scenarios such as national defense and military, unmanned aerial vehicles, rail transit, aerospace, new energy vehicles, hydrogen fuel vehicles, energy storage, ships, heavy loading tools, cold power sources, polar scientific research and data centers.