Effects of explosive power and self mass on venting efficiency of vent panels used in lithium-ion battery energy storage stations participated in

       The results of this project were completed by the School of Mechanical and Electrical Engineering of China University of Mining and Technology and Jiangsu Bafang. Dr. Liu Lili, the chief engineer of Bafang, was one of the authors of the thesis and made important contributions to the birth of this achievement. This is also the scientific research achievements in which Jiangsu Bafang participated once again emerged in the international academic community, highlighting the strong scientific research strength and profound technical accumulation of the eight parties in the field of new energy storage and explosion.

        Energy is a long-established international journal published by Elsevier since its inception in 1976. The journal focuses on energy engineering and research, and mainly publishes high-level research papers, review articles, technical reports, etc. in the field of energy science and technology, with special emphasis on energy analysis, modeling and prediction, integrated energy systems, energy planning and management, etc. It has a high influence in the energy field and plays an important role in promoting scientific research and technological development in  the academic status of Energy is not only internationally recognized, but also rated as the Top Journal of Engineering Technology Zone 1 in the journal division of the Chinese Academy of Sciences, showing its important position in academia. 

          At present, lithium-ion battery energy storage stations are developing rapidly, and the explosion risk caused by thermal runaway cannot be ignored. 

        With profound technical accumulation, Jiangsu Bafang provides professional equipment for the experiment to ensure the accuracy of the data. The research results clearly reveal that improving the efficiency of pressure relief is very important to ensure the safety of energy storage stations, which provides key support for the optimization of safety standards in the industry. 

     Adhering to the persistent pursuit of strengthening the safety management of energy storage and ensuring the safe operation of energy storage facilities, the company has made every effort to build a professional laboratory focusing on energy storage safety research and testing.It has advanced equipment such as thermocouple, temperature and humidity meter, gas concentration analyzer, etc., which can accurately detect the temperature, environmental conditions and gas concentration of batteries and cabinets.In the construction and testing process of the C5 energy storage cabinet test bench, the fire protection strategy verification to the water spray fire extinguishing test are standardized and rigorous.Data collection and analysis are comprehensive, covering gas concentration, pressure, infrared and thermocouple temperature, etc., providing strong support for energy storage and safety.

          In the future, Jiangsu Bafang will continue to deeply cultivate the field of new energy security, increase R&D investment, continue to innovate, and contribute more to the safe development of the new energy industry!