Understanding and the latest developments
27
2025
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05
2025 International New Energy Security Technology Summit and Global Chinese Security Science Association Council Meeting
Source:
From May 23rd to 25th, 2025, the 2025 New Energy Safety Technology Conference, hosted by Tsinghua University's Vehicle and Transportation Engineering College and the State Administration for Market Regulation's Key Laboratory (Energy Storage and Power Battery Safety), was held in Beijing. Nanjing Heben Electromechanical Equipment Technology Co., Ltd. was invited to attend the conference, and Mr. Li Changxi, CTO of Nanjing Heben, delivered a keynote speech on "Fire Safety Solutions for Electrochemical Energy Storage Devices: Current Status and Prospects" at the Battery Safety Forum.
Focusing on energy storage safety, exploring solutions together
Against the backdrop of the booming global new energy industry, energy storage safety issues are becoming increasingly prominent. In his speech, Mr. Li Changxi systematically reviewed the current fire safety challenges facing electrochemical energy storage devices. Through in-depth analysis of typical energy storage accidents in South Korea, Australia, and the United States, he summarized and suggested industry collaboration to improve safety measures, such as strengthening operational safety rules and standards, and improving reviews at various stages, to enhance the safety of energy storage devices.
Innovation empowers, building a solid safety line
As a leader in the safety field, Nanjing Heben has always been driven by innovation. Mr. Li Changxi, combining the company's core technologies, detailed the multi-dimensional solutions for fire safety of electrochemical energy storage devices. In terms of system design, a multi-layered, intelligent monitoring system is created to predict risks in advance; in terms of fire-fighting facilities, a variety of advanced methods such as inert gas fire extinguishing systems, fine water mist fire extinguishing systems, or other water-based fire extinguishing systems work together to ensure rapid response and accurate action in the initial stages of a fire, effectively controlling the spread of fire and minimizing losses. It is particularly recommended to pay attention to the gas explosion risk caused by battery thermal runaway, and to prevent major consequences from possible explosions through comprehensive measures such as exhaust and explosion relief. This energy storage fire protection system solution with multi-dimensional monitoring and rapid response technology can significantly reduce the risk of thermal runaway and provide solid safety protection for energy storage power stations and new energy fields.
The conference also conducted in-depth discussions on energy storage safety from multiple perspectives: at the technical level, it focused on analyzing thermal runaway risk mitigation solutions, and through typical cases such as California, USA, and VBB, Australia, it illustrated the importance of quality control and testing and verification; in terms of standards and regulations, it detailed the interpretation of energy storage fire regulations in New York City and Victoria, Australia, including core requirements such as capacity thresholds and system parameters; in the testing and verification phase, it systematically introduced the methodology of large-scale fire testing (LSFT) and put forward improvement suggestions for common industry misunderstandings. These professional discussions provide valuable practical references for improving energy storage safety levels.
Working together, promoting sustainable development
Looking to the future, Nanjing Heben Electromechanical will continue to focus on the research and development and application of safety technologies, deepen exchanges and cooperation with industry partners, and jointly explore more advanced technological paths. At the same time, it will actively promote international cooperation in the field of fire safety, contributing to the unification and improvement of global fire safety standards for electrochemical energy storage devices, and providing practical support for the high-quality development of the global green energy industry!
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