Recently, eight departments, including the Ministry of Industry and Information Technology, jointly issued the Action Plan for the High-quality Development of the New Energy Storage Manufacturing Industry. The plan proposes that by 2027, the international competitive advantage of the entire chain of my country's new energy storage manufacturing industry will be highlighted, the echelon of advantageous enterprises will be further expanded, industrial innovation and comprehensive competitiveness will be significantly improved, and high-end, intelligent and green development will be realized. The programme identifies the following objectives: 1. International competitive advantage: By 2027, China's new energy storage manufacturing industry will form a significant international competitive advantage in the whole chain. 2. Enterprise echelon growth: the echelon of advantageous enterprises will further grow and cultivate 3-5 ecologically oriented enterprises with a scale of 100 billion yuan. 3. Industrial innovation and comprehensive competitiveness: Industrial innovation and comprehensive competitiveness will be significantly improved. 4. High-end, intelligent, green development: to achieve high-end, intelligent, green development.

The global energy storage safety accident in 2024 involves many types and countries or regions, including many accidents in the United States, Germany, Australia and other countries. For example, the fire of Gateway energy storage power station in California lasted for 11 days, the explosion of lithium battery energy storage container in Nilmore business district of Germany, etc., and the number of electrochemical energy storage accidents in China in 2024 also reached 159, with an average of about 14 accidents per month and one accident every two days. Some accident cases in 24 years: On April 27, a lithium battery energy storage container caught fire in the business district of Nilmore (Lille District) in Germany. A large amount of smoke was generated at the fire site. The highway was completely closed from 11:30 at night to 5:30 in the morning. The fire was extinguished only after about 10 hours. During this period, several small-scale explosions occurred one after another, with an estimated loss of 500000 euros per month. On May 15, a fire broke out at the Gateway energy storage power station in Otay Mesa (Otay Mesa), San Diego, California, USA. The lithium-ion battery heated up very quickly. The fire burned for 11 days, during which it reignited many times. On June 7, the container battery energy storage system operated by the Suncycle Engineering Test Center in Thuringia, Germany, or the fire department took 4 hours to put out the fire. The damage is estimated at 70 euros. On June 30, a container in Suncycle, Thuringia, Germany, caught fire again. Including from Iseroda, Batbel and Nohra, a total of about 100 firefighters arrived at the scene of the fire, and finally completed the fire after 12 hours. On July 27, after a truck carrying container energy storage equipment overturned on Interstate 15 in the United States, the battery container caught fire. It is reported that the truck in the accident was loaded with six industrial-grade lithium energy storage systems. The container weighs 34 tons. The accident caused the road to be closed for more than 44 hours before passing, causing serious traffic jams and trapping thousands of drivers.

According to public statistics, in November 2024, a total of 69 energy storage power stations released the latest developments, with a total scale of 8261.99/23605.089MWh, up 4.9/12.2 year-on-year, with a total project investment of more than 22.7332 billion yuan. From the perspective of geographical distribution, Xinjiang is far ahead with the scale of 6GWh. In terms of application distribution, the scale of independent energy storage power accounts for 72.97 percent. From a technical point of view, the scale of lithium-ion projects accounts for 71.9 percent, occupying a dominant position. As an important pillar of the energy storage industry, the safety and stability of lithium batteries have a direct impact on the operation of the entire energy storage system. In this regard, Shengsida adopts a multi-faceted strategy to implement comprehensive protection from multiple levels to ensure the safe operation of the energy storage system:

On the morning of November 22, the National Fire and Rescue Bureau held a regular press conference to discuss the current fire safety situation and the focus of fire rescue work, paying special attention to the safety challenges in the field of new energy. At the meeting, Wang Tianrui, the first-level commander of the Fire Supervision Department, pointed out that there are two prominent contradictions in new energy fires in recent years: one is that the thermal runaway of lithium batteries is unavoidable; the second is that the problem of fire fighting and rescue has not been effectively solved. He suggested changing the concept of prevention and control, improving the standard of fortification, and developing more effective fire extinguishing agents to meet these challenges.

In November 2024, the world's largest single network type independent energy storage project-Xinjiang Kezhou 300MW/1200MWh network type independent energy storage project full capacity grid-connected power transmission success. The project is the largest network-type project in the global lithium iron phosphate battery energy storage route, which has set up the role of network-type energy storage demonstration and benchmark in the world, and has made positive contributions to the transformation of energy structure and the development of new power systems in Kezhou and even Xinjiang. After the project is put into operation, it can not only provide strong energy storage support for local wind power, photovoltaic and other new energy sources, but also provide power supplement to the power grid during peak power demand, effectively alleviate the contradiction between power supply and demand, and promote the sustainable and healthy development of the local new energy industry.

On November 15, the Ministry of Industry and Information Technology, the Ministry of Ecology and Environment, the Ministry of Emergency Management and the National Standardization Management Committee issued the "Guidelines for the Construction of the National Lithium Battery Industry Standard System (2024 Edition)." The document pointed out that the lithium battery industry is the backbone of promoting the development of new smart terminals, electric vehicles, new energy storage and other industries, and it is also a key area for promoting new energy storage and developing future industries. Energy storage lithium battery is a lithium battery used in power energy storage, communication energy storage, emergency energy storage and other fields. The safety and performance standards mainly include the safety standards and performance standards of consumer, small power, large power and energy storage lithium batteries. It is proposed that by 2026, more than 100 new national standards and industry standards will be formulated, the standard system leading the high-quality development of the lithium battery industry will be more complete, and the role of the standard service industry in consolidating its dominant position will continue to increase. It provides systematic technical support for the lithium battery industry, and also provides a guarantee for my country's competitiveness in the global market. It will help China's lithium battery industry to leap from following to leading, and provide a solid foundation for the sustainable and healthy development of the industry.

On November 2, at the invitation of the customer, Shengsida arranged a professional and technical team to go to a Xin production line in Boluo, Huizhou to do the installation and commissioning of the fire fighting system, and to conduct systematic training for the production line personnel at the same time. For more than 10 consecutive days, we have carefully processed every installation detail in strict accordance with industry standards and fire protection regulations and SOP of the production line to ensure the accurate location of the operation specifications. During wiring, we have explained in detail the wiring points and precautions of each component and answered some common questions. After all installation, we have tested and adjusted according to various performance indexes of the system to ensure the sensitivity and reliability of the fire protection system, make the whole system run smoothly and meet customer needs.

With the rapid increase of global energy storage installed capacity, fire safety has become an issue of great concern to various owners and system vendors. In order to bring better service to customers, improve the fit of the scheme and increase the dimension of the scheme, Shengsida Technology specially invited Edward EDWARDS overseas market personnel and technical engineers to our company for in-depth communication, showing and explaining all kinds of energy storage fire fighting equipment technology and application scenarios. At the same time, the two sides conducted analysis and discussion on the problems of overseas energy storage industry in recent years and the development direction of energy storage fire protection technology in the future, as well as the direction of Edward's future product research and development and new market applications, pursuing the consistency and feasibility of new fire protection requirements such as UL in North America, CE in Europe and Australia, so as to ensure the landing and delivery of energy storage systems.

On October 21, a fire broke out in a lithium battery factory in Foshan, Guangdong. The cause was a series of explosions of lithium batteries in the factory's semi-finished warehouse. Although the staff responded quickly, the fire was still raging. Fortunately, the fire department responded quickly and finally effectively controlled the fire. No casualties were caused. At present, the factory has been required by relevant departments to suspend production for rectification, and comprehensively investigate potential safety hazards. At the same time, special inspections have been carried out on lithium battery manufacturers in the city to ensure safe production. Although lithium batteries are dangerous goods of flammable and explosive goods, they can be seen everywhere in life. They are the main power source of a series of modern equipment such as smart phones to electric vehicles, and because of their own characteristics, they have become the mainstay of the energy storage industry. However, with the continuous development of the energy storage industry, the scale of energy storage stations is getting bigger and bigger, the capacity and quantity of cells are also increasing, and the capacity is increasing, too high temperature will lead to "thermal runaway", which can easily cause fires. Data shows that in the first half of this year alone, there were 5 large-scale energy storage fire accidents in the world. It can be seen that the fire safety of energy storage operation is still facing Many tests. The research and development technical team of Shengsida Science and Technology closely follows the development of the market and responds to the changes in the market. For this reason, it has professionally created a "PACK level scheme" for lithium batteries. A composite fire warning detector is set up in units of a single pack to prevent fires caused by overheating, short circuit or other faults of the battery, implement accurate and independent pack fire fighting, and customize it according to customer scenarios and needs to achieve the purpose of accurate and high efficiency of fire fighting, minimize losses. The company's vision is to "become a global leader in the field of new energy security, help sustainable energy development, and build a safe and reliable energy future"; to "provide customers with reliable solutions and products, and create a platform for growth and development for employees." Create value for the society "is the mission, serve the energy storage industry wholeheartedly, and escort the energy storage security.

As an expert in fire safety of energy storage systems, Shengsida Technology has created a fire protection scheme for energy storage systems according to different scenarios and needs. The existing schemes are divided into cabin level, cluster level, PACK level, fire detection device and fine water mist fire extinguishing system, covering a variety of scenarios and ensuring the safe operation of energy storage systems efficiently and reliably.

On July 29, 2024, Shengsida Technology participated in the North American Installation Specification Training for Energy Storage System Export organized by Suzhou ULMeihua Certification Co., Ltd. This training systematically studied UL 9540 (Energy Storage System Safety Standard), UL 9540A (Fire Propagation Test Standard) and International Fire Code IFC and NFPA 855, which are closely related to UL 9540. Xue Liangyu, a technical engineer who participated in this training, successfully graduated, and obtained the certificate of completion of the North American installation specification for the export of energy storage systems.

With the development and progress of society, energy storage power stations have been built in many fields to improve power supply capacity. However, the construction of fire fighting facilities in many newly built energy storage power stations is not particularly sound.

In 2023, with the comprehensive and in-depth promotion of the "No.1 Project" of digital industries and industrial digitalization in various regions, planning and investment will go hand in hand, technology and investment will be paid equal attention to, enterprises and industries will push each other, markets and resources will be integrated, scenes and dreams will be exchanged, safety and security will be improved, and intelligent fire fighting will usher in new opportunities.