Energy Storage Security Leader
First step into the industry, the first to advocate lithium battery protection "fire" new thinking, leading the pack-level package detection technology proposed.
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Deep Experience Escort Energy Storage Security
Many years of experience in the study of international fire codes, selection of various products and configuration of various types of schemes.
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Stick to your first heart and keep your ingenuity.
Promote the overall solution with both performance and cost advantages, and build a unique personalized service system for customers.
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Ten years of deep cultivation of the strength of the guarantee
Tons of thousands of battery burns, more than 4000 days and nights of research, and more than 300 talent reserve experience have been accumulated to escort the safety of energy storage.
MORE +Years of industry experience
Technical staff
Customer Service
Operating system
From "quantitative change" to "qualitative change"
With customized design, diversified products and in-depth interpretation of industry policies, we build a unique personalized service system for customers.
Industry Layout
Energy Storage Industry
Having a complete chain of safe power storage products and engineering solutions, we have completed thousands of typical projects in industries such as power grids and energy storage.
Wind Power Industry
We have a complete chain of safe power storage products and engineering solutions, having completed thousands of typical projects in the power grid and energy storage industries.
Rail Transit
Having a complete chain of safe power storage products and engineering solutions, we have completed thousands of typical projects in the power grid and energy storage industries.
Gas turbine industry
Having a complete chain of safe power storage products and engineering solutions, we have completed thousands of typical projects in industries such as power grids and energy storage.
Technology R & D
The accumulation of research and development testing, technical research, product development and product application, accelerate the transformation of scientific and technological achievements.
Insist on localization
Adhere to localization, break foreign monopoly, adhere to independent research and development innovation, in the design of a number of initiatives, certification.
Strict quality management
Improve the research and development of innovative hardware and software facilities, full total quality management, zero defect management.
Proficient in all kinds of specifications and standards
In-depth study of domestic and overseas standards, CCCF standards, NFPA standards, UL standards, ANS standards, ASTM standards and other overseas standards.
Can achieve global localization services
Improve the global localization installation, after-sales integration of the service team, 7x 24H all-weather rapid response to local customer needs.
Partners
Global layout, product applications throughout Asia, North America, Europe and other mainstream markets, domestic TOP30 energy storage enterprise strategic cooperation rate of 83%
Africa
Europe
Asia
Americas
Australia
Global market share
Projects across the country
Number of systems installed
Escort for GW energy storage power station
News Center
Media Focus | Company Dynamics | Exhibitions & Events
2025-04-01
Latest Advances in Fire Fighting Technology for Lithium Iron Phosphate Energy Storage Power Stations In today's rapidly developing new energy field, lithium iron phosphate energy storage power stations, with their excellent performance and high safety, are gradually becoming an important part of energy storage solutions. However, this has led to an urgent need for their safety management and fire fighting technology. Fire, as a potential threat, how to effectively prevent and respond to it has become a hot topic in the industry. So, what are the latest advances in fire fighting technology for lithium iron phosphate energy storage power stations? Let's find out. Characteristics of Lithium Iron Phosphate Batteries and Fire Fighting Challenges First of all, lithium iron phosphate batteries are relatively safe, they are not easy to experience thermal runaway at high temperatures and overcharging, which is an advantage compared to other lithium battery chemistries. However, with the expansion of energy storage power stations, the risk of fire remains considerable. For example, internal short circuits in the battery, extreme weather in the external environment, etc., may all lead to fires. Imagine that if you are using a highly efficient battery storage system, but you don't know how to deal with a possible fire, this invisible pressure is like buzzing in your ear. Whether these problems can be effectively handled directly affects the safety and efficiency of the entire power station. Innovation and Application of Fire Fighting Technology In recent years, numerous studies...
2025-03-30
Innovative technology leads the future of safe energy storage!
The 3rd International Energy Storage Conference concluded successfully on March 22, 2025, at the Nanjing International Expo Center. This grand event brought together leading companies and experts in the global energy storage field to discuss industry development trends and innovative solutions.
2025-03-26
Best Practices for Fire Protection Systems in Lithium Iron Phosphate Energy Storage Power Stations
In the current wave of renewable energy, lithium iron phosphate (LFP) energy storage power stations are undoubtedly a focus of attention. However, with the development of technology, how to effectively ensure the safety of these power stations, especially fire safety, has become an issue that cannot be ignored. Today, let's talk about the best practices for fire protection systems in LFP energy storage power stations. First, it is necessary to understand the characteristics of LFP batteries. Compared with traditional lead-acid batteries, LFP energy storage batteries have higher safety and longer service life, but they are not completely risk-free. Just like when we camp in the wild, although we know that fire is a good partner for life, if it is not handled properly, it can also become a dangerous enemy. Therefore, when designing the fire protection system for LFP energy storage power stations, these characteristics must be fully considered. So, why is the fire protection system for LFP energy storage power stations so important? Imagine that a fire in a power station may lead to serious consequences such as equipment damage, casualties, and environmental pollution. This is like an uncontrolled wildfire that can spread rapidly and destroy everything around it. Therefore, establishing an effective fire protection system is
2025-03-18
Energy Storage Security Leader
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