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描述
We are serious

Different from traditional technology advantages
The traditional grouping method is based on extensive series and parallel connection of electric cells, which has serious cask effect and circulating current; A large number of batteries are connected in series, which affects battery life. At the same time, battery management simply depends on BMS, which requires high battery consistency and process level. While our modular heterogeneous compatible energy storage adopts low-voltage battery module modules, which are heterogeneous compatible among modules, and adopts modular multi-level cascade grid connection technology. Each module can be controlled independently and accurately, and modules can be replaced for easy maintenance, so as to improve battery life and high efficiency PCS equipment.
Active safety intervention strategy
In addition, the thermal runaway of the energy storage battery and the long receipt cycle of the centralized procurement of the battery management system, as well as the unreasonable threshold setting, are two major inducements for the safety problems of the energy storage system. Heterogeneous compatibility has the ability of active safety intervention, which can actively control the uniform distribution of the thermal field, prevent the occurrence of heat accumulation, and ensure the consistency of the battery attenuation. The system has the ability of multi-level safety threshold setting and dynamic system safety tracking. By actively interfering with multiple safety indicators of the battery, the dynamic control system operates within the safety threshold, effectively improving the stability and reliability of the system.
Strong energy balance capability
According to the relative state of the battery modules, the real-time sorting is performed to avoid the "uncertainty" problem of the BMS,
Intelligent power distribution realizes "more work for those who can", and the battery balance capability between modules is far superior to traditional BMS.
Modular management to make the battery "thing" do its best
According to multi-dimensional real-time data such as battery voltage, energy and temperature, each battery module is managed intelligently and independently, greatly improving the granularity of system management. Equipped with redundancy design, the system can still be connected to the grid normally when 20% of the battery modules are out of service.