In a complete energy storage system, the energy storage monitoring system is the core equipment. The monitoring system of energy storage does not exist in isolation, not only to monitor the energy storage related information or the relevant information of the battery, it is an overall monitoring system.

Take the more widely used battery energy storage for domestic applications. The energy storage monitoring system can comprehensively monitor the PCS (variables), energy storage batteries and other supporting auxiliary equipment (sensors) of the energy storage power station, and collect its operating status and in real time. Parameters, and communicate with the scheduling layer through the network to realize the real -time remote monitoring and dispatch instructions of the energy storage system. At the same time, the energy storage monitoring system can also collect environmental data such as water immersion, smoke, access control, and temperature of the energy storage power station through the sensor.

The hardware of the early energy storage monitoring systems mostly adopts the X86 architecture. With the continuous development of embedded technology, there are already many models of ARM microprocessors to replace the X86 architecture to meet the hardware requirements of the energy storage monitoring system.

On July 23 this year, the National Development and Reform Commission and the National Energy Administration issued guidance on accelerating the development of new energy storage development. The opinions put forward "by 2025, the realization of new energy storage from the beginning of commercialization to the development of large -scale development." The lower cost advantage is a very good factor for the energy storage industry that will grow in the future.