From the perspective of the overall station, it shows the real-time situation of energy storage flow, and aggregates the real-time power and power data of nodes such as grid, load, energy storage, photovoltaic and charging piles. The system also supports the display of the operation strategy of the current station, the status of energy storage batteries and other information.

The system supports unified management and joint control of multi-energy storage units, multi-energy storage cabinets and multiple stations, displays the operation status of multiple stations, alarm information, real-time charging and discharge power and cumulative charging and discharging power, etc., and summarizes and displays the operating income data after the establishment of the station.

Platform supports object model management.By modelling the device in the three dimensions of "attributes, events and services", users can set the equipment parameters, alarm information, control instructions and protocol types that need to be collected. The system has been connected to the PCS, BMS, photovoltaic and other equipment of mainstream equipment manufacturers in the energy storage market, greatly shortening the project delivery time.

By Collecting a large amount of operating data based on Internet of Things technology，using Al technology and Edgex architecture and adopting a timing calibration algorithm , we can comprehensively improve the efficiency and security of the system.

Based on the concept of zero trust, the system adopts the SDP software-defined boundary network security architecture to provide enhanced identity authentication and authorisation, device access security, network access and transmission security, data storage security, secure application warehouse, security operation and maintenance and other multi-dimensional protection for the Internet of Things system based on the three-level hierarchical model of cloud, edge and end.

Platform support comprehensive station energy control strategies, including grid-connected standby, circulating charge-discharge, peak load shifting , optical storage collaboration, off-grid power backup, custom strategies, anti-countercurrent, island prevention, and demand control, etc.