Model PRS-3000 - Energy Storage Management System

By employing the middleware technology, the system can effectively prevent differences between heterogeneous systems, and meet the cross-platform requirement, which supports operating systems like Unix/Linux/Windows. Advanced and mature hardware equipment is used, and key equipment adopts redundant configuration, so as to build a safe, reliable, standard and open main station system with resource sharing and easy integration. The system is fully compatible with domestic hardware devices, operating systems and databases.

A cross-platform solution integrating graph/model/library is provided, the application interface maintains the same style in different operating systems, and the operation of a single node is automatically synchronized in the entire network.

Based on advanced grouping and layered platform design, the structure of each layer performs soft bus exchange of network data flow in the form of grouping, and data exchange is realized via network interaction.

The platform has uniform public service and system management functions, which can realize plug-and-play of different application software.

The operating state of system can be analyzed using the panoramic analysis algorithm to mine or extract useful information, obtain important information of the battery pack (available capacity/energy, sustainable working time, and recyclable life), and conduct historical data analysis of battery, PCS and energy storage circuits, statistical analysis of power meter data, accident recall and log management.

Various operating data of the energy storage system are monitored in real time, and correlation analysis is carried out to provide the data diagnosis, analysis and decision-making functions.

In strategy, it supports various modes, such as dispatch tracking, frequency modulation, peak-shaving and valley-filling, and blackout start.

The system has a complete backup and recovery plan for real-time database and historical database to guarantee the data security. At the same time, related policies are adopted to ensure data consistency during switch between main and standby servers.

The system can undertake access of millions of large-scale data, and present great processing ability and robustness in extreme fault states.

It has leading power control speed and accuracy in the industry, and supports the management of panoramic data access for energy storage power stations of GW level and above.

It support domestic operating systems and commercial databases, and the self-developed real-time libraries can support panoramic acquisition and control of GW-level and 100-megawatt energy storage power stations.