The PRS-3000-EMS system adopts a service-oriented software architecture, complies with IEC 61850, IEC 104, and Modbus power communication standards, and implements data acquisition, monitoring and control, and statistical analysis functions for energy storage equipment. It supports load balancing to build a secure, reliable, standard-open, and resource-sharing energy storage system.
It is suitable for various types of projects, such as energy storage stations, microgrids, and integrated new energy storage. It serves as the plant/station monitoring system, power control, and energy management system. It enables centralized monitoring, unified operation, maintenance of Battery Management Systems (BMS) and Power Conversion Systems (PCS) within energy storage power stations. This helps relieve grid pressure during peak load periods, reduce grid operating costs, and improve economic benefits.
Utilizes a layered, grouped soft bus platform to achieve integrated graphics/modeling/database and plug-and-play applications. Provides cross-platform consistent interfaces and automatic network-wide synchronization.
Supports heavyweight commercial databases and lightweight open-source databases (e.g., MariaDB). Enables transparent access, security protection, and disaster recovery backup through standard APIs.
Fully compatible with various mainstream commercial and open-source databases, hardware, and operating systems. Offers standard interfaces and tools to support system capacity and functional expansion.
Based on a C/S model with a B+ tree algorithm. Supports high-capacity data access, automatic synchronization of distributed databases, online maintenance, and allows multi-task concurrent access.
Ensures high system availability and data security through device redundancy, cluster technology, database disaster recovery, and dedicated power isolation devices. Features a comprehensive fault warning mechanism.
Employs a hierarchical and grouped design with cluster control, dual-network data acquisition, and soft bus technology. Supports multiple data collection modes, including serial port, wired, and wireless.
Panoramic Data Overview | Summarizes station-wide overviews, power curves, dynamic primary wiring diagrams, battery key data, and PCS real-time status |
Operational Monitoring | Visualizes grid primary wiring via tree navigation and performs hierarchical monitoring of energy storage equipment with key data focus |
Energy Management | Supports batch PCS operations, coordination controller controls, and plan curve retrieval and downloading |
Integrated Alarm Management | Provides real-time and historical alarm queries with filtering, acknowledgement, and record tracing functions |
Query & Statistics | Offers real-time and historical curve comparison for signal data and generates daily/weekly/monthly statistical reports via configurable templates |
System Management | Modules for user permission management, report customization, equipment tagging, and system interface property configuration |
Database Configuration Tool | Infrastructure tool for importing, exporting, deleting, and upgrading system configuration and historical databases |
System Configuration Tool | Engineering tool for configuring critical operational parameters like primary/standby SCADA server hostnames, database types, and ports |
Basic Configuration Tool | General tool for importing device models and configuring "four-remote" (telemetering, telesignalling, telecontrol, teleadjustment) signals for equipment |
Energy Storage Configuration Tool | Specialized tool for configuring the hierarchical model (station, zone, transformer, unit) and signal mapping for energy storage systems |
Graphics Configuration Tool | Tool for drawing monitoring screens (primary wiring, equipment detail diagrams) and linking graphic elements to equipment signal data |
User Configuration Tool | Tool for user/role/privilege management under a three-rights principle, with password policy and login lockout settings |
SCADA Acquisition Service | Core backend service for real-time communication, data acquisition, calculation, and alarm generation for grid devices |
Real-time Database Service | Backend service for storing and presenting station-wide real-time data via shared memory for high-speed inter-process communication |
Web Data Interaction Service | Backend process bridging frontend and backend data interaction, handling requests and returning historical and real-time data |
Statistical Calculation Service | Backend process performing real-time calculations on business data (e.g., daily station discharge) and writing results to historical databases |
Historical Sampling Service | Backend process storing second-level sampled real-time data into time-series databases, serving as the primary source for historical queries and curves |