Energy Management System
Overview
Dispatch automation is the core technical means of power system operation and management, which integrates advanced computer technology, communication technology, and control technology to achieve real-time monitoring, analysis, and optimization control of the power system operation status. Based on over 30 years of experience in the power system, SIFANG can provide core products such as EMS master stations and substation RTUs for power companies. At the same time, it integrates the overall dispatch automation solution of the power communication system to meet the requirements of integrated control, clean energy management, power grid analysis, etc., and improve the safety, economy, quality, and environmental protection operation level of the power grid.
Features
High Performance Platform
- Support resource elasticity expansion
- Support millions of data access and processing
High Availability
- High redundancy design
- Real-time hardware health monitoring
- High concurrency and load balancing
- Remote disaster recovery
High Security
- Business zoning
- Data isolation
- Follow IEC62351 standard
Rich Protocols
- IEC101/104/61850
- DNP3.0
- TASE2.0
Maintainability
- Template-based collection management
- Convenient front-end communication maintenance tools
- Integrated modeling tool for graphic and template library
High Practicality
- Follow IEC61970/61968 standard
- SCADA applications based on network topology
- Service-oriented advanced applications
- Unified and customizable human-machine Interaction
Benefits
Real-time Monitoring
The real-time monitoring function uses a data acquisition and monitoring system (SCADA) to monitor the operation status of the power system in real time, quickly identify faults or abnormal situations in the operation of the power grid, provide data support for the safe operation of the power grid, and ensure the continuity of power supply.
Grid Analysis
Power grid analysis is based on functions such as network topology, state estimation, power flow calculation, short circuit calculation, and static safety analysis. It provides real-time analysis and trend evaluation of the operating status and safety level of the power grid, helping power grid operators optimize the operating mode, detect potential risks in advance, and avoid major accidents.
Automatic Generation Control (AGC)
AGC adjusts the output power of generator sets in real time to ensure the balance of supply and demand in the power grid, improve power supply reliability, achieve economic dispatch, and reduce power generation costs.
Automatic Voltage Control (AVC)
AVC ensures that the grid voltage is within the qualified range, maintains voltage stability in the power system, and reduces equipment damage by adjusting transformer taps and reactive power compensation devices.
Typical Cases
Guyana Dispatch Automation EMS Project
SIFANG provides dispatch master station systems, comprehensive automation systems, RTUs and other equipment, realizing real-time monitoring of the Guyana power grid and providing automation and information technology for the safe and stable operation of the Guyana power grid.
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