Wide Area Monitoring Analysis Protection-control (WARMAP)

This system is integrated with EMS, WAMS, AVC/AGC and safety & stability control system to achieve the comprehensive coordination among multiple control system functions including real-time early warning, online auxiliary decision-making & preventive control, and integrated coordinated control.

  • Overview
  • Functions
  • Features
This system is integrated with EMS, WAMS, AVC/AGC and safety & stability control system to achieve the comprehensive coordination among multiple control system functions including real-time early warning, online auxiliary decision-making & preventive control, and integrated coordinated control.
Wide Area Monitoring Analysis Protection-control builds an integrated wide-area unified information platform, on the basis of integrating system information of EMS, WAMS, AVC/AGC, stability system of grid security control, relay fault information system and meteorological information system etc. combining with grid module and parameters, information on grid operating conditions, system information of grid operating control, information of grid operating environment, unit energy consumption and information on environmental indicators, realizing the space-time coordination optimization of multiple defense lines of online real-time security control, preventive control, emergency control, corrective control and recovery control. The system can greatly enhance management level of security and stability operation of power grid, fully use the transmission capacity to upgrade plan type of security and defense policy to active and strategy type, avoiding risks of random failure evolving into power disaster, improving the ability of the grid dealing with extreme external disasters, and providing technical support for grid corporation bearing social responsibilities, realizing energy saving and emission reduction and improving the operational efficiency of power grid.
  • Stability quantitative analysis technique based on specific model simulation;
  • Integrated quantitative evaluation technique for transient, dynamic and static safety and stability;
  • Preventive control optimization decision technique for safety and stability;
  • Online optimization decision-making and strategy online refresh techniques for emergency control;
  • Online additional control technique for continual failure and cascading failure;
  • High-speed cluster calculation platform with automatic domain division function;
  • Wide-area data platform integrated with stable, dynamic and transient information together;
  • Analysis and auxiliary decision-making platform for dispatching preplan safety and stability integrated with online system