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Graphic Control System [Electricity], [Fire Protection]

SCADA - SYS

With the rapid development of power supply systems in various countries, the continuous growth of power load, the increasingly serious power quality problems brought about by the continuous emergence of various nonlinear loads, and the strict requirements for energy conservation and emission reduction in the world, power supply companies and users are more demanding. An effective power monitoring solution can meet the challenges brought about by the above changes to achieve reliable, efficient, and low-consumption operation of power transmission and distribution systems.

SCADA is a set of power monitoring system developed by our company closely grasping the needs of power system users and following the standard specifications of the power system. It can rationally allocate loads, realize optimized operation and effectively save electric energy, and have high and low peak electricity consumption records, thus providing necessary conditions for energy management.

  • System Features

  • Data monitoring and monitoring, power consumption statistics and analysis
  • Equipment overhaul and maintenance management, event and alarm management
  • Historical data query and management, operation optimization management

The SCADA system adopts a layered and distributed structure design, and the modular design is divided into units. The whole system is divided into three layers: system management layer, network communication layer, and field device layer.

System Management

Taking the SCADA system software as the core, it can display and process the data and measurement and control signals collected by the field equipment in real time. The system operation interface is simple and intuitive, which truly realizes the connection between users and monitoring equipment.

System category

It consists of SCADA system software, monitoring host, printer, etc. It is divided into the following two forms:

Single host system: One client/server application.
Multi-host system: One server/multiple client applications.

Network communication

Network communication mainly refers to the communication equipment and communication links between the field device layer and the system management host. Network communication consists of different equipment such as network lines, optical cables, optical fiber transceivers, industrial network switches, communication management machines and power modules.

Field equipment

The field equipment consists of SQL remote communication equipment, digital electric meter communication module, hierarchical electric meter communication module and other third-party intelligent devices, which are used for data measurement, display, control and communication functions of field monitoring signals.