Higher Safety
1) Modular overall design, each module can be safely replaced in a standardized way;
2) Explosion-proof and flame-retardant isolation is designed between each switch.
Higher Reliability
1) Upward and downward information adopts digital transmission, which is more reliable than analog transmission;
2) The integrated monitoring module will not affect the operation of each power functional module;
3) Reliable solutions are configured for faults such as DC/DC feeder faults.
Higher Cost Efficiency
1) Fully modular and fully digital design saves a large amount of secondary cables;
2) The intelligent switch module can accommodate more switches than conventional designs, and the number of cabinets can be reduced under certain conditions;
3) Standardized design, production and maintenance optimize the full life-cycle cost of products;
4) Assembled design shortens product delivery cycle.
Better Usability
1) The design of intelligent switch modules facilitates inspection, maintenance and replacement;2) Integrated monitoring design makes patrol inspection, accident handling and management analysis more convenient.
Digital Substation / Green Substation / Intelligent Substation / Procedural Substation;
Conventional substations with various voltage levels from 6kV to 1000kV.
Rated AC Input Voltage: Single-phase: 220V, Three-phase: 380V;
Rated AC Input Frequency: 50Hz;
Current Stabilization Accuracy: ±0.5% (20% current limiting test); Voltage Stabilization Accuracy: ±0.5%;
Ripple Factor: RMS ripple factor ≤0.5%, peak ripple factor ≤ 1%;
Current Sharing Unbalance Degree: ≤±5%;
System Data Refresh Cycle: 1.5 seconds;
System Control Response Time: 1 second;
Alarm Response Time: Within 2 seconds;
Software Watchdog Response Time: 0~10 seconds;
Total System Data Points: 2000 points;
Uplink Communication Response Time: 300 milliseconds.