Three-Phase Shunt Reactor for Voltage Compensation
This three-phase shunt reactor compensates for capacitance charge current in power lines, inhibiting capacitance effects. It limits the rise of power frequency voltage.
Technical Specifications
Product Overview
Three-Phase Shunt Reactor for Voltage Compensation
This three-phase shunt reactor is engineered for high-performance reactive power compensation in high-voltage power systems. By effectively managing reactive power, it plays a critical role in enhancing voltage stability and minimizing transmission losses across electrical networks. The unit features a robust construction with an integrated cooling system to ensure long-term reliability and operational efficiency.
Technical Specifications
Performance Parameters
500 kV
Voltage Class
300 MVA
Capacity
Physical Dimensions
Unit Size and Logistics
| Category | Value |
|---|---|
| Max Transport Weight (Single) | 130 ton |
| Max Total Weight | 220 ton |
| Overall Dimensions | 11 x 7.5 x 9.2 m |
Product Features
- Construction Details
- Three-phase configurationHigh-voltage bushingsFinned cooling tankIntegrated monitoring
