Product Model: BKSC-XX (Rated Capacity)/XX (Voltage Level)
Typical Model Example: BKSCKL-15,000/35 Main Application Areas: Substations, User Power Distribution Stations, and other 35kV and below power systems
Suitable for 35kV and below power systems, with a rated capacity range of 100~16,000kvar, a noise level below 58dB, and F (H) insulation class, for indoor use. Widely applied in substations and user power distribution stations.
Shunt reactors are applied in power systems, connected between phase and ground, phase and neutral, or between phases, to compensate for capacitive currents. They are typically installed at the high-voltage terminal of step-up substations, intermediate interconnection stations, and converter stations of high-voltage direct current transmission, connected in parallel to the 35kV and below low-voltage circuits of substations. They have many functions, such as compensating reactive power in the grid, reducing grid losses, improving transmission capacity, suppressing grid resonance overvoltage, preventing generator self-excitation, eliminating the capacitive effects of unloaded long lines and high-voltage cables, and suppressing power frequency overvoltage, which can save energy and improve the operational stability and reliability of the power system.
Three-phase Rated Capacity: 100~16,000kvar
Rated Voltage: 35kV and below
Noise Level: ≤58dB
Thermal Class: F (H)
Usage Conditions: Indoor
standard, for outdoor application. Widely applied in substations and user power distribution stations.
Learn MoreThe magnetically-controlled reactor is suitable for reactive power compensation in distribution networks at 6~110kV voltage levels.
Learn MoreSuitable for power systems at 35kV and below, with a three-phase rated capacity range of 10~10,000kvar, a noise level below 56dB, and F (H) insulation class, for indoor application.
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