Capacitors & Reactors
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This complete set is designed for electric power transmission and distribution systems. It enhances system stability and protects against transient overvoltages.

Arc suppression reactors are specialized reactors used in electrical power distribution systems. By introducing a specific inductive reactance, these coils compensate for the capacitive earth fault current.

These high-voltage air-core reactors are engineered for reactive power compensation in electrical power systems. The air-core design eliminates ferroresonance, ensuring high linearity and stable performance in transmission and distribution networks.

This dry iron-core shunt reactor compensates line capacity charging power to reduce line losses and increase power factor. It also weakens the long-term load-bearing effect of no-load or light-load and stabilizes the system voltage.

This high voltage shunt capacitor device is designed for power factor correction and voltage stability. It is suitable for applications of 6kV, 10kV, and 35kV.

These capacitor units range from 50 kvar to 1000 kvar and may include internal or external fuses. They provide power capacitor equipment for various applications.

High-voltage capacitor bushing provides reliable insulation and connection in electrical power systems. Constructed from porcelain, this bushing offers robust dielectric strength and withstands harsh environmental conditions.

This is a 220kV static var compensator (SVC) station designed for power grid applications. It provides voltage regulation and enhances power transmission efficiency.

This series wound reactor is resin insulated and features a dry iron core. It provides var compensation, power factor improvement, and close-brake gush restriction.

This three-phase shunt reactor compensates for capacitance charge current in power lines, inhibiting capacitance effects. It limits the rise of power frequency voltage.

This reactor compensates for capacitance charge current of lines and inhibits capacitance effects. It limits the rising of power frequency voltage.

This high-voltage controllable reactor is designed for electric power applications. It automatically and smoothly adjusts the reactive power.

This capacitor system is designed for installation in 220KV substations. The system improves power factor and voltage stability within electrical grids.