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Make Power Use Safer And More Efficient For Enterprises

Reactive Power Compensation Device

Intelligent Filter Compensation Module

Low-Voltage Automatic Filter Compensation Device

High Voltage Automatic Compensation Device

Supporting Products Of Frequency Conversion Equipment Solution

Intelligent Instrument

MSCGD High-Voltage Compensation Cabinet

MSCGD High-Voltage Compensation Cabinet

The GD-SVG series high-voltage dynamic reactive power compensation device is a reactive power compensation system based on IGBT. It can quickly and continuously provide capacitive or inductive reactive power, achieving control such as constant reactive power, constant voltage, and constant power factor at the inspection point, ensuring the stable, efficient, and high-quality operation of the power system. GD-SVG can significantly improve the power quality at the connection point between the load and the public power grid, such as improving the power factor, balancing the three-phase voltage, suppressing voltage flicker and voltage fluctuation, and controlling harmonic pollution. The easy-to-operate, high-performance, and highly reliable SVG series products are designed to meet users' urgent needs for improving the power factor of the transmission and distribution power grid, controlling harmonics, and compensating for negative sequence current.
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High-voltage automatic reactive power compensation and harmonic elimination device

High-voltage automatic reactive power compensation and harmonic elimination device

The high-voltage automatic reactive power compensation and harmonic elimination device is a new product developed to improve the comprehensive automation level of 6kV and 10kV power systems. The device mainly consists of a combined vacuum contactor, capacitor, reactor, discharge device, controller, and microcomputer protector. It can improve the system power factor, reduce transformer and line losses, increase power transmission capacity, and fully utilize the economic benefits of power transmission and transformation equipment according to changes in the power factor of the grid, while simultaneously suppressing system harmonics and improving system power quality.
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