SVGC

HIEC SVGC series intelligent hybrid reactive power compensation device is a new type of device that can adjust the reactive power of power system quickly, continuously and smoothly, which is composed of static var generator SVG and passive compensation capacitor TSC. It solves the problems of traditional reactive power compensation discontinuity, compensation deviation and high cost of pure static var generator SVG. It is a new type of power quality product with high cost performance.

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SVG

Product Description

- Commodity name: SVGC
HIEC SVGC series intelligent hybrid reactive power compensation device is a new type of device that can adjust the reactive power of power system quickly, continuously and smoothly, which is composed of static var generator SVG and passive compensation capacitor TSC. It solves the problems of traditional reactive power compensation discontinuity, compensation deviation and high cost of pure static var generator SVG. It is a new type of power quality product with high cost performance.

Product Features

1. HIEC SVGC device uses passive compensation, namely TSC, as the main compensation means, and active compensation, namely SVG, to compensate for the level difference of TSC capacitor group switching, thus realizing inductive and capacitive bidirectional reactive power dynamic continuous adjustment, which is very suitable for places with frequent load changes, and the power factor can be stabilized at 1, thus reducing the consumption of electric energy.
2. The TSC part of the HIEC SVGC device is put into the capacitor when the voltage across the thyristor crosses zero, and the impact inrush current will not be generated. Due to the natural turn-off characteristics of the current zero-crossing of the thyristor element, the capacitor bank is cut off by the current zero-crossing, so that the capacitor bank is not over-switched, and the service life of the device is greatly extended.
3, HIEC SVGC device can avoid harmonic resonance, safe operation, no adverse effects and interference on other electrical equipment, in the case of complex field harmonics, can still operate safely.