A high-voltage Static Var Generator (SVG) is a system used for real-time reactive power compensation and power quality improvement. It works by connecting a voltage source inverter (VSI) to the grid
SVG is designed by the component concept and can make compensation for both capacitive and inductive loads, thus obtaining a compensation effect with the level of PF 0.99 and avoiding over
SVGs are primarily used to enhance transmission capacity and stabilize transient voltages in power grids. They can also provide reactive power regulation for transmission and distribution grids, wind
Delta PQC Series SVG has a modular design, which adopted 3-level inverter topology with 3pcs modular IGBT and DC capacitor components, and the Delta SVG system consists of one or several
Ideal for industrial, commercial and electricity network applications. The SVG utilises a high speed three level inverter that reacts to changes in reactive power, exchanging corrective reactive power into the
By adjusting the amplitude and phase of the inverter output voltage, or directly controlling the amplitude and phase of the AC side current, it can quickly absorb or emit the required reactive power to
SVG can show great performance in high THDI systems, while in THDU system, if there are notches on the voltage waveform, combining with advanced filter, SVG modules can operate normally under
FGI is your trusted manufacturer of medium voltage VFDs, SVG static var generators, and frequency inverters for more than 50 years experience in manufactures.
SVG stands for Static VAR (Volt-Ampere Reactive) Generator. It is also known as high-voltage dynamic reactive power compensation device and static synchronous compensator, which performs dynamic
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