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XYSVG Low-Voltage Automatic Reactive Power Compensation Device


The XYSVG-type low-voltage reactive power automatic compensation device is a new-generation reactive power compensation system designed to compensate for reactive power, improve the power factor, and deliver dynamic, stepless compensation performance. The intelligent hybrid reactive power compensation unit builds upon the original pure TSC capacitor compensation functionality by integrating an SVG reactive power compensator, seamlessly combining SVG technology with TSC capabilities. This innovative approach allows for optimal compensation results at a significantly lower equipment cost. The intelligent hybrid reactive power compensation system primarily consists of a TSC passive compensation capacitor bank, an SVG static var generator, and a human-machine interface. The TSC module actively adapts to the system’s dynamic reactive power and harmonic management needs, while the SVG automatically adjusts the output ratio between its active and passive compensation modules, ensuring rapid and precise compensation of the system’s reactive power requirements. When operating in tandem, the SVG and TSC offer several key advantages: large compensation capacity, cost-effectiveness, fast response times, and high precision.


Product Details


Product Overview
The XYSVG-type low-voltage reactive power automatic compensation device is a new-generation reactive power compensation system designed to compensate for reactive power, improve the power factor, and deliver dynamic, stepless compensation performance. The intelligent hybrid reactive power compensation unit builds upon the original pure TSC capacitor compensation functionality by integrating an SVG reactive power compensator, seamlessly combining SVG with TSC to achieve optimal compensation results at a significantly lower equipment cost. This intelligent hybrid system primarily consists of a TSC passive compensation capacitor bank, an SVG static var generator, and a human-machine interface. The TSC module actively adapts to the system’s dynamic reactive power and harmonic management needs, while the SVG automatically adjusts the output ratio between its active and passive compensation modules, ensuring rapid and precise compensation of the system’s reactive power requirements. When operating in tandem, the SVG and TSC offer several key advantages: large compensation capacity, cost-effectiveness, fast response times, and high precision.
The product meets the standards.
GB/T 15576-2020 "Low-Voltage Complete Reactive Power Compensation Devices"

 

Structural Features
Intelligent Operation: Full response time less than 10ms, with the entire system running automatically and offering flexible configuration options.
Flexible and smooth: Fully linear, dynamic output, no compensation blind spots, smooth and stable operation, with a constant power factor—eliminating both overcompensation and undercompensation issues.
Intelligent and Flexible: An intelligent control system proactively adjusts the output ratio of active to passive modules based on the system's linear dynamic requirements, ensuring precise reactive power compensation.


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Corporate Honors


High-tech Enterprise Certificate

High-tech Enterprise Certificate

MVnex authorization

MVnex authorization

PE authorization

PE authorization

Schneider BlokSeT 5000 Pre-Intelligent Low-Voltage Switchgear Authorization Letter

Schneider BlokSeT 5000 Pre-Intelligent Low-Voltage Switchgear Authorization Letter

Siemens 8PT License

Siemens 8PT License

3A Credit Enterprise

3A Credit Enterprise

Intellectual Property


Low-voltage Switchgear Assemblies

Low-voltage Switchgear Assemblies

Low-voltage Switchgear Assemblies

Low-voltage Switchgear Assemblies

Low-voltage Switchgear Assemblies

Low-voltage Switchgear Assemblies

Low-voltage Switchgear Assemblies

Low-voltage Switchgear Assemblies

Control method, apparatus, storage medium, and electronic device for complete switchgear assemblies

Control method, apparatus, storage medium, and electronic device for complete switchgear assemblies

An AC High-Voltage Intelligent Switchgear Cabinet

An AC High-Voltage Intelligent Switchgear Cabinet

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