GYS 100HS-215KWH Microgrid All-in-one Inverter/Controller
GYS 100-150HS Microgrid All-in-one Inverter/Controller
GYS 250H Microgrid All-in-one Inverter/Controller
GYS 3315K-15/30--45KWH Three-phase All-in-one PV-storage Inverter/Controller
GYS 3312K-15/30KWH Three-phase All-in-one PV-storage Inverter/Controller
GYS 12K-15/30KWH All-in-One Hybrid Inverter
GYS 10K-10/15KWH All-in-One Hybrid Inverter
GYS 6K-7.68/10/15KWH All-in-One Hybrid Inverter
GYS 3.2K-3.8KWH GYS 5K-5/10KWH All-in-One Hybrid Inverter
Traction and Eco-eriendly Vehicle Batteries
RV Energy Storage Lithium Battery
GYS 5KWH-L GYS 10KWH-L GYS 15KWH-L Microgrid All-in-one Inverter/Controller
GYS 5KWH-D Microgrid All-in-one Inverter/Controller
GYPV/16-1 DC Combiner Box
GYPV/12-1 DC Combiner Box
GYPV/8-1 DC Combiner Box
GYPV/6-1 DC Combiner Box
GYPV/4-1 DC Combiner Box
GYPV/2-1 DC Combiner Box
GYPV/1-1 DC Combiner
AO (7kW/11kW/22kW) AC Charging Point
TYPE 2 AO (7kW/11kW/22kW) Smart AC Wallbox
T1-1P (2.3kW/3.0kW/3.68kW) IC-CPD Portable AC Charger
T1-7.4kW 1P IC-CPD Portable AC Charger
T1-11kW 3P IC-CPD Portable AC Charger
GYM9H-DC-C16 4P
GSP9-C40 Surge Protective Device
GSP9-C40PV 1500V DC Surge Protective Device
GSP9-C40PV 600V 1000V DC Surge Protective Device
GYM7DC New Energy High Voltage Circuit Breaker
GYM9H DC Miniature Circuit Breaker
GYM9H DC Miniature Circuit Breaker
W2R Automatic Transfer Switch

Static Var Generator (SVG)

Advanced Reactive Power Compensation: Real-time dynamic compensation to improve power factor and reduce losses.
Fast Dynamic Response: Millisecond-level response to load changes and voltage fluctuations.
Power Quality Improvement: Reduces voltage fluctuation and enhances system stability.
Three-Phase Load Balancing: Automatically corrects load imbalance for optimized operation.
Flexible Modular Design: Cabinet, rack and modular solutions with scalable expansion.
Smart Monitoring & Protection: DSP control, communication and protection functions ensure reliability.

GY-SVG Static Var Generator

Static Var Generator (SVG) Series

GEYA Static Var Generator (SVG) series provides advanced dynamic reactive power compensation solutions to improve power factor, reduce reactive power losses and enhance power quality. With fast response, intelligent control and modular design, SVG systems ensure stable and efficient operation for industrial, commercial and renewable energy applications.

GY-SVG-Cabinet
gy-svg-sic-static-var-generator
gy-svg-plus-static-var-generator
GY-SVG Static Var Generator

Static Var Generator (SVG) Applications

Static Var Generator solution for industrial manufacturing applications
Industrial Manufacturing

SVG systems improve power quality in manufacturing facilities by compensating reactive power from motors, welding machines and heavy industrial equipment, ensuring stable and efficient operation.

Static Var Generator solution for data center power quality
Data Centers

SVG solutions ensure stable power supply for data centers by improving power factor, reducing voltage fluctuations and supporting sensitive electrical loads.

Static Var Generator solution for renewable energy systems
Renewable Energy Systems

SVG systems improve renewable energy grid performance by providing dynamic reactive power compensation and maintaining voltage stability during power fluctuations.

Static Var Generator solution for commercial buildings
Commercial Buildings

SVG systems optimize electrical performance in commercial buildings by improving power factor, reducing losses and enhancing energy efficiency.

Enhance Power Quality with Advanced Static Var Generator Solutions

Improve power factor, reduce reactive power losses and ensure stable electrical system performance with GEYA Static Var Generator (SVG) solutions. Contact us for customized reactive power compensation solutions.

Why Choose Static Var Generator (SVG) Solutions

Advanced reactive power compensation with Static Var Generator solution
Advanced Reactive Power Compensation

SVG provides real-time dynamic reactive power compensation to improve power factor, reduce reactive power losses and optimize electrical system performance.

Fast dynamic response Static Var Generator system
Fast Dynamic Response

SVG responds within milliseconds to rapid load changes and voltage fluctuations, maintaining stable power system operation.

Power quality improvement with Static Var Generator technology
Power Quality Improvement

SVG reduces voltage fluctuations, improves system stability and enhances overall electrical performance.

Flexible modular Static Var Generator solution
Flexible Modular Design

SVG supports cabinet, rack-mounted and modular configurations with scalable expansion for different application requirements.

Frequently Asked Questions About Static Var Generator (SVG)

What is a Static Var Generator (SVG)?

A Static Var Generator (SVG) is an advanced power quality device that provides real-time dynamic reactive power compensation to improve power factor, reduce reactive power losses and enhance system stability.

How does a Static Var Generator work?

SVG uses power electronics technology to detect reactive power changes and quickly inject or absorb reactive current to maintain balanced and stable electrical conditions.

What problems can SVG solve?

SVG helps improve power factor, reduce reactive power consumption, compensate voltage fluctuations, balance three-phase loads and improve overall power quality.

Where are Static Var Generators commonly used?

SVG solutions are widely used in industrial manufacturing, data centers, renewable energy systems, commercial buildings and other applications requiring stable power quality.

What is the difference between SVG and traditional reactive power compensation systems?

Unlike traditional capacitor-based compensation systems, SVG provides dynamic and continuous reactive power compensation with faster response speed and better adaptability to changing loads.

Can SVG improve energy efficiency?

Yes. By improving power factor, reducing reactive power losses and optimizing electrical system performance, SVG helps improve energy efficiency and reduce operating costs.

How to select the right Static Var Generator for my application?

The selection of SVG depends on system voltage, reactive power demand, load characteristics, installation environment and required compensation capacity. Professional assessment is recommended for the best solution.

Scroll to Top

Get A Free Quote Now !

Contact Form
Tell Us Your Requirements Get a professional energy storage solution tailored to your application.
aboutus