
Static Var Generator (SVG) –
Reliable Power Factor Correction Solution
Static Var Generator We Provide
Our Static Var Generator (SVG) offers real-time dynamic reactive power compensation, enhancing the stability and performance of your electrical system. Designed for industrial applications, it helps to maintain optimal voltage levels and improve the overall power quality of your grid. Experience increased energy savings, enhanced system efficiency, and reduced electrical losses with our cutting-edge SVG technology.
Water Cooled STATCOM
Air Cooled STATCOM
Features of Sinopak's Static Var Generator

Minimal Maintenance:
Designed for low maintenance, reducing long-term operational costs.
Advanced Control Technology:
Includes cutting-edge control algorithms for precise regulation of power factors.
Applications of Static Var Generators
Static Var Generators are ideal for a variety of industries where power quality and energy efficiency are critical. Some of the main applications include:

Wind Power Plant
SVGs stabilize voltage and improve power quality by providing reactive power support, enhancing the efficiency of wind turbine operations.
Sinopak's SVGs ensure optimal performance in variable wind conditions, minimizing losses and maximizing energy capture.
PV Power Plant
In photovoltaic systems, SVGs manage reactive power to maintain grid stability and enhance energy output.
Our Static Var Generators allow for better integration with the grid, reducing fluctuations and increasing overall system reliability.


New Energy Pooling Station
SVGs facilitate the connection of multiple renewable energy sources, managing reactive power and voltage stability.
Our SVGs enable efficient energy pooling, improving the overall efficiency of energy distribution and reducing transmission losses.
Extra-High Voltage DC Transmission Converter Station
SVGs enhance the performance of HVDC systems by providing dynamic reactive power compensation.
Sinopak's Static Var Generators stable operation under varying load conditions, improving the reliability of long-distance power transmission.


City Substation
SVGs in substations support voltage regulation and improve power quality for urban areas.
Our products reduce energy losses and enhance the reliability of power supply to consumers, contributing to a stable urban grid.

Why Choose Our Static Var Generator?
Frequently Asked Questions about Static Var Generators
Q: What is the lifespan of a Static Var Generator?
A: The lifespan of an SVG is typically between 10-15 years, depending on usage and maintenance.
Q: How does the SVG improve energy efficiency?
A: By reducing reactive power, the SVG optimizes the power factor, reducing energy losses and improving system efficiency.
Q: Can an SVG be integrated into an existing power system?
A: Yes, the SVG is designed for easy integration into existing systems with minimal disruption.
Q: What maintenance is required for an SVG?
A: The SVG requires minimal maintenance, including periodic checks of the cooling system and control algorithms.
Related Blogs
- The Sinopak SVG represents the latest generation technology in the power factor correction field. It operates by detecting the load current on a real-time basis through an external CT’s and determining the reactive content of the load current. The data is analysed and the SVG’s controller drives the
- In modern power systems, managing reactive power is crucial for ensuring stability, efficiency, and optimal performance. Two prevalent technologies used for reactive power compensation are Static Var Generators (SVGs) and Capacitor Banks. While both aim to improve power factor and enhance power qual
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