High Efficiency 5kvar 10kvar 400V Wall-Mounted 3-Phase Dynamic Power Quality SVG Static Var Generator Harmonic Management LCD

Product Description

Static Var Generator Overview
Static Var Generator Detail

Technical Specifications

System voltage Line voltage 400V System voltage range ±15%
Frequency 50Hz ±5% Capacity specification 10 kVar
Module type Rack/Wall Mounted Incoming way Upper incoming/Back incoming
Harmonics filtering rate ≥90% Harmonics filtering range 2nd ~51st harmonics
Full response time ≤5ms Overload protection Automatic current limit at 100% rated output
IP level IP20 (customized) Other protection Over-voltage, under-voltage, over-temperature, over-current protection
Operating temp. -25°C ~ 40°C Storage/transport temp. -25°C ~ 55°C
Work humidity Relative humidity 5~95%, no condensation Altitude 1000m and below
SVG Module Dimension

Advanced Static Var Generator With Harmonics Control Function

The SVG series Low Voltage Static Var Generator is a kind of high-tech product that breaks through the traditional capacitor and reactor var compensation theory. It integrates power electronics technology, computer technology and modern control technology into one. You can quickly adjust the AC grid var, very effectively regulate the impact var, static var, and even the var in under-voltage conditions, and also have the capability in voltage regulation and harmonic suppression. It is an ideal choice for stabilizing the voltage and improving the power factor. Meanwhile, it has obvious benefits of saving energy, reducing power consumption and increasing capacity of power supply equipment.
SVG Inner Component 1
SVG Inner Component 2
SVG Inner Component 3

Product Advantages

Installation Feature 1
Lightweight and portable, easy to install, cost saving
Installation Feature 2
Suitable for various installation types such as rack mounted, wall mounted, and vertical
Installation Feature 3
Small size, suitable for embedded installation projects, improving space utilization efficiency

Applicable Scene

SVG can be widely used in steel industry, metallurgy industry, mining industry, new energy industry, automotive industry, water treatment industry, telecommunications industry, research institutes, hospital, bank, shopping mall, schools, computer rooms, computer centers, rail transportation electrified railways, subways.
Data Room Application
data room
Office Building Application
Office building
Industry Sector Application
Industry Sector
Port Terminal Application
Port terminal

Product Gallery

SVG Details 1
SVG Details 2
SVG Details 3
SVG Details 4
SVG Details 5
SVG Details 6
Frequently Asked Questions
Q: What is a Static Var Generator (SVG) and how does it work?
A: A Static Var Generator (SVG) is an advanced power electronics device used for dynamic reactive power compensation. Unlike traditional capacitor systems, it utilizes high-speed IGBTs to inject precise inductive or capacitive reactive currents into the grid in real-time, stabilizing voltage and optimizing power factor.
Q: Can the SVG handle both reactive power compensation and harmonic filtering?
A: Yes. This series is designed with advanced harmonics control functions. It can actively filter out the 2nd to 51st harmonics with a performance efficiency rate of ≥90%, protecting your electrical network from distortion.
Q: What is the response speed of the system under unstable voltage conditions?
A: The system features a full response time of ≤5ms, allowing it to dynamically respond to load changes and transient voltage fluctuations instantly, preventing power drops and equipment damage.
Q: What installation options are supported by the SVG module?
A: The design supports flexible installation styles including Rack Mounted, Wall Mounted, and Vertical embedded projects. Its compact structure makes it ideal for setups where floor space is limited.
Q: What protective features are built into the SVG system?
A: The unit features automatic current limiting at 100% rated output to prevent overload. It also includes comprehensive built-in protection mechanisms for over-voltage, under-voltage, over-temperature, and over-current conditions.

Related Products