High-Performance Static Var Generator for Power Factor Improvement

• Customization: Available
• Type: Static Var Generator (SVG)
• Transfer Function: Dynamic Reactive Power Compensation
• Model NO.: ATC-SVG
• Certification: EC
• Rated Capacity: 30A/50A/75A/100A/150A
• Harmonic compensation: Available
• Reactive power compensation: Available
• unbalance compensation: Available
• Filtering range: 2 to 50 orders
• Filtering degree: Adjustable from 2 to 50
• Filter Performance: THDi<5%
• Overall response time: <10ms
• Target power factor: Adjustable from -1 to +1
• Control algorithms: FFT,Intelligemt and instantaneous reactive power
• Switching frequency: 20KHZ
• Noise level: <60dB
• Transport Package: Wooden Pallet
• Specification: Optional
• Trademark: Antin
• Origin: Hangzhou
• HS Code: 85044000
• Package Size: 55.80cm * 54.00cm * 22.00cm
• Package Gross Weight: 15.000kg

Product Description

Why Choose AntinPower SVG?

AntinPower SVG offers a maintenance-free, capacitor-free solution for reactive power compensation, outperforming traditional capacitor banks in speed, accuracy, and reliability.

Key Features & Benefits:

Precise Reactive Power Compensation: Provides continuous and stepless capacitive or inductive compensation, achieving a stable power factor of up to 0.99.
Perfect for Fluctuating Loads: Ultra-fast response (<10ms) makes it ideal for applications with rapidly changing loads like welding machines, cranes, and rolling mills.
Improves System Stability: Enhances grid voltage stability and increases the system's active power transmission capacity.
3-Phase Unbalance Compensation: Mitigates negative sequence currents caused by unbalanced loads.
Partial Harmonic Filtering: Effectively filters 2nd to 12th order harmonics while performing reactive compensation.
User-Friendly Interface: Easy setup and monitoring via a 4.3-inch touchscreen. Supports remote monitoring and control via MODBUS protocol.

AntinPower SVG

AntinPower SVG Static Var Generator work through the external CT current transformer, real-time monitoring the load current, and through the intemal DSP calculation to analyze the reactive cur
rent, and then set this value to control the PWW signal to send control signals to the intemal lGBT inverter Device to meet the requirements of the reactive power compensation curent, and ultimately 
achieve the purpose of dynamic reactive power compensation.

Specification

SVG Operating Principle

Drawings & Dimensions

AntinPower SVG Static Var Generator work through the external CT current transformer, real-time 
monitoring the load current, and through the intemal DSP calculation to analyze the reactive current, and then set this value to control the PWW signal to send control signals to the intemal lGBT 
inverter Device to meet the requirements of the reactive power compensation curent, and ultimately 
achieve the purpose of dynamic reactive power compensation.

Application Case

Applications: