Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe

Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe

  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
Summary
Sanhe Low Voltage Static Var Generator (LSVG) 100-500kVar delivers ultra-fast reactive power compensation for 3-phase 208-690V systems, enhancing power quality and stability in renewable energy, industrial, and commercial applications. Leveraging advanced IGBT technology with 35kHz switching frequency and DSP+FPGA control, it ensures dynamic response within 10ms, achieving near-unity power factor. Ideal for solar farms, wind plants, and energy storage systems, this cabinet-type SVG offers superior thermal management, three-level topology for cleaner current waveform, and flexible CT sampling (grid or load side). Compliant with IEC and GB standards, it supports RS485/Modbus communication for seamless integration into smart grids and microgrids, reducing losses and improving grid resilience.More
Specifications
Model:
LSVG-0.4-100,LSVG-0.4-200,LSVG-0.4-300,LSVG-0.4-400,LSVG-0.4-500
Installation:
Floor standing
Brand:
Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe
  • Low Voltage Static Var Generator 100-500kVar Fast Response for 3-Phase 208-690V Systems Sanhe

LSVG Static Var Generator is cabinet type SVG, based on SVGM module. It is a type of power electronics device that is used to regulate voltage and improve power quality in electrical power systems. It is a type of static reactive power compensator that can provide fast and accurate reactive power compensation in response to changing load conditions and system disturbances.

Feature

Adopt the latest IGBT technology with a high switching frequency up to 35KHz

Quick responses and minimal thermal-and electric energy losses

Quickly responding DSP+FPGA processors control the platform.

SVGM series products adopt DSP full digital control systems, which can immediately respond to load changes

Unique spacious design for best thermal management.

Best-in-business three level topology that can better offset the current approach to the sine wave compared with additional two-level inverters.

Standards

IEC60747-9-2007

GB/T 14549-1993

GB/T 3797-2005

JB/T 8951.1-1999

LSVG Diagram

FAQ

Q: What is SVG Working principles ?

A:1.External current transformer(CT)could detect real-time load current .

2.Internal DSP calculates and analyzes the reactive power content of the system.

3.Control PWM to send signal to IGBT to generate reactive power compensation current for power factor compensation.

Q: How to choose the model number?

Please specify the SVG rated voltage,frequency ,3p3w/3p4w,rated capacity,CT sampling position(grid or load side).

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