6kV Outdoor Type SVG (Static Var Generator)

The increasing use of renewable energy, large power electronic devices, and nonlinear loads has caused serious power quality issues. The FGSVG high-voltage dynamic reactive power compensation device can significantly improve power quality at grid connection points by enhancing power factor, balancing three-phase loads, eliminating voltage flicker and fluctuations, and reducing harmonic pollution.

• Quick Response, Leading Edge: Controller response time ≤1ms and full power response time ≤5ms, ideal for steel rolling, steelmaking, and impact loads.
• Negative Sequence Suppression: Compensates for load imbalances, ensuring balanced three-phase current.
• Multiple Operating Modes: Supports constant reactive power, constant power factor, constant voltage, and negative sequence compensation.
• Harmonic Mitigation: Compensates for harmonics up to the 13th order, reducing equipment risks.
• Long-Distance Power Transmission: Improves voltage, reduces losses, and provides quick reactive power regulation.
• Precise Compensation: Adjusts reactive power to maintain optimal power factor levels.
• Comprehensive Protection: Three levels of protection with fast response times.
• Full Recording and Smart Analysis: Real-time monitoring with waveform display and harmonic analysis.
• Modular Design: Facilitates easy installation and maintenance.
• IP65 Protection: Available for harsh environments with high dust or humidity.

FGSVG series products are widely used in petrochemical industry, power systems, metallurgy, electrified railway, and urban construction. They provide reactive power compensation and filtering solutions for:

• Asynchronous motors and transformers
• Thyristor converters and frequency converters
• Induction furnaces and electric arc furnaces
• Electric locomotives and hoists
• Wind turbines and elevators
• Electric welding machines and resistance furnaces

These solutions enhance power transmission capacity, reduce power loss, control harmonics, suppress flicker, stabilize grid voltage, and improve system stability.