Rack Mount Static Var Generator – Boost Power Quality & Efficiency

GEYA’s Rack Mount Static Var Generator (SVG) dynamically compensates reactive power, mitigates harmonics, and stabilizes voltage in industrial and commercial electrical systems. Designed for high-performance applications, it protects sensitive loads, reduces energy losses, and prevents regulatory penalties caused by insufficient reactive power compensation.
Key Highlights:

• Ultra-Fast Response: 50μs response for critical loads
  
• High Efficiency: ≥97% system efficiency using IGBT technology
  
• Scalable System: One monitoring system can manage up to 8 modules; unlimited modules can be connected
  
• Global Compliance: CE, EMC, and C-Tick certifications
  
• Proven Performance: Trusted in 850+ industrial installations worldwide
  

Applications of Rack Mount SVGs

• Industrial Facilities: Boost power factor, reduce energy losses, stabilize motors and drives
  
• Commercial & Data Centers: Ensure clean power for UPS and IT equipment, prevent downtime, optimize energy consumption
  

Why Choose GEYA Rack Mount SVGs?

• Precise Reactive Power Compensation: Quickly adjusts to dynamic load changes
  
• Harmonic Mitigation: Reduces harmonics to protect sensitive equipment
  
• Modular & Compact: Ideal for installation in tight server rooms or industrial control cabinets
  
• Cost-Effective: Reduces energy losses, improves efficiency, and prevents fines for power quality non-compliance

Frequently Asked Questions – Rack Mount SVGs

1. What does SVG stand for?

SVG stands for Static Var Generator (or Static Volt-Ampere Reactive Generator), a device used to dynamically stabilize reactive power in electrical systems.

• Detection: Monitors reactive currents and voltage deviations in real-time.
  
• Calculation: Digital controllers compute required compensation.
  
• Generation: IGBT inverters generate counter-currents.
  
• Injection: These currents are injected back into the system to stabilize voltage, improve power factor, and reduce harmonics.

• Instant response to dynamic load changes
  
• Eliminates resonance issues (unlike capacitor banks)
  
• Compact and modular design for tight spaces
  
• Reduces transmission losses and improves overall grid efficiency
  
• Supports both capacitive and inductive reactive power compensation

• Near reactive or harmonic-producing loads, including:
  
• VFD panels
  
• UPS systems
  
• Motor control centers
  
• Critical industrial machines

• Voltage: 220V, 380V, 500V, 690V
  
• Configuration: Three-phase three-wire and four-wire
  
• Suitable for industrial, commercial, and renewable energy applications

• Reduces voltage fluctuations and harmonic distortions
  
• Stabilizes phases and improves power quality
  
• Enhances system efficiency (≥97%)
  
• Helps maintain compliance with IEEE 519, IEC, and local grid standards