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Feigin SVG for Power Stability

Static Var Generator (SVG) stabilizes voltage, delivers real-time reactive power compensation, and improves power factor.

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What is Feigin SVG

Feigin SVG is a next-generation Static Var Generator that provides instantaneous reactive power support, harmonic filtering, and voltage regulation for dynamic and sensitive electrical environments.

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Core Features

  • Real-Time Reactive Compensation
  • Fast Response to Load Change
  • Integrated Harmonic Filtering
  • Smart Monitoring & Remote Control
  • Adaptive Compensation in Renewable Systems

Key Benefits of Feigin SVG

Power Quality

Real-time voltage stabilization and harmonic reduction

Energy Efficiency

Minimize losses, improve power factor, and avoid waste

Cost Savings

Lower utility penalties and reduce infrastructure costs

Designed for Modern Electrical Challenges

An SVG compensates for leading reactive power by operating in inductive mode: it injects lagging VARs into the system to counter the surplus leading VARs caused by capacitive loads, restoring the power factor toward unity. It solves problems that capacitor banks and legacy SVC systems can't handle.

  • No more over/under voltage from load swings
  • Accurate compensation, ms-level response, no over-compensation or under-compensation
  • Stable power factor—even with solar or wind input
  • Avoid overloading transformers and generators
  • Prevent costly downtime and improve uptime

Reactive Power Explained: Why Feigin SVG Matters

When the power factor is leading (i.e., current leads voltage), it's caused by a capacitive load pushing reactive power back into the grid. Most grids are designed for inductive loads, so this can lead to:
  • ⚠️ Overvoltage at the point of common coupling
  • ⚠️ Unstable voltage regulation
  • ⚠️ Capacitor switching issues or harmonics
  • ⚠️ Reverse VAR flows stressing equipment
In short: excess leading VARs can be just as harmful as lagging ones.

An SVG (Static Var Generator) works like a controllable reactive power source. When the grid is too capacitive, the SVG:
  • 🔹 Operates in inductive mode and injects lagging VARs
  • 🔹 Neutralizes excess capacitive VARs
  • 🔹 Moves system power factor toward unity
In simple terms:
  • ✅ If the grid is capacitive → SVG acts inductive
  • ✅ If the grid is inductive → SVG acts capacitive
It adjusts in real time—no mechanical switching needed.

Leading power factor is common in systems with:
  • ✅ Many capacitive devices or overcompensated power factor correction
  • ✅ HVDC links or electronic converters
  • ✅ Data centers with active correction modules
  • ✅ Wind farms exporting reactive power
SVGs are essential for these environments—they provide instant, dynamic VAR correction without mechanical switching, unlike traditional capacitor or reactor banks.

Seamless Integration with Renewable Energy

Stabilize your grid—even with solar and wind in the mix

Supports Renewable Sources

VG systems are ideal for solar and wind applications, compensating for voltage fluctuations caused by their intermittent output

Hybrid System Compatibility

Whether you're using solar + grid or wind + battery setups, SVG ensures consistent voltage and power factor—keeping everything balanced

Green Grid Enabler

SVG plays a critical role in ensuring renewable energy is delivered efficiently and reliably to your loads





    Get in touch with our team of expert scientists

    Our expert engineers help you identify root causes and recommend tailored solutions—whether it's voltage optimization, harmonic filtering, or power factor correction.

    Send us an email

    info@feiginelectric.com

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