
SVG Static Var Generator IGBT SiC Harmonic Mitigation CE LVD EMC Certified Wall-mounted Modular
Rated Voltage: 400V / 415V / 480V AC (Standard range ±20%)
Installation: Modular (Standard 19-inch Rack-mounted) / Wall-mounted
Frequency: 50Hz / 60Hz (Adaptive range 45Hz~63Hz)
Grid Topology: Compatible with 3P3W and 3P4W systems
Technology: High-frequency IGBT / SiC MOSFET Inverter bridge
Reactive Range: -1.0 to +1.0 (Full stepless bidirectional compensation)
Response Speed: Dynamic < 5ms; Instantaneous < 100μs
Target PF: Adjustable from 0.90 lagging to 1.00 (Unity)
Harmonic Mitigation: 2nd to 50th order (Efficiency > 95%)
Correction: 100% Three-phase current unbalance correction
Architecture: Integrated Dual-core DSP + FPGA high-speed processing
Protocols: RS485, Modbus RTU, Ethernet, and CAN bus support
HMI: 7-inch High-Res Color Touchscreen for real-time diagnostics
Operation: Manual / Automatic / Remote Control modes
Form Factor: Modular (Standard 19-inch Rack) or Wall-mounted
System Efficiency: ≥ 98% (Optimized via SiC technology)
Cooling: Intelligent forced air cooling; Noise < 65dB (at 1m)
Certifications: CE Marked (LVD 2014/35/EU, EMC 2014/30/EU), IEEE 519
Protection: Standard IP20 (Optional IP54 for harsh environments)
Hertzkron | Static Var Generator (SVG)
The Ultimate Precision Power Quality & Harmonic Mitigation System
In modern industrial and commercial power systems, poor power quality is the silent killer of productivity. Hertzkron introduces the Pro-Series SVG—a high-performance, active compensation solution designed to eliminate reactive power penalties, suppress harmonics, and stabilize voltage in real-time.
With our proprietary Dual-core DSP+FPGA processing and SiC MOSFET technology, Hertzkron delivers the most reliable and efficient power correction on the market.
1. Unmatched Versatility: Two Strategic Form Factors
Hertzkron engineering focuses on flexibility. We provide two distinct structural designs to ensure a perfect fit for any installation environment:
Modular Rack-Mount (Standard 19-inch): Engineered for integration. These modules are designed for high-density power distribution cabinets. They allow for hot-swappable maintenance and easy parallel expansion—start with 50kVar and scale up to MVar levels as your facility grows.
Wall-Mounted Chassis: The ideal choice for decentralized compensation. Its compact footprint allows for installation directly near sensitive loads (like large motors or HVAC units). It’s the perfect "plug-and-play" retrofit for existing plants with limited floor space.
2. Comprehensive Capacity Range
Whether you are managing a small commercial building or a massive industrial complex, Hertzkron has the precise "size" you need:
Available Capacities: 20kVar | 25kVar | 30kVar | 50kVar | 75kVar | 100kVar | 150kVar
3. Advanced Technical Core & Performance
High-Speed Dynamic Response
Unlike traditional capacitor banks, Hertzkron SVG uses active inverter technology.
Response Time: Dynamic response in < 5ms and instantaneous calculation in < 100μs.
Precision: It tracks load changes in real-time, providing exact compensation without over-correction or under-correction.
Next-Gen SiC (Silicon Carbide) Technology
Hertzkron utilizes SiC MOSFET/IGBT hybrid inverter bridges.
Efficiency: Overall system efficiency reaches ≥ 98%.
Thermal Management: Lower switching losses mean less heat and a longer lifespan for internal components.
Three-in-One Power Cleaning
Reactive Power: Stepless bidirectional compensation from -1.0 to +1.0 (Lagging and Leading).
Harmonic Mitigation: Actively detects and cancels 2nd to 50th order harmonics (Efficiency > 95%).
Unbalance Correction: 100% correction for three-phase current unbalance, protecting your transformers from neutral line overheating.
4. Intelligent Control & Connectivity
Smart HMI: Each unit features a 7-inch High-Resolution Color Touchscreen. Monitor your THDi, Power Factor, and Waveforms in real-time with a single touch.
Protocol Support: Built for the Industry 4.0 era. Full integration with RS485, Modbus RTU, Ethernet, and CAN bus for remote monitoring via SCADA or Cloud platforms.
Forced Air Cooling: Intelligent variable-speed fans ensure the system stays cool while maintaining an ultra-low noise profile of < 65dB.
5. Solving Your Industry Challenges
Manufacturing: Prevent CNC machine resets and tool damage caused by voltage dips.
Data Centers: Ensure clean power for high-density server racks and UPS systems.
Hospitals: Protect sensitive MRI and imaging equipment from harmonic interference.
Renewable Energy: Stabilize the grid tie-point for Solar/Wind sites to meet utility requirements.







