SVG Reactor
2.altitude:1000m or less.
3. the highest monthly average relative humidity: 95% or less.
4. the highest temperature: +45 °C.
5. the lowest ambient temperature: -10 °C.
6. the maximum daily temperature difference: 25 °C.
7. seismic intensity: 8 degrees.
8. installation requirements: indoor.
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Product Introduction
SVG Reactor - Advanced Power Quality Solution for Grid Stability
Product Introduction
Looking for a reliable solution to maintain power quality in your electrical system? Our SVG Reactor is engineered specifically for Static Var Generator applications, delivering exceptional performance in demanding industrial environments. This specialized inductive component serves as the critical interface between IGBT-based power electronic inverters and electrical grids. Unlike standard reactors, our SVG Reactor handles high-frequency switching harmonics while ensuring smooth reactive power transfer. You can trust this advanced component to suppress current ripples, limit fault currents, and maintain grid code compliance in your power compensation systems.
Technical Specifications
| Parameter | Specification |
|---|---|
| Voltage Range | 0.4kV, 6kV, 10kV |
| Altitude | ≤1000m |
| Maximum Monthly Humidity | ≤95% |
| Maximum Operating Temperature | +45°C |
| Minimum Operating Temperature | -10°C |
| Maximum Daily Temperature Difference | 25°C |
| Seismic Resistance | 8 degrees |
| Installation Type | Indoor |
| Frequency Range | 50/60Hz + harmonics up to 10kHz |
| Linearity | Guaranteed up to 1.8x rated current |
Main Features and Advantages
Superior Harmonic Filtering
Our reactor effectively suppresses PWM switching harmonics from 2kHz to 10kHz, ensuring your system meets IEEE 519 compliance standards.
Enhanced Current Control
Precise current ripple suppression protects sensitive IGBT components while maintaining stable reactive power flow.
Robust Construction
Built with high-grade silicon steel cores and multiple air gaps to prevent magnetic saturation during peak compensation demands.
Thermal Management
Advanced VPI processing and Class H insulation provide reliable operation in harsh industrial environments.
Low Noise Design
Precision core clamping and double VPI treatment minimize audible noise from magnetostriction.
Practical Applications
Renewable Energy Integration
Perfect for solar and wind farm installations where voltage stabilization is critical. The reactor enables rapid response times under 5ms for grid fluctuations.
Heavy Industrial Operations
Ideal for arc furnaces, rolling mills, and metallurgical plants with rapidly changing loads and severe harmonic environments.
Data Centers
Ensures ultra-clean power delivery for sensitive equipment while maintaining high reliability standards.
How It Works
The reactor functions as a controlled current source interface, transforming voltage source inverters into precise reactive power compensation systems. It filters high-frequency switching noise while allowing bidirectional reactive power flow. The carefully designed inductance value maintains optimal current waveform quality without compromising system response time.
Manufacturing Excellence
Our manufacturing process follows strict quality control protocols. We utilize advanced core segmentation techniques and foil winding technology to minimize skin effects and distribute heat evenly. Each unit undergoes comprehensive testing to ensure long-term reliability in your critical applications.
Why Choose Us
With over decades of experience in medium and low voltage equipment, Xi'an Xikai delivers proven solutions that meet international standards. Our ISO9001 certified manufacturing ensures consistent quality. We provide comprehensive technical support and customization options to meet your specific application requirements.
FAQ
Q: What makes this reactor different from standard line reactors?
A: Our reactor is specifically designed for high-frequency PWM applications, featuring enhanced linearity and specialized core construction for SVG systems.
Q: Can you provide custom cooling solutions?
A: Yes, we offer water-cooled versions with hollow copper conductors for high power density applications.
Q: What is the expected service life?
A: With proper installation and maintenance, our reactors provide 20+ years of reliable operation in industrial environments.
Q: How do you ensure low noise operation?
A: We use precision core clamping and specialized bonding techniques to minimize vibration and acoustic emissions.
Contact Us
Ready to enhance your power quality system? Our technical team is here to help you select the optimal solution for your application. Contact us today to discuss your requirements and receive detailed specifications.
Email: serina@xaxd-electric.com
Get in touch with our experts to learn how our advanced reactor technology can improve your system reliability and performance.
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