60 kvar capacitor bank
2. Reduce network loss, high efficiency and energy saving;
3. Control harmonics of the system or control harmonics according to user requirements;
4. Reduce reactive current, save transformer capacity cost, improve transformer output.
5. Voltage priority control, the voltage regulation function of the capacitor can be used to improve the voltage pass rate.
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Product Introduction
60 kVAR Capacitor Bank - Professional Power Factor Correction Solution
Product Introduction
Looking to improve your facility's power efficiency? Our 60 kvar capacitor bank delivers exceptional reactive power compensation for industrial and commercial applications. This premium electrical component provides 60 kilovars of capacitive reactive power to your AC electrical network. You'll experience significant improvements in power factor correction while reducing energy costs.
Our capacitor banks feature advanced metallized polypropylene film technology with self-healing properties. They automatically compensate for load reactive power and improve your system's power factor. You get reliable performance that reduces network losses and maximizes energy efficiency. The intelligent design helps control system harmonics according to your specific requirements.
With voltage priority control functionality, you can utilize the capacitor's voltage regulation capabilities. This improves voltage pass rates throughout your electrical system. The result is enhanced transformer output and reduced reactive current flow.
Technical Specifications
| Parameter | Specification |
|---|---|
| Reactive Power | 60 kVAR |
| Rated Voltage (Un) | 400V - 525V |
| Frequency | 50/60 Hz |
| Capacitance Tolerance | -5% to +10% |
| Dissipation Factor | ≤0.2W/kvar |
| Temperature Class | Category D (55°C continuous) |
| Discharge Time | <50V within 60 seconds |
| Standards Compliance | IEC 60831-1/2, UL 810 |
| Dielectric Material | Metallized Polypropylene (MKP) |
| Protection | Overpressure disconnector, internal fuses |
Main Features and Advantages
Self-Healing Technology: Advanced MKP film construction ensures continued operation after localized dielectric breakdown. Your system maintains reliability even under challenging conditions.
Low Loss Design: Minimal heat generation with dissipation factors under 0.2W/kvar. You save energy while extending equipment lifespan.
Safety Protection: Built-in overpressure tear-off guarantees and internal fuses provide comprehensive protection. Discharge resistors ensure safe handling during maintenance.
Robust Construction: Gas-filled or resin-encapsulated aluminum casing withstands harsh industrial environments. Temperature resistance up to 55°C continuous operation.
Precise Performance: Tight capacitance tolerance ensures consistent reactive power delivery. You get predictable power factor correction results.
Practical Applications
Automatic Power Factor Correction Panels: Perfect for heavy manufacturing facilities like steel mills and automotive plants. Our 60 kvar capacitor bank serves as primary switching steps in APFC systems. They automatically respond to load fluctuations while maintaining target power factors above 0.95.
Detuned Filter Systems: Ideal for facilities with extensive Variable Frequency Drives and non-linear loads. When paired with detuned reactors, these units prevent harmonic resonance while providing power factor correction.
Transformer Compensation: Excellent for mining and infrastructure applications. Fixed installation at transformer secondary sides releases kVA capacity and improves voltage regulation over long cable runs.
Industrial Motor Compensation: Compensates for inductive reactance from heavy motors and machinery. Reduces utility penalty charges while improving overall system efficiency.
How It Works
The capacitor bank injects capacitive reactive power to offset inductive loads in your electrical system. When motors and transformers create inductive reactance, our unit supplies the necessary reactive power locally.
This process relieves your utility grid and transformers from carrying non-working current. The result is improved power factor, reduced energy costs, and enhanced system capacity.
Smart controllers monitor your power factor in real-time. They automatically switch capacitor steps on or off to maintain optimal power factor levels. You get dynamic compensation that adapts to changing load conditions.
Manufacturing Excellence
Our production facility maintains strict quality control protocols following IEC 60831 standards. Every 60 kvar capacitor bank undergoes comprehensive testing before shipment.
We perform dielectric strength tests using 2.15 times rated voltage to verify insulation integrity. Capacitance and loss angle measurements ensure precise reactive power delivery. Thermal stability testing confirms reliable performance under maximum operating temperatures.
Our experienced engineering team uses premium materials and advanced manufacturing processes. Quality management systems ensure consistent product performance and reliability.
Why Choose Us
Xi'an Xikai Medium and Low Voltage Electric Co., Ltd. brings decades of electrical equipment expertise. We specialize in medium and low voltage power distribution solutions with proven track record.
Our comprehensive product range covers switchgear, transformers, and power electronics. With ISO9001, ISO14001, and OHSAS18001 certifications, we maintain the highest quality standards.
You receive complete system solutions backed by professional technical support. Our products meet national and international standards while delivering exceptional value.
We provide customized solutions tailored to your specific requirements. Our technical team works closely with you to optimize power factor correction for your facility.
FAQ
Q: What lifespan can I expect from the capacitor bank?
A: Under rated conditions, expect 100,000 to 130,000 operating hours. Proper voltage management is crucial for maximum lifespan.
Q: How does voltage variation affect performance?
A: Reactive power output varies with voltage squared. Lower voltages reduce effective kvar output proportionally.
Q: What spacing is required for installation?
A: Maintain 20-30mm spacing between units for proper thermal management. Ensure adequate enclosure ventilation.
Q: Can I use this in high harmonic environments?
A: For environments with THDv >5%, use detuned versions with harmonic blocking reactors to prevent resonance issues.
Q: How do I verify proper operation?
A: Measure phase currents during operation. A properly functioning unit should draw approximately 86.6 Amps at 400V.
Contact Us
Ready to improve your facility's power factor with our premium capacitor banks? Our technical team is here to help you select the right solution for your application.
For technical specifications, pricing, or custom solutions, contact us today:
Email: serina@xaxd-electric.com
Let us help you reduce energy costs and improve system efficiency with our reliable power factor correction solutions.
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