High-Performance Power Factor Correction for Industrial Applications
Advanced High-Tension (HT) capacitors designed for individual and centralized power factor correction, harmonic filtering, and enhanced power quality across diverse industrial applications.
Our HT/HV Capacitors
Usha Capacitors offers a comprehensive range of High-Tension (HT) capacitors engineered for superior electrical performance in power factor correction (PFC), harmonic filtering, and voltage stability applications. Utilizing all-film dielectric technology with bi-axially oriented polypropylene film and laser-cut aluminum foil electrodes, our capacitors are impregnated with a non-PCB base fluid for enhanced reliability. Compliant with IS:13925-1994 and IEC-60871 standards, these capacitors are designed for both indoor and outdoor use, delivering up to 1000 kVAr per single-phase unit with a voltage range of 2.4 kV to 24 kV.
Key Features
- All-Film Dielectric: Bi-axially oriented polypropylene film (hazy on both sides, in two or three layers) with laser-cut aluminum foil electrodes for low dielectric losses (~0.1 W/kVAr).
- Non-PCB Impregnation: Environmentally safe fluid ensures reliability and compliance with RoHS standards.
- High Current Capacity: Supports continuous operation at 1.30 times the rated RMS current, excluding transients.
- Robust Construction: Welded bushings and solid terminal studs prevent fluid leaks; folded foil electrodes reduce partial discharge.
- Superior Connections: Extended foils are soldered for high-quality internal connections.
- Corrosion Protection: Oven-cured superior paint system for durability in harsh environments.
- Vacuum Impregnation: Minimizes humidity content for enhanced longevity.
- Temperature Range: Operates reliably from 5°C to 55°C.
- Standards Compliance: IS:13925-1994, IEC-60871, and ISO:9001-2015 certified.
Reliability
- Decreases voltage drop and improves voltage stability.
- Reduces network losses for enhanced energy efficiency.
- Improves power quality by mitigating harmonics and reactive power.
- Suitable for both indoor and outdoor applications.
- Delivers superior electrical performance with maximum output of 1000 kVAr per single-phase unit.
Applications
Individual Power Factor Correction:
Three-phase motors
Power transformers
Group power factor correction
Central Power Factor Correction: For all industrial and inductive loads
Dynamic PFC: Real-time power factor correction for fluctuating loads
Fixed Type Capacitor Banks: For stable load applications
Filter Application Systems: Harmonic mitigation in steel plants, wind mills, and solar power systems
SVC (Static Var Compensator) Applications: Voltage regulation in power systems
Industrial Sectors: Steel plants, wind mills, solar power, APFC systems, and other heavy industries
Technical Specifications
Voltage Range: 2.4 kV to 24 kV
Frequency: 50 Hz / 60 Hz
Maximum Output: 1000 kVAr (single-phase)
Dielectric Loss: ~0.1 W/kVAr
Current Capacity: 1.30 times rated RMS current for continuous operation
Temperature Range: 5°C to 55°C
Type: Non-self-healing
Standards: IS:13925-1994, IEC-60871
Enclosure: Corrosion-resistant, suitable for indoor/outdoor use
Why Choose Usha Capacitors?
With over 350 successful electrical turnkey projects delivered globally, Usha Capacitors is a trusted leader in energy management solutions. Our HT capacitors are designed and manufactured with advanced technology to ensure superior performance, reliability, and compliance with international standards. Backed by a team of 125+ professionals and state-of-the-art manufacturing facilities, we deliver customized solutions that optimize power quality and reduce operational costs. Contact us at delhi@ushacapacitors.com for specialized advice or tailored configurations.
USHA ELECTRIC POWER PVT. LTD
A-215/09, Ground Floor, Street No.1, Chawla Complex, Shakarpur, New Delhi – 110092, India
About Us
Usha Group, the first generation business entrepreneur with over two decades of experience in Electrical Capacitors and Electrical Turnkey Projects has achieved an exponential growth and success in the span of a very few years.

