Engineered Excellence in Medium Voltage Power Distribution
Comprehensive range of MV Switchgears from 3.3kV to 36kV, delivering safe, reliable, and efficient power distribution solutions for critical infrastructure
HTS Switchgears P Limited offers a complete portfolio of Medium Voltage Switchgears designed to meet the most demanding power distribution requirements.
Our MV solutions include Indoor Metal Clad VCB Switchgear, Outdoor Switchgear, Ring Main Units (RMU), and SF6 Gas Insulated Switchgear.
Manufactured in compliance with IEC and IS standards, our MV products are engineered for superior performance, safety, and longevity.
VCB Panel
A VCB Panel is a medium voltage switchgear panel that uses a Vacuum Circuit Breaker (VCB) to interrupt and isolate electrical faults. Vacuum interrupters provide fast arc extinction, high dielectric strength, and reliable fault protection in systems typically ranging from 3.3 kV to 33 kV. VCB panels are designed to ensure operational safety, fault isolation, and uninterrupted power supply in critical installations.
What is a VCB Panel?
A VCB Panel is a medium voltage switchgear panel that uses a Vacuum Circuit Breaker (VCB) to interrupt and isolate electrical faults. Vacuum interrupters provide fast arc extinction, high dielectric strength, and reliable fault protection in systems typically ranging from 3.3 kV to 33 kV. VCB panels are designed to ensure operational safety, fault isolation, and uninterrupted power supply in critical installations.
What are the applications of VCB?
- Industrial power distribution systems
- Utility substations
- Transformer protection
- Motor control and feeder panels
- Infrastructure and renewable energy installations ( wind/solar/Hydro)
Why Industry Leaders Choose HTS Switchgears P Limited
Delivering measurable value across industries
Zero fire risk with vacuum interruption technology
Arc-resistant construction options protect personnel
Fail-safe interlocking mechanisms prevent operational errors
Segregated compartments minimize fault propagation
Advanced protection relays ensure rapid fault detection
Comprehensive safety certifications and compliance
Minimal maintenance requirements reduce operational costs
Extended service life (25+ years) ensures long-term value
Fast installation and commissioning minimize downtime
User-friendly operation with clear indication and controls
Hot-swappable components enable quick maintenance
Remote monitoring capabilities for proactive maintenance planning
Scalable architecture allows for easy capacity expansion
Modular design supports emerging grid technologies
Smart-ready platforms for Industry 4.0 integration
Energy-efficient design reduces carbon footprint
Digital twin compatibility for advanced simulation and planning
Retrofit-ready design protects your infrastructure investment
Lower total cost of ownership through reduced maintenance
High operational availability maximizes productivity
valuable real estate
Standardized designs reduce spare parts inventory
Reduced insurance premiums through enhanced safety features
Optimized energy efficiency lowers operational costs
Product Highlights
- Vertically Integrated Manufacturing: Complete in-house production ensures consistent quality and faster delivery
- Type-Tested Designs: All products fully tested as per IEC 62271-100/200 standards
- Superior Interrupting Capacity: Up to 40kA fault level capability
- Advanced VCB Technology: Long electrical and mechanical life (30,000+ operations)
Technical
Excellence
Innovation
& Quality
- Eco-Friendly Solutions: SF6-free options and RoHS compliant materials
- Smart Monitoring Ready: Compatible with digital protection and SCADA integration
- Customization Capability: Tailor-made solutions for specific project requirements
- Proven Track Record: Successfully deployed in 500+ installations across India
Safety
Standards
- Internal Arc Classification up to IAC AFLR 25kA, 1s
- IP42/IP54 degree of protection options
- Mechanical and electrical interlocks as per IEC standards
- Comprehensive protection against overload, short-circuit, and earth faults