GS Control Pvt. Ltd.
HT Panel

HT (High Tension) panel is a metal-enclosed electrical switchboard designed to receive and distribute high-voltage electricity, typically ranging from 3.3 kV to 33 kV. These panels are critical in substations, industries, and large commercial buildings for controlling, protecting, and switching power supply through components like circuit breakers (VCB/SF6) and relays

Generator CB Panel
Generator CB Panel

Generator Circuit Breaker (GCB) Panel

The Generator Circuit Breaker (GCB) compartment provides on-line isolation in the main power circuit between the generator and generator transformer, utilizing either a vacuum or SF6 draw-out circuit breaker. The metal-enclosed switchgear compartment houses both control and protection system components, ensuring reliable operation.

Powergear has also designed mobile cubicles equipped with line-side and neutral-side bus bars, along with the Generator Circuit Breaker and metering/protection equipment. These mobile GCB cubicles are mounted on a trailer, making them ideal for short-term mobile power plants.

We Provide ABB Make Generator Circuit Breaker Panel

Features

  • Fully compartmentalized design
  • Draw-out and fixed types available
  • Vacuum or SF6 circuit breaker for fault disconnection
  • Non Draw-out and Draw-out type Potential Transformers
  • Operating aisle (if required)
  • Power connection via Busducts or cables
  • Optional fire protection system
  • Includes off-load isolators and Earth switches
  • Constructed with Aluminium or Copper conductors with silver-plated joints
  • Forced air-cooled option for higher current rating
  • Houses Current Transformers, Potential Transformers, Surge Arresters, Surge Capacitors, etc.

Ratings

  • Voltage: Up to 24 kV
  • Continuous Current: Up to 10,000 Amps
  • Short Circuit Ratings: Multiple options available
  • BIL: Up to 125 kV
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HT APFC Panel
HT APFC Panel

HT Automatic Harmonic Power Factor Correction Panel (HT AHPFC)

Our HT AHPFC Indoor Systems utilize high-quality FRAKO / CPSL capacitors and reactors. As a pioneer in advanced power correction solutions, we provide a complete tuned + detuned HT AHPFC scheme in collaboration with FRAKO Germany.

Designed to reduce losses at HT bus and prevent overcompensation, this panel enhances system stability by injecting reactive power in line with network load requirements. The process operates in auto mode using the advanced EMR 9606 AHPFC Relay.

Key Benefits

  • Advanced Technology: Uses FRAKO’s state-of-the-art components for optimized power correction.
  • Enhanced System Stability: Injects reactive power in auto mode for improved network load handling.
  • Customized Solutions: Designed to meet specific client requirements.

Features

  • Fully Automated Operations
  • Electrical Power Monitoring & Controlling
  • Steady Performance with Minimum Maintenance
  • Tuned/Detuned/Tapped Harmonic Filter Reactors
  • Tuned to 3rd, 5th, 7th, 11th, or 13th Order Harmonics
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VCB Panel
VCB Panel

Vacuum Circuit Breaker (VCB)


The 11/22/33KV Vacuum Circuit Breaker (VCB) Panel is designed for transformer protection, ensuring reliability and safety. Manufactured to meet strict industry standards, these panels are known for their superior quality and cost-effectiveness. VCB panels are available from original equipment manufacturers (OEMs) for new installations, repairs, retrofits, and upgrade projects.

How VCB Panels Work

A VCB panel is a type of circuit breaker where the arc quenching occurs in a vacuum environment. This technology is best suited for medium voltage applications. Although it can be used for higher voltages, it is not commercially viable.

Key Features & Materials

  • Utilizes CuCr (Copper Chromium) for electrical contacts, ensuring high performance.
  • Requires minimal maintenance compared to other relay control panels.
  • Ideal for industrial, commercial, and power distribution applications.

Why Choose VCB Technology?

VCB is one of the most trusted and reliable current interruption technologies in medium voltage switchgear. Engineers continue to enhance its efficiency and durability, making it a preferred choice for modern electrical systems.

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