HT Panel

Approx. Rs 1,60,000 / PieceGet Latest Price

Product BrochureProduct Details:

An 11kV Lucy RMU (Ring Main Unit) is a compact, sealed, and factory-assembled switchgear unit used in medium-voltage (MV) electrical distribution networks, typically operating at 11 kilovolts. RMUs are crucial for urban, industrial, and utility power distribution applications, where reliability, safety, and space efficiency are important.

�� General Description of 11kV Lucy RMU �� Typical Configuration

Lucy RMUs come in various module configurations, such as:

• T2 Configuration: 2 x load break switches + 1 x vacuum circuit breaker (VCB)

• T3 Configuration: 3 switch compartments (varied mix of LBS/VCB)

• T1 or CPT (Customer-Prefabricated Type)

Each module may include:

• Load Break Switch (LBS): For switching under load

• Vacuum Circuit Breaker (VCB) or SF6 Circuit Breaker: For fault protection

• Busbar: Connects the switchgear units

• Cable Terminations: For incoming/outgoing power cables

• Earthing Switch: For safety during maintenance

• Protection Relays: For overcurrent, earth fault, etc.

⚙️ Key Technical Specifications ��️ Benefits of Lucy 11kV RMU

• Compact footprint – ideal for space-constrained areas

• Maintenance-free SF₆ sealed design (or low-maintenance)

• High reliability and safety

• Fast switching and fault clearance

• Remote operation (SCADA-ready) in advanced models

• Internal arc tested for personnel safety

�� Applications

• Urban and rural distribution substations

• Compact substations and kiosks

• Renewable energy integration

• Commercial complexes, malls, and IT parks

• Industrial facilities

Approx. Rs 1,60,000 / PieceGet Latest Price

Product BrochureProduct Details:

The Lucy 11 kV Vacuum Circuit Breaker (VCB) is a high-performance, medium-voltage switching device designed for safe, reliable, and efficient control of electrical power in distribution networks. It is commonly integrated within Ring Main Units (RMUs) or modular switchgear panels used in 11 kV systems.

Key Features:

• Rated Voltage: Up to 12 kV (suitable for 11 kV networks)

• Rated Current: Typically 630 A to 1250 A

• Breaking Capacity: Up to 25 kA

• Technology: Vacuum interrupter—sealed for life, maintenance-free

• Construction: Compact, modular, often housed in SF₆-insulated RMUs

• Operation: Manual or motorized with provision for SCADA/remote control

• Safety: Fully interlocked design with internal arc protection

Applications:

• Utility substations

• Industrial power distribution

• Compact secondary substations

• Commercial and infrastructure projects

Advantages:

• High reliability and long service life

• Minimal maintenance requirements

• Fast interruption with low arc energy

• Compact design suitable for indoor and outdoor use

• Compatible with automation and protection systems

Approx. Rs 1,60,000 / PieceGet Latest Price

Product BrochureProduct Details:

An 11 kV Vacuum Circuit Breaker (VCB) is a medium-voltage switchgear device used to interrupt and isolate electrical circuits in power systems operating at 11 kilovolts (kV). It uses a vacuum as the arc-extinguishing medium, which is highly effective for interrupting fault currents with minimal wear and tear.

⚡ 11 kV Vacuum Circuit Breaker (VCB) – Overview �� What is it?

A Vacuum Circuit Breaker interrupts current flow in medium-voltage systems using vacuum interrupters. When contacts separate inside the vacuum, the arc that forms is quickly extinguished due to the lack of ionizable gas.

�� Key Components ⚙️ Technical Specifications (Typical) ✅ Advantages

• High reliability and long life

• Minimal maintenance (no gas or oil)

• Compact size

• Fast operation and arc quenching

• No environmental hazard (unlike SF₆)

�� Applications

• Power utilities (distribution substations)

• Industrial plants

• Renewable energy integration (solar, wind farms)

• Commercial buildings with medium-voltage requirements

�� Standards

• IEC 62271-100 – High-voltage switchgear and controlgear: AC circuit-breakers

• IS 13118 – Indian standard for high-voltage AC circuit breakers

• IEEE C37.04 & C37.06 – Standards for rating structure and application

Approx. Rs 2,90,000 / PieceGet Latest Price

Product BrochureProduct Details:

A 33 kV Vacuum Circuit Breaker (VCB) is a medium-voltage switchgear device designed to protect and control electrical power systems at a voltage level of 33 kilovolts. It interrupts fault currents and isolates equipment during abnormal conditions, using vacuum interrupters as the arc-quenching medium.

⚡ 33 kV Vacuum Circuit Breaker – Overview �� What is a VCB?

A Vacuum Circuit Breaker extinguishes the electrical arc that forms when contacts separate within a sealed vacuum chamber. At 33 kV, these are commonly used in substations, industrial networks, and renewable energy plants.

�� Key Components ⚙️ Typical Technical Specifications ✅ Advantages of 33 kV VCB

• No arc re-ignition due to vacuum environment

• Maintenance-free interrupters

• Environmentally friendly (no SF₆ gas)

• Compact and modular design

• High mechanical and dielectric strength

• Fast operation with minimal wear on contacts

�� Common Applications

• 33/11 kV substations (utility distribution)

• Renewable energy systems (solar, wind)

• Large industrial loads (mines, steel plants, oil & gas)

• Ring Main Units (RMUs)

• Urban power grids

�� Relevant Standards

• IEC 62271-100 – High-voltage switchgear and controlgear: AC circuit-breakers

• IS 13118 – Indian standard for HV AC circuit breakers

• IEEE C37 series – US-based circuit breaker standards

�� Types of 33 kV VCB Panels

1. Outdoor Type:

   • Pole-mounted or yard-mounted.

   • Weatherproof enclosure (IP55/IP65).

   • Suitable for remote or rural locations.

2. Indoor Type:

   • Metal-clad or metal-enclosed switchgear.

   • Suitable for substations and control rooms.

   • Safer and more accessible for maintenance.

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

A Vacuum Circuit Breaker (VCB) is a type of switchgear used to protect and control electrical power systems by interrupting fault currents. It is widely used in medium-voltage applications due to its high reliability, low maintenance, and excellent arc-quenching properties.

Key Features:

• Vacuum Interruption Technology: Utilizes vacuum as the arc-quenching medium, ensuring minimal arc energy and rapid arc extinction.

• High Dielectric Strength: Vacuum offers superior insulation, making the VCB ideal for compact installations.

• Long Electrical Life: Capable of thousands of operations with minimal wear, ideal for frequent switching duties.

• Maintenance-Free Interrupters: The sealed vacuum interrupter design requires no routine maintenance, reducing downtime and operating costs.

• Environmentally Friendly: Contains no greenhouse gases like SF6, making it a sustainable choice.

• Compact Design: Optimized footprint suitable for indoor and panel-mounted configurations.

Applications:

• Medium-voltage switchgear (typically 3.3kV to 36kV)

• Industrial plants and factories

• Commercial buildings and infrastructure

• Utility substations and power distribution networks

• Renewable energy systems (wind, solar)

Approx. Rs 5,00,000 / PieceGet Latest Price

Product BrochureProduct Details:

22kv ring main unit (RMU) is three phases, AC 50Hz with rated operating voltage 22kv, mainly used in power plants, small and medium generator, power transmission, industrial and mining enterprises, power distribution and power systems.

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

A 22 kV Vacuum Circuit Breaker (VCB) from Lucy Electric is a key protection device used in medium-voltage power distribution networks. It interrupts fault currents and switches loads safely under normal and abnormal conditions.

Lucy Electric integrates its 22 kV VCBs primarily within its Ring Main Units (RMUs) and modular switchgear systems, offering both standalone and panel-integrated solutions.

⚡ Lucy 22 kV Vacuum Circuit Breaker – Overview �� Typical VCB Module in RMU

VCB modules in Lucy RMUs include:

• Vacuum interrupter: For arc extinction

• Operating mechanism: Spring-charged (manual/motorized)

• Trip coil and close coil

• Protection relay: Overcurrent and earth fault (optional: numerical or microprocessor-based)

• CTs/VTs: Current and voltage transformers (for metering/protection)

• Earthing switch: Interlocked for safety

�� Technical Features ��️ Protection Options

• Relay Types:

  • Electromechanical (basic)

  • Numerical/microprocessor-based (advanced)

• Protection Functions:

  • Overcurrent

  • Earth fault

  • Trip test, auto-reclose, under-voltage (optional)

�� Applications

• Indoor/outdoor RMUs in 22 kV networks

• Renewable energy switchyards

• Compact substations (CSS)

• Transformer protection (ring-fed or radial)

• Commercial/industrial substations

• Utilities and power distribution companies

�� Available Resources

Would you like one or more of the following?

• �� Datasheet / Catalog (PDF)

• �� General Arrangement Drawing (DWG, PDF)

• �� Wiring Diagram / Schematic

• �� Protection relay integration guide

• �� Technical comparison with other brands (ABB, Siemens, Schneider)

Approx. Rs 3,25,000 / PieceGet Latest Price

Product BrochureProduct Details:

The ABB Vacuum Circuit Breaker is a state-of-the-art medium-voltage circuit breaker designed for reliable performance, safety, and sustainability in modern power systems. Leveraging ABB’s global leadership in electrical engineering, these VCBs are ideal for a wide range of indoor applications in distribution networks.

Key Features:

• Advanced Vacuum Interruption: Uses ABB’s proprietary vacuum interrupter technology to ensure fast and safe arc quenching with minimal contact erosion.

• Compact & Modular Design: Space-saving construction enables easy integration into metal-clad switchgear and modular panel systems.

• High Operational Life: Designed for thousands of mechanical and electrical operations, ensuring long service life and reduced maintenance.

• Safety & Reliability: Built-in interlocking mechanisms, internal arc withstand capabilities, and compliance with global standards (IEC, ANSI).

• Environmentally Responsible: SF6-free technology supports eco-friendly power distribution.

• Digital Compatibility: Ready for smart grid applications with integration options for monitoring and control via SCADA and ABB’s digital switchgear solutions.

Popular ABB VCB Models:

• VD4: Widely used indoor vacuum circuit breaker for 12–40.5kV systems, known for high performance and reliability.

• VB2 Plus: Compact solution for secondary distribution networks.

• Emax 2 (with VCB modules): Advanced protection and control for low to medium-voltage systems.

Applications:

• Power distribution in utilities and substations

• Industrial facilities and factories

• Infrastructure and commercial buildings

• Renewable energy integration (solar, wind farms)

• Smart grid and automation systems

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

A 22 kV RMU (Ring Main Unit) from Lucy Electric is a medium-voltage switchgear product designed for safe, reliable, and efficient power distribution at 22,000 volts (22 kV). It's commonly used in secondary distribution networks, industrial facilities, commercial complexes, and utilities where compactness and reliability are key.

⚡ Lucy Electric 22 kV RMU – Overview �� Typical Module Options

Lucy RMUs are modular. A typical 22 kV RMU setup may include:

• LBS Module (Load Break Switch) – For switching under load

• VCB Module (Vacuum Circuit Breaker) – For protection (fault clearing)

• Metering Module – For energy metering

• Busbar Coupler – For connecting multiple RMUs

• Earthing Switches – For safety during maintenance

�� Key Technical Features �� Advantages of Lucy 22 kV RMU

• Compact design – ideal for space-constrained areas

• Maintenance-free sealed SF₆ or solid dielectric insulation

• Highly reliable for underground or surface substations

• Internal arc tested for operator safety

• Long service life (>30 years with minimal maintenance)

• Expandable and modular

• Remote monitoring/control via SCADA

�� Applications

• Medium voltage secondary distribution networks

• Utilities (state electricity boards, private DISCOMs)

• Renewable energy (solar/wind substations)

• Industrial zones and special economic zones (SEZs)

• Airports, metros, commercial buildings

• Ring network and radial distribution systems

�� Documentation Available

I can provide:

• Datasheet (PDF or specs)

• Wiring diagram / SLD

• Comparison with other RMUs (ABB, Siemens, Schneider)

• Installation manual

Would you like any of these? Or are you looking for pricing, tender specs, or drawing formats (DWG, PDF)?

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

HT Panel
Vacuum circuit breakers, also known as VCBs, use a vacuum to extinguish the arc created when the circuit is tripped and the contacts move apart. VCBs work quickly and effectively, making them a solid choice for medium- and high-voltage systems.

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

An HT Panel (High Tension Panel) is an electrical distribution panel designed to handle and distribute high voltage power, typically above 1,000 V and up to 33 kV. It controls, protects, and monitors high voltage electrical equipment and feeders in industrial and utility installations.

Key Features:

• Voltage Level: Typically between 3.3 kV to 33 kV (Medium Voltage range)

• Components: Includes Vacuum Circuit Breakers (VCBs), SF₆ Circuit Breakers, CTs, PTs, relays, isolators, busbars, and metering devices

• Function: Controls incoming high voltage power and distributes it safely to transformers, substations, or other equipment

• Construction: Robust metal enclosure with high insulation and safety interlocks, designed for indoor/outdoor use

• Protection: Overcurrent, earth fault, differential protection, and arc flash protection

Applications:

• Power generation plants

• Substations and transformer yards

• Heavy industries and manufacturing plants

• Large commercial complexes and infrastructure projects

Benefits:

• Safe and reliable control of high voltage power

• Protection of electrical equipment and personnel

• Facilitates monitoring and automation via SCADA integration

• Designed for high durability and minimal maintenance

Approx. Rs 7,000 / PieceGet Latest Price

Product BrochureProduct Details:

An Electrical Feeder Panel is a type of distribution panel used to manage and protect multiple electrical circuits from a single incoming power source. It distributes power to various sub-panels, machines, or loads and includes protective devices like circuit breakers or fuses.

Key Features:

• Receives power from a main panel or transformer.

• Distributes power to multiple feeders (outgoing circuits).

• Equipped with MCBs, MCCBs, or isolators for protection.

• May include meters, indicators, and surge protection.

• Built using MS powder-coated enclosures for durability.

Applications:

• Industrial plants

• Commercial buildings

• Residential complexes

• Infrastructure (e.g., airports, hospitals, malls)

Benefits:

• Centralized power management

• Protection from overloads and short circuits

• Easier maintenance and system expansion

• Customizable for specific load and circuit requirements

Approx. Rs 1,50,000 / PieceGet Latest Price

Product BrochureProduct Details:

Capacitor Panels are essential components in electrical distribution systems, used to improve power factor, enhance energy efficiency, and reduce reactive power demand. Available in both Single Phase and Three Phase configurations, these panels house power capacitors and associated switching/protection equipment, tailored to the specific requirements of the load and system.

Single Phase Capacitor Panel

Description:

A Single Phase Capacitor Panel is designed to improve the power factor in single-phase electrical systems, commonly used in residential, commercial, and light industrial applications. It is a compact and cost-effective solution for loads with a consistent power factor demand.

Key Features:

• Suitable for 230V single-phase systems

• Fixed or switchable capacitor banks

• Compact and wall-mounted design

• High-quality dry or oil-filled capacitors

• Fuses or MCB protection for safety

• Ideal for motors, pumps, and small machinery

Applications:

• Small commercial shops

• Residential complexes

• Standalone HVAC systems

• Agricultural pump sets

Three Phase Capacitor Panel

Description:

A Three Phase Capacitor Panel is designed for larger, more complex power systems typically found in industrial and commercial environments. It provides automatic or manual switching of capacitor banks to maintain a high power factor under varying load conditions.

Key Features:

• Suitable for 400V / 415V three-phase systems

• Fixed, automatic (APFC), or detuned configurations

• Intelligent power factor controller with real-time monitoring

• High-quality MPP (metalized polypropylene) capacitors

• Optional detuned reactors for harmonic environments

• Available in indoor (IP42/IP54) and outdoor (IP55) enclosures

Applications:

• Industrial plants and factories

• Commercial buildings and malls

• Hospitals and institutions

• Data centers and HVAC systems

• Motor control centers (MCCs)

Benefits of Capacitor Panels:

• Improves power factor to avoid utility penalties

• Enhances energy efficiency and reduces electricity bills

• Prolongs the life of electrical equipment

• Reduces transformer and generator loading

• Stabilizes voltage and system performance

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

The CG Lucy SF6 Ring Main Unit (RMU) is a compact, fully enclosed switchgear solution designed for medium-voltage power distribution networks. It is ideal for use in urban, industrial, and commercial settings where space, reliability, and safety are critical.

Key Features:

• SF6 Insulated: The unit uses sulfur hexafluoride (SF6) gas insulation, which ensures high dielectric strength and compact design.

• Modular Configuration: Available in various configurations (switch-fuse combination, circuit breaker, isolator modules) to suit different application needs.

• Compact & Maintenance-Free: Sealed-for-life system minimizes maintenance and enhances operational reliability.

• Enhanced Safety: Internal arc classification, interlocking features, and earth switch mechanisms provide robust personnel and equipment protection.

• Smart Grid Ready: Compatible with SCADA systems for remote monitoring and control, supporting automation in power distribution networks.

• High Performance: Rated up to 24kV and 630A with high fault withstand capability.

Applications:

• Secondary power distribution networks

• Urban and industrial substations

• Wind and solar energy installations

• Infrastructure and commercial developments

Approx. Rs 9,30,000 / PieceGet Latest Price

Product BrochureProduct Details:

A Ring Main Unit (RMU) is a compact, sealed, and insulated switchgear unit used in medium-voltage (MV) power distribution networks, typically ranging from 11kV to 36kV. It plays a crucial role in urban electrical distribution, industrial facilities, and renewable energy systems, where space, safety, and reliability are essential.

🔧 Main Functions of an RMU

1. Switching & Protection: Controls power flow and protects equipment during faults.

2. Ring Configuration: Ensures continuous power supply even when one feeder is offline.

3. Fault Isolation: Allows isolation of faulty sections without affecting the rest of the network.

4. Compact Design: Saves space, ideal for urban and industrial applications.

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

An Indoor Vacuum Circuit Breaker (VCB) Panel is a key component of medium-voltage switchgear systems, designed for the protection, control, and isolation of electrical equipment in indoor power distribution networks. It uses vacuum interrupters to safely and efficiently interrupt fault currents, making it an ideal choice for modern substations, industrial facilities, and commercial buildings.

Key Features:

• Vacuum Interruption Technology: Uses vacuum interrupters for reliable arc quenching with minimal wear and maintenance.

• Rated Voltage Range: Typically available in 11kV, 22kV, and 33kV ratings.

• High Short Circuit Withstand Capacity: Designed to handle high fault currents (up to 25kA or more).

• Compact & Modular Design: Space-saving construction with front access for operation and maintenance.

• User-Friendly Interface: Integrated with local/remote control options, mimic diagrams, and metering/relay panels.

• Safety Interlocks: Mechanical and electrical interlocks ensure safe operation and prevent incorrect sequencing.

• Built-In Protection Relays: Equipped with numerical or electromechanical relays for overload, earth fault, and short-circuit protection.

• SCADA Compatible: Optional communication interfaces for integration with remote monitoring and automation systems.

Construction Types:

• Metal Clad Switchgear (MC) – Fully enclosed, segregated compartments for enhanced safety

• Metal Enclosed Switchgear (ME) – Compact units with shared compartments

• Fixed or Draw-Out Type – Flexibility for different installation and maintenance requirements

Applications:

• Industrial plants and factories

• Utility substations and distribution networks

• Commercial complexes and infrastructure projects

• Hospitals, malls, data centers, and institutions

• Renewable energy (solar/wind) switchyards

Standards & Compliance:

• Designed and tested according to IEC 62271-100, IS 13118, IS 3427, and other relevant national/international standards.

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

An ABB Ring Main Unit (RMU) is a compact, sealed, medium-voltage switchgear module—engineered for safety, reliability, and minimal maintenance. Gas-insulated and modular, it supports smart-grid features and finds use in distribution networks, substations, and industrial facilities.

Approx. Rs 2,70,000 / PieceGet Latest Price

Product BrochureProduct Details:

An SF₆ VCE Breaker combines two advanced technologies:

• SF₆ gas insulation — encloses switching components within a stainless-steel tank filled with sulfur hexafluoride for superior dielectric strength and compactness.

• Vacuum interrupters — used for actual circuit switching, these are hermetically sealed, maintenance-free devices that extinguish arcs quickly and efficiently.

This hybrid design enables the breaker to operate safely within a compact, modular, and extensible switchgear configuration.

Key Features (Based on Industry Examples)

• Voltage & Current Ratings: Designed for system voltages up to approximately 24 kV with typical current ratings up to 630 A.

• Extensible/Modular Design: Available in non‑extensible, extensible, and fully modular configurations, often with optional metering capabilities 

• Compact & Sealed Construction: Switching functions housed in robotically welded SF₆‑filled tanks, designed to be sealed-for-life, ensuring long-term reliability 

• Enhanced Safety & Operation:

  • IP54 rating ensures weatherproof operation for outdoor installations without a kiosk.

  • Includes interlocks and provisions like padlocking, plus arc fault classification in line with IEC 62271 safety standards 

• Smart Features:

  • Some models include motorized actuators and SCADA-compatible interfaces for remote monitoring and operation.

  • Optional integrated metering, test facilities, and time‑lag fuse (TLF) or relay protection options enhance functionality 

How It Works

• The vacuum interrupter performs the actual switching, extinguishing arcs rapidly within a sealed vacuum environment—this provides low maintenance and long operational life 

• The surrounding SF₆ enclosure adds robust insulation and structural stability, enabling compact design and reduced maintenance compared to traditional air-insulated gear.

Benefits at a Glance