Krisha Panel Builder

An HPCL Petrol Pump Panel with Star-Delta Starter, rated for 50 HP, is designed to efficiently control and operate three-phase motors for fuel dispensing systems. The panel initially starts the motor in star configuration to reduce inrush current and mechanical stress, then automatically switches to delta mode for full-load operation, ensuring smooth acceleration and longer motor life. It integrates MCCBs/MCBs, contactors, overload relays, timers, relays, and indicator lamps for safe and reliable operation. Housed in a robust, corrosion-resistant enclosure with organized wiring, the panel provides overload, short-circuit, and phase protection, delivering uninterrupted, efficient, and long-term performance for petrol pump motors and related equipment.

A Main LT Control Panel is a centralized low-tension electrical system designed to receive, control, and distribute three-phase power efficiently in industrial, commercial, and residential installations. It houses MCCBs/MCBs, contactors, relays, meters, copper busbars, and protection devices to ensure safe and reliable operation across multiple outgoing circuits. The panel provides overload, short-circuit, and earth-fault protection while allowing easy isolation, monitoring, and maintenance. Built in a robust enclosure with organized wiring and clear labeling, the Main LT Control Panel enhances electrical safety, supports load management, enables system expansion, and ensures uninterrupted power supply for machinery, lighting, HVAC systems, and critical infrastructure.

An LT Distribution Control Panel is a robust low-tension electrical system designed to manage and distribute three-phase power efficiently in industrial, commercial, and residential installations. It integrates MCCBs/MCBs, contactors, copper busbars, relays, meters, and protection devices to ensure safe and reliable power supply to multiple outgoing circuits. The panel provides overload, short-circuit, and earth-fault protection while allowing easy operation, isolation, and maintenance. Housed in a sturdy enclosure with organized wiring and clear labeling, LT distribution control panels enhance electrical safety, simplify load management, support future expansion, and ensure uninterrupted power for machinery, lighting, HVAC systems, and utility networks.

An LT Cubicle Panel Board is a robust low-tension electrical distribution unit designed to manage and control three-phase power in industrial, commercial, and residential installations. It houses MCCBs/MCBs, contactors, busbars, relays, meters, and protection devices to ensure safe, efficient, and reliable distribution of electricity to multiple outgoing circuits. The panel provides overload, short-circuit, and earth-fault protection while allowing easy isolation and maintenance. Built in a durable enclosure with organized wiring and clear labeling, LT cubicle panel boards enhance electrical safety, simplify load management, support future expansion, and ensure uninterrupted power supply to machinery, lighting, HVAC systems, and utility networks.

CPRI Approved LT Control Panels are high-quality low-tension electrical control systems certified by the Central Power Research Institute (CPRI) to ensure compliance with strict safety and performance standards. These panels are designed for industrial, commercial, and utility applications to control and distribute three-phase power efficiently. They integrate MCCBs/MCBs, contactors, relays, meters, protection devices, and structured wiring to safeguard equipment against overloads, short circuits, earth faults, and voltage fluctuations. Housed in robust enclosures, CPRI-approved LT control panels offer reliable operation, easy maintenance, enhanced safety, and long-term durability while meeting regulatory standards for dependable low-voltage power management.

We offer a DG + GEB Electrical Distribution Panel with outgoing MCB feeders, designed to safely distribute power from both the Generator (DG) and GEB/Mains supply.

The panel includes a manual or automatic changeover system, ensuring seamless switching between DG and Mains power sources.
It is built with high-quality MCBs, MCCBs, Isolators, Busbars and features a robust, powder-coated enclosure suitable for industrial environments.

This panel provides complete protection against overload, short-circuit, reverse power flow, and phase imbalance for all connected loads.

An Electrical Safety Panel is a specialized protection and control system designed to ensure the safe operation, monitoring, and isolation of electrical power circuits in industrial, commercial, and institutional facilities. The panel incorporates multiple protective devices and safety mechanisms to prevent electrical hazards such as overload, short circuit, earth leakage, arc flash, equipment damage, and personnel injury.

Electrical Safety Panels act as a centralized hub for fault detection, emergency disconnection, and safe power management, helping maintain high safety standards in environments where electrical risks are significant.

We manufacture and supply Compact Substation LT Panels designed for efficient and safe distribution of electrical power in CSS (Compact Substation) systems.
These LT panels are installed along with transformer + RMU/HT panel inside compact substations and provide a secure, robust, and efficient LT output distribution.

Our LT panel is fabricated using high-quality CRCA steel, equipped with ACB/MCCB/MCB, proper interlocking, protection relays, and a fully insulated copper busbar system.
The enclosure is powder-coated and available in IP42 / IP54 / IP55 as per project requirements.

• Designed specifically for Compact Substation (CSS)

• Heavy-duty ACB/MCCB as incomer

• Multiple outgoing feeder MCCBs/MCBs

• Fully insulated Copper/Aluminum busbar system

• Rugged MS/CRCA powder coated body

• High fault-current withstand capability

• IP42 / IP54 / IP55 degree of protection

• Digital metering, voltmeter, ammeter, energy meter (optional)

• Safety interlocks & earthing as per standards

• Complies with IS/IEC standards

• Easy maintenance, long service life

  Applications

  • Compact Substations (CSS)

  • Industrial Plants

  • Commercial Buildings

  • Substations & Utility Networks

  • Residential Layouts

  • Hospitals, Malls & Data Centers

  • Infrastructure Projects

A “Single Phase Power Distribution Panel” is an electrical panel / distribution board designed to receive single‑phase electric supply (phase + neutral + earth) and distribute that power safely to multiple circuits (lighting, sockets, small appliances, light machinery, etc.). 
It acts as a central point in a building or installation (home, office, small workshop, light industrial unit) that manages and protects the flow of electricity — instead of running direct wires from the meter to every load.  Other Components (Optional depending on model): Surge protection devices (SPD), meters/indicators (voltmeter, ammeter), main incoming switch, distribution blocks, neatly arranged wiring, DIN‑rail mounting, labels — depending on customer requirement. 

Manufacturers often customize these panels based on requirements — load capacity, number of outgoing circuits, safety / enclosure rating (e.g. IP rating for dust/water resistance), whether for indoor or outdoor, etc

An Outdoor Control Panel is a robust, weather-resistant electrical control and distribution unit designed for reliable operation in open, harsh, and exposed environments. Built with high-grade materials and protective features, the panel ensures safe control, monitoring, and power distribution for equipment installed outside buildings—such as pumps, motors, lighting systems, utilities, and infrastructure equipment.

These panels are engineered to withstand rain, sunlight, dust, humidity, corrosion, and temperature variations, making them ideal for long-term outdoor use.

An Industrial Power Distribution Panel (sometimes called Power Distribution Panel / Board / Distribution Board / PDP / LT Panel) is an electrical enclosure that receives power from a main source (e.g. transformer, generator, or mains) and distributes that power into multiple circuits or loads. 

It acts as a central hub for managing electricity supply across an industrial facility, commercial building, or other complex installations — ensuring each sub-circuit or load gets the needed supply, while offering safety, control, and monitoring. 

When you view a listing or product sheet (on IndiaMART or from a manufacturer in India), these are some common attributes you’ll see:

• Construction: Usually built of powder-coated mild steel (MS) or stainless steel (SS) enclosures for durability and safety.

• Voltage / Phase / Current Rating: Typical industrial panels are three-phase, 415 V (sometimes up to 440 V), designed to supply loads for medium to heavy duty industrial or commercial use. 

• Protection & Safety Devices: Includes circuit breakers (MCCBs, MCBs/ACBs), isolators, earth-leakage protection, surge protection, overload/short-circuit protection. 

• Busbar System: Copper or aluminium busbars for distributing power internally; rated for high current fault-levels and configurable based on load demands. 

• Modular / Customizable Design: Many manufacturers offer custom configurations so you can choose number of feeders, ways, busbars, metering systems, etc., depending on your requirement. 

• Enclosure Protection: IP ratings like IP42, IP54, IP55, IP65 — making panels suitable for indoor or outdoor environments (dust / water resistant, as required). 

• Monitoring & Metering (Optional): Some offer metering (voltage, current, power factor, energy consumption), and even provisions for remote monitoring / SCADA/BMS integration in larger systems.

We offer a high-performance Solar LT Distribution Panel specially designed for solar power plants to distribute AC output from solar inverters to various loads or the main grid.

The panel is built using premium LT switchgear components, ensuring maximum safety, efficiency and long operational life.
It comes with MCCB/MCB/Isolators, SPD, ACDB elements, and a fully protected busbar system as required for solar applications.

The enclosure is IP55/IP65 powder-coated for outdoor and rooftop installations and complies with IS/IEC standards.

An Electrical Busbar Panel is a robust power distribution unit designed to safely carry, distribute, and manage high electrical currents within industrial, commercial, and utility installations. It consists of copper or aluminum busbars mounted inside a sheet-steel enclosure and arranged to provide a compact, low-resistance path for electrical power distribution across various circuits and equipment.

The panel ensures efficient load sharing, reduced power losses, and reliable operation under heavy electrical demand. Built with high mechanical strength and superior insulation, the busbar system minimizes heating, prevents faults, and enhances overall system stability. Protective devices such as MCBs, MCCBs, fuses, and isolators may be integrated depending on the application.

Designed to meet relevant electrical standards, the busbar panel supports easy installation, safe operation, and simplified maintenance. It is suitable for factories, commercial buildings, substations, control rooms, and any environment requiring dependable and structured electrical power distribution.

An ATS (Automatic Transfer Switch) Control Panel rated at 400A is designed to ensure seamless and reliable power transfer between utility mains and standby generators during power outages. It continuously monitors voltage and frequency, automatically starting the DG set when mains fail and switching the load to the generator, then reverting once utility power is restored. The panel integrates MCCBs/ACBs, contactors, control relays, meters, timers, and indicators for safe and efficient operation. Housed in a robust enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, minimizes downtime, enhances electrical safety, and ensures uninterrupted power supply for industrial, commercial, and critical installations.

High-quality Soft Starter Panel designed for smooth motor starting, reduced inrush current, and enhanced equipment life. Ideal for industrial applications, offering reliable performance, energy efficiency, overload protection, and easy integration for motors, pumps, and compressors.

A Three Phase Star Delta Starter Control Panel for a 3 HP Motor (440 V) is designed to start and control small industrial motors efficiently while minimizing inrush current and mechanical stress. The panel initially connects the motor in star configuration during startup and automatically switches to delta mode for full-load operation, ensuring smooth acceleration and extended motor life. It integrates MCCBs/MCBs, contactors, overload relays, timers, relays, and indicator lamps for safe and reliable operation. Housed in a compact, robust enclosure with organized wiring, the panel provides overload, short-circuit, and phase protection, making it ideal for pumps, compressors, conveyors, and small machinery, delivering uninterrupted and efficient motor performance in industrial and commercial applications.

An ACB Distribution Panel rated at 3200A, 440V with a 50kA short-circuit capacity is a high-capacity low-tension power distribution system designed for main incomer and critical feeder applications in large industrial and commercial installations. It houses a heavy-duty air circuit breaker, copper busbars, metering instruments, protection relays, indication lamps, and control accessories for safe switching and system supervision. The panel ensures excellent overload and fault protection, selective tripping, and secure isolation during maintenance or emergencies. Built in a robust enclosure with proper ventilation and structured wiring, it supports continuous operation, enhances electrical safety, improves load management, and delivers dependable performance in demanding high-current electrical networks.

A Fully Automatic Star Delta Panel for a Three Phase 45 kW Motor (440 V) is designed to start and control industrial motors efficiently while reducing inrush current and mechanical stress. The panel automatically connects the motor in star configuration during startup and switches to delta mode for full-load operation, ensuring smooth acceleration and longer motor life. It integrates MCCBs/MCBs, contactors, overload relays, timers, relays, and indicator lamps for safe and reliable operation. Housed in a sturdy industrial enclosure with organized wiring, the panel provides overload, short-circuit, and phase protection, making it ideal for pumps, compressors, conveyors, and other medium-duty industrial applications, ensuring uninterrupted and efficient motor operation.

An MCC (Motor Control Center) Panel Board – Fixed Type, rated at 415 V and up to 5000 Amps, is a high-capacity electrical system designed to control and protect multiple motors and electrical loads in industrial and commercial installations. It integrates MCCBs/ACBs, contactors, relays, meters, and protection devices to provide safe, reliable, and coordinated operation of pumps, conveyors, compressors, and other machinery. The panel ensures overload, short-circuit, and earth-fault protection while allowing easy monitoring, isolation, and maintenance. Housed in a robust enclosure with structured wiring and copper busbars, it delivers uninterrupted, energy-efficient performance, enhances electrical safety, supports load management, and allows future expansion for demanding industrial environments.

A Control Panel with Multi Drive System, featuring an AC Drive at 415 V and 50 HP, is designed for precise and efficient control of industrial motors in complex operations. It integrates variable frequency drives, MCCBs/MCBs, contactors, relays, meters, and protection devices to manage multiple motors, pumps, conveyors, or compressors with smooth acceleration, deceleration, and optimized torque. The panel enables real-time monitoring, fault detection, and coordinated multi-motor operation, reducing energy consumption and mechanical stress. Housed in a sturdy enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, ensuring uninterrupted, safe, and reliable performance in demanding industrial automation applications.

Thyristor-Based APFC Panels are advanced electrical systems designed to automatically regulate reactive power and maintain optimal power factor in industrial and commercial networks. Utilizing thyristor switching technology, these panels rapidly connect or disconnect capacitor banks in response to load variations, ensuring precise and efficient power factor correction. They integrate APFC relays, contactors, MCCBs/MCBs, capacitors, meters, and protection devices for safe and reliable operation. Built in robust enclosures with organized wiring, thyristor-based APFC panels reduce energy losses, prevent utility penalties, enhance voltage stability, improve system efficiency, and ensure long-term, maintenance-friendly performance in demanding three-phase power networks.

A CCMS Street Light Control Panel rated at 200 A is a centralized electrical system designed to automate and manage large-scale outdoor lighting networks with efficiency and reliability. It controls multiple lighting feeders using contactors, MCCBs/MCBs, timers, astronomical clocks, photocells, and protection relays to ensure precise ON/OFF scheduling based on time or ambient light conditions. The panel includes energy meters, surge protection devices, and alarms for monitoring consumption and safeguarding against voltage fluctuations and lightning surges. Built in a weather-resistant enclosure, it delivers overload, short-circuit, and earth-fault protection while reducing energy wastage, lowering maintenance effort, and ensuring uninterrupted illumination for roads, highways, campuses, and industrial areas.

A PMCC Electrical Control Panel (Power Motor Control Center) is a centralized system designed to distribute power and control multiple high-capacity motors in industrial facilities. It integrates incoming breakers, busbar chambers, feeders, MCCBs/ACBs, contactors, overload relays, protection relays, meters, and control circuits to ensure safe and efficient operation. The panel supports reliable motor starting, load management, and fault isolation while minimizing downtime. Built with heavy-duty enclosures and quality components, PMCC panels provide short-circuit, overload, and earth-fault protection, enable easy maintenance, and ensure stable power supply for pumps, compressors, conveyors, and other critical plant equipment.

A VFD Panel (Variable Frequency Drive Panel) is an electrical control panel designed to operate and control AC motors by varying the frequency and voltage supplied to the motor. This helps achieve smooth starting, stopping, speed control, and improved energy efficiency.

• Motor speed control through frequency variation

• Smooth start/stop to reduce mechanical stress

• Energy-saving operation

• Protection against overload, short circuit, under-voltage, over-voltage, etc.

• Monitoring of motor parameters (current, voltage, frequency, fault status)

• VFD (Variable Frequency Drive)

• MCCB / MCB

• Contactors & Relays

• Input/Output Terminals

• Indicating lamps

• Cooling system (Fan/ventilation)

• Control wiring & Power wiring

• HMI / Display (optional)

• Pumps

• Fans & Blowers

• Conveyors

• Compressors

• HVAC systems

• Industrial machines

An ACB Distribution Control Panel is a high-capacity electrical distribution system designed to manage and protect low-tension power networks in industrial, commercial, and utility installations. Equipped with an Air Circuit Breaker (ACB) as the main incomer, it integrates copper busbars, MCCBs/MCBs for feeders, metering instruments, protection relays, and control accessories for safe and reliable operation. The panel provides excellent short-circuit, overload, and earth-fault protection while allowing secure isolation during maintenance. Built in a robust enclosure with structured wiring and proper ventilation, ACB distribution control panels ensure uninterrupted power supply, enhance electrical safety, support load management, and deliver dependable performance in demanding high-current applications.

Three Phase HT (High Tension) Electrical Panels are robust and high-capacity systems designed to control, distribute, and protect high-voltage power in industrial, commercial, and utility installations. They integrate vacuum or SF₆ circuit breakers, MCCBs/ACBs, contactors, relays, meters, and protection devices to ensure safe and reliable operation of transformers, feeders, motors, and other critical equipment. The panels provide protection against overloads, short circuits, earth faults, and voltage fluctuations while enabling easy monitoring, isolation, and maintenance. Housed in durable, well-ventilated enclosures with organized wiring, Three Phase HT Panels deliver uninterrupted, energy-efficient, and long-term performance, enhance electrical safety, optimize load management, and support high-voltage power distribution in demanding industrial environments.

An Electric Motor Control Panel is a versatile and reliable system designed to control, protect, and manage the operation of single or multiple motors in industrial, commercial, and utility applications. It integrates MCCBs/MCBs, contactors, relays, overload protection devices, meters, and control circuitry to ensure safe and efficient motor operation. The panel provides protection against overloads, short circuits, phase failures, and earth faults while enabling easy monitoring, start/stop control, and maintenance. Housed in a robust, ventilated enclosure with organized wiring and clear labeling, the Electric Motor Control Panel enhances electrical safety, optimizes load management, reduces mechanical stress on motors, and delivers uninterrupted, energy-efficient, and long-term performance for pumps, compressors, conveyors, and other industrial machinery.

An Electrical MCC (Motor Control Center) Panel – Fixed Type, rated up to 2000 Amps and 415 V, is a high-capacity system designed to control and protect multiple motors and electrical loads in industrial and commercial installations. It integrates MCCBs/MCBs, contactors, relays, meters, and protection devices to provide safe, reliable, and coordinated operation of motors, pumps, conveyors, and other equipment. The panel ensures overload, short-circuit, and earth-fault protection while enabling easy monitoring, isolation, and maintenance. Built in a rugged enclosure with structured wiring, it delivers uninterrupted, energy-efficient, and long-term performance, enhancing electrical safety, optimizing load management, and supporting future system expansion in demanding industrial environments.

A Plug Socket Panel Box rated at 63 A is a compact and reliable electrical distribution unit designed to provide safe and convenient power access for industrial, commercial, and workshop applications. It houses high-quality plug sockets, MCBs or fuses, isolators, contactors, and protection devices to ensure secure power supply and prevent overloads, short circuits, and earth faults. The panel allows multiple machines or equipment to be powered simultaneously while maintaining electrical safety. Built in a durable enclosure with organized wiring and clear labeling, the 63 A plug socket panel box offers easy installation, low maintenance, and dependable performance for powering tools, machinery, and temporary or portable electrical setups.

An Automatic Change Over Panel rated at 1000A with a 4-pole configuration is designed to provide seamless and secure power transfer between two independent sources such as utility supply and standby generators. The four-pole design switches all three phases along with the neutral, ensuring complete isolation and enhanced safety for sensitive electrical systems. The panel integrates motorized changeover switches or ACB/MCCB-based ATS mechanisms, protection devices, meters, control circuitry, and status indicators for reliable automatic operation. Built in a heavy-duty enclosure with copper busbars and structured wiring, it delivers overload and short-circuit protection, minimizes downtime during power failures, and supports uninterrupted operation in data centers, hospitals, factories, and large commercial facilities.

A Three Phase Timer Base Electrical Panel rated for 50 HP and 140A is designed to control high-capacity motors and equipment through programmed start-stop sequences for efficient and safe operation. It uses industrial timers along with contactors, MCCBs/MCBs, overload relays, phase protection devices, and control circuitry to automate motor functions in pumping stations, compressors, conveyors, and process plants. The panel ensures smooth operation, reduces manual intervention, and protects against overloads, short circuits, phase failure, and voltage fluctuations. Built in a rugged enclosure with organized wiring, it delivers long service life, easy maintenance, and dependable performance in demanding three-phase industrial environments.

A Power Factor Control Panel is an automated electrical panel designed to maintain and improve the power factor of an installation by providing reactive power compensation. It consists of capacitor banks, switching devices (contactors or thyristor modules), protection circuits, and a microprocessor-based APFC relay that continuously monitors the load and switches capacitor steps on or off as required.

The panel enhances energy efficiency by reducing reactive power drawn from the utility, thereby lowering electricity charges, minimizing transformer and cable loading, and improving voltage stability. Built with high-quality sheet-steel enclosures and industrial-grade components, the panel ensures reliable operation even under fluctuating load conditions.

Suitable for factories, commercial buildings, and utility systems, the Power Factor Control Panel can be tailored to specific kVAR capacities, step configurations, and installation environments. It provides a safe, efficient, and maintenance-friendly solution for achieving optimal power factor levels and improving overall electrical system performance.