Krisha Panel Builder

An Automatic Power Factor Correction (APFC) Panel is an advanced electrical system designed to monitor and maintain optimal power factor in industrial, commercial, and utility networks. It automatically detects reactive power demand and switches capacitor banks using contactors or thyristor-based controllers to improve efficiency, reduce energy losses, and avoid utility penalties. The panel integrates APFC relays, MCCBs/MCBs, meters, surge protection devices, and safety interlocks for reliable and safe operation. Housed in a robust enclosure with organized wiring, it enhances voltage stability, reduces electricity costs, extends equipment life, and ensures long-term, maintenance-friendly performance in three-phase power systems.

An APFC Panel (Automatic Power Factor Control Panel) is an electrical control panel designed to automatically maintain and improve the power factor of an electrical system. It monitors the reactive power (kVAR) demand of the load and switches capacitor banks ON or OFF through a microcontroller-based relay to achieve the desired power factor. This helps reduce electricity charges, prevents penalties, and enhances the efficiency and stability of the power distribution system.

• Maintain power factor automatically

• Reduce electricity bill by avoiding power factor penalties

• Improve system efficiency and voltage stability

• Automatic switching of capacitor banks

• Protect capacitors and system from over-voltage & harmonics

• APFC Relay / Controller

• Capacitor Banks (APFC capacitors / Heavy-duty capacitors)

• MCCB / MCB / ACB

• Contactors (Detuned/Regular)

• Reactors (for harmonic filtration – if used)

• Busbars (Aluminum/Copper)

• Indicating lamps & Meters

• Cooling and ventilation system

• Control & power wiring

• Industrial load centers

• Commercial buildings

• Shopping malls & hospitals

• Manufacturing plants

• LT/HT Panels

• Any place with inductive loads like motors, transformers, welding machines, etc.

We manufacture and supply Customized Control Panel Boards designed as per specific customer requirements for industrial, commercial, and building applications. Each panel is engineered to ensure safe power distribution, precise control, automation compatibility, and long-term durability. Built using high-grade components and tailor-made layouts, our panels meet IS standards and deliver reliable performance even in demanding conditions.

• Fully custom-built design as per client specifications

• High-quality MS/CRCA powder-coated enclosures

• Copper/Aluminium bus bars for efficient power distribution

• Provision for MCB, MCCB, Contactors, Relays, Starters, Timers, PLC, HMI, VFD, etc.

• Neat and organized internal wiring with premium accessories

• Single-phase & three-phase configurations

• IP42 / IP55 / IP65 protection options

• Floor-mounted or wall-mounted construction

• Designed for overload, short-circuit, and fault protection

An APFC (Automatic Power Factor Correction) Control Panel, rated at 100 kVAR and 220/240 V, is designed to automatically maintain optimal power factor in industrial and commercial electrical systems. It monitors reactive power demand and switches capacitor banks using high-quality contactors to reduce energy losses, improve system efficiency, and prevent utility penalties. The panel integrates APFC relays, MCCBs/MCBs, metering instruments, and protection devices for safe, reliable, and efficient operation. Housed in a robust enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, ensures voltage stability, simplifies maintenance, and delivers uninterrupted, energy-efficient, long-term performance for three-phase networks.

• A Medium Voltage (MV) Panel is a type of electrical switchgear or distribution / control panel designed to handle medium‑voltage electrical power (i.e. higher than typical low‑voltage panels, but lower than high‑voltage transmission systems). 

• MV Panels are used to distribute, control, and protect medium‑voltage circuits — ensuring safe power distribution, fault protection (overcurrent, short‑circuit, earth fault), switching, and metering where required. 

• They form a critical part of power distribution infrastructure in industries, substations, large buildings, utilities, and other installations where higher-than-household voltages are involved. 

• “Medium voltage” generally covers 1 kV up to ~33 kV (even up to 36 kV in some cases). 

• Many commercial MV panels are for 11 kV, 22 kV, or 33 kV systems — common in industrial power distribution or utility‑grade installations. 

• Panels may be designed for indoor or outdoor use depending on requirement — especially for substations, transformer‑yards, or heavy‑duty industrial settings.

• MCC is a centralized panel assembly designed to control and protect multiple electric motors from a single location.  

• It usually contains a common power bus and individual “starter” units (contactors, overload relays, fuses or circuit breakers) — for each motor or motor group. MCCs may also be equipped with advanced control devices: e.g. variable‑frequency drives (VFDs), soft‑starters, automation/PLC integration, control buttons/indicators, and metering equipment. 

PCC Panel (Power Control Center / Power Control Centre)

• PCC is the main distribution/control panel for the overall power supply of a plant or facility. It receives incoming power (from transformer / main supply / generator) and distributes it via feeder breakers to various downstream loads — including MCCs, distribution boards, transformers, etc.

• PCC houses main circuit breakers / switchgear, busbars (aluminum or copper), monitoring devices, protection components, and outgoing feeders

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