Custom Panels. Built in Tamil Nadu.

A Motor Control Centre is an assembly of motor starters, protection devices, and control equipment in a single enclosure. Ideal for controlling multiple motors from one centralised panel. Fully customisable with auto/manual operation, indication lamps, and metering.

A Power Control Centre receives power from the transformer and distributes it to multiple outgoing feeders. Acts as the main distribution hub between the HT transformer and LT loads. Built with ACB/MCCB incomers and outgoing feeders with individual metering.

An AMF panel automatically starts the generator when mains power fails and restores the mains supply once power returns — without any manual intervention. Includes configurable time delays for genset start, warm-up, and cool-down cycles.

An ATS panel automatically switches the electrical load between two power sources — typically mains EB supply and generator — ensuring uninterrupted power supply. Available in open transition and closed transition types for critical loads.

Distribution boards distribute electrical power from the main incomer to individual circuits. Supplied in TPN, SPN, and FTPN configurations. Available as flush-mounted or surface-mounted enclosures with MCB, RCCB, and RCBO protection devices.

An APFC panel automatically maintains the power factor close to unity by switching capacitor banks in and out based on the reactive load demand. Reduces electricity bills, avoids TNEB penalty charges, and improves system efficiency significantly.

A VFD panel houses variable frequency drives to control motor speed and torque by varying the frequency and voltage of the power supply. Provides significant energy savings for variable speed loads like pumps, fans, compressors, and conveyor motors.

A synchronising panel parallels two or more generators or connects a generator to the mains supply, ensuring they share load proportionally. Used where continuous power is critical and multiple DG sets need to run in parallel for load sharing and redundancy.

Bus ducts are enclosed metal housing systems carrying copper or aluminium busbars to distribute large amounts of power between panels, transformers, and switchgear. More reliable and efficient than traditional cable distribution for high-current applications.

Feeder pillar boxes are weather-resistant outdoor enclosures used to distribute power to street lights, traffic signals, construction sites, outdoor areas, and temporary supplies. Built with GI / FRP / stainless steel enclosures for harsh outdoor environments.