Our Products

A distribution panel is a key component in any systems that routes electricity supplied from DISCOM / other sources to various electrical circuits. It contains breakers that protect each circuit and ensures the safe distribution of  power throughout the building or facility.

APFC panels are used to improve power factor by automatically switching capacitor banks. In solar systems, they help maintain efficient power usage, reduce electricity bills, and prevent penalties from utility companies due to poor power factor caused by inductive loads.

Motor Control Panels manage and protect electric motors in a powered system. They include components like circuit breakers, contactors, and overload relays. These panels ensure smooth motor operation, and safety of motors.

A Change Over Panel switches the power source between grid, or generator. It ensures uninterrupted power supply by detecting the available source and shifting the load accordingly, providing seamless transitions and preventing system downtime.

DG (Diesel Generator) Power Panels control and distribute power from a diesel generator. In hybrid systems, these panels help manage generator backup during low sunlight or high load periods, ensuring continuous power supply when generation is insufficient.

An AMF panel automatically switches the power supply from the main grid to a generator during a power failure and back once the grid returns. it ensures continuous power availability when solar and grid power are unavailable.

Feeder pillars act as electrical junctions where power is collected and redistributed. they are placed outdoors to control and protect underground cable systems and distribute electricity to multiple buildings or sections within an industrial or residential area.

Junction boxes connect  panels in series or parallel and house wiring connections safely. They protect against weather, dust, and electrical faults, ensuring safe current flow and easy maintenance of the array.

Soft starter panels gradually increase voltage to motors, reducing start-up current spikes. In all applications, they help start large motors—such as for pumps—smoothly, protecting the system from mechanical stress and extending motor life.

Lighting panels manage and distribute power to lighting circuits powered by  energy. They allow centralized control and protection for indoor and outdoor lighting systems, including streetlights or facility lighting, improving safety and efficiency.

Bus ducts are metal-enclosed conductors used for high-current power distribution. In any installations, they efficiently carry electricity from  panels to distribution points, reducing energy loss and enhancing reliability in large-scale systems.

VCB panels protect high-voltage  systems from overloads and faults. Used at 11kV or 33kV levels, they interrupt current flow using vacuum technology, offering safe, reliable switching and fault protection in  power distribution networks.

LED lighting, when powered by solar panels, provides energy-efficient, long-lasting illumination. Ideal for indoor and outdoor use, LEDs consume less power and work well with any systems, contributing to reduced energy costs and sustainability goals.