Power Control Center (PCC) Panels are engineered for centralized control, monitoring, and protection of electrical power distribution across industrial facilities. They ensure safe, reliable, and efficient operation of high-capacity motors, feeders, transformers, and sub-distribution systems.
Designed for heavy-duty industrial performance, PCC panels feature advanced protection relays, intelligent metering units, communication modules, and safety interlocks to maintain system stability and prevent electrical faults. Each panel is built with robust construction, easy front-access design, long service life, and full compliance with IEC/IS safety standards.
Motor Control Center (MCC) Panels are designed to manage and control multiple motors from a centralized system, making them essential for industries with high motor usage such as manufacturing plants, HVAC systems, pumping stations, and water-treatment facilities. These panels offer streamlined motor operation, protection, and monitoring for improved process efficiency.
Our MCC panels feature a robust modular and compartmentalized construction, where each motor starter unit is housed in an independent compartment. This ensures enhanced safety, faster troubleshooting, and easy maintenance. The design protects motors against overload, short-circuit, phase failure, and other electrical abnormalities.
Automatic Power Factor Correction (APFC) Panels are engineered to maintain an optimal power factor by automatically switching capacitor banks ON/OFF in response to real-time load variations. These panels improve electrical efficiency, reduce energy losses, and help industries avoid penalties imposed by utility companies for low power factor levels.
APFC panels are ideal for industrial, commercial, and utility installations where reactive power demand fluctuates throughout the day. They are designed to deliver long-term stability, enhanced operational reliability, and reduced energy consumption.
Meter Panels are engineered for precise measurement, monitoring, and billing of electrical energy consumption across industrial, commercial, and multi-tenant facilities. Built for accuracy and reliability, these panels integrate Class-1 energy meters, CT/PT chambers, multifunction meters, and auxiliary indicators to deliver comprehensive and dependable energy data.
Available in single-billing, multi-bay, and tenant-wise metering configurations, these panels offer excellent flexibility for a wide range of project requirements. Their compact, modular construction combined with a front-access design ensures fast, safe, and efficient maintenance and meter replacement.
Automatic Mains Failure (AMF) Panels are designed to ensure uninterrupted power by automatically transferring the load from the mains supply to a generator (DG set) during a power outage. When the mains supply is restored, the panel seamlessly switches the load back and safely shuts down the generator, ensuring smooth and reliable power continuity for critical applications.
AMF panels are essential for facilities where continuous and stable power is mandatory—such as hospitals, data centers, industrial plants, commercial buildings, and telecom infrastructure. These panels integrate intelligent auto start/stop logic, robust changeover mechanisms, and manual override features for complete operational reliability.
Power Factor Control Panels are designed to regulate and maintain the desired power factor level in electrical networks, ensuring improved system efficiency and reduced energy losses. These panels automatically monitor reactive power demand and switch capacitor banks accordingly, helping industries achieve stable voltage levels and lower electricity costs.
Built for reliability and long-term performance, our Power Factor Control Panels support both manual and automatic operation modes. They feature high-quality power factor controllers, protective devices, and safe discharge mechanisms to ensure smooth capacitor operation. These panels are ideal for facilities with fluctuating load patterns, such as manufacturing plants, commercial buildings, and utility systems.
