This electrical panel is equipped with an automatic changeover system that seamlessly switches to generator power during a mains power failure. The panel includes dedicated circuit breakers for different sections and floors of the building, ensuring safe and organized power distribution. It is also integrated with a smart phase-sensing system that detects any reverse phase condition from the generator supply and automatically corrects the phase sequence internally, preventing damage or malfunction to motor loads and other connected equipment.

This distribution panel is connected to both the main power supply and the generator backup system. It is equipped with multiple circuit breakers dedicated to different sections of the building, ensuring safe and efficient power distribution. The panel also includes an Automatic Transfer Switch (ATS) for seamless transition between utility and generator power during outages.

This Distribution Panel is integrated with both the main utility power supply and the generator backup system to ensure continuous and reliable power availability. It is equipped with multiple dedicated circuit breakers for various sections of the facility, providing safe, efficient, and organized power distribution.

The panel also features an Automatic Transfer Switch (ATS), enabling seamless and automatic switching between utility and generator power during outages, minimizing downtime and maintaining operational continuity.

In addition, the system includes advanced metering and monitoring instruments to measure and record key electrical parameters, including Voltage (V), Current (A), Frequency (Hz), Real Power (kW), Reactive Power (kVAR), and Apparent Power (kVA), ensuring effective power management and system performance monitoring.

This Compact Distribution Panel is designed for smaller electrical loads while ensuring reliable and efficient power distribution throughout the facility. Connected to the main power source, the panel is equipped with dedicated circuit breakers for individual circuits and equipment, providing enhanced protection, operational safety, and easy maintenance.

The panel is built with a compact and space-saving design, making it ideal for commercial, industrial, and utility applications where smaller capacity power distribution is required. It also includes essential monitoring meters to measure key electrical parameters such as Voltage (V), Current (A), and Frequency (Hz), allowing effective monitoring of system performance and power consumption.

Engineered for durability and dependable operation, this panel delivers safe, organized, and efficient electrical distribution for low to medium capacity applications.

This Automatic Power Factor Correction (APFC) Panel is designed to improve electrical system efficiency by automatically monitoring and correcting power factor based on real-time load conditions. The panel is equipped with capacitors of varying capacities that engage dynamically according to the connected load, reducing reactive power (kVAR) demand from the utility supply and optimizing overall kVA consumption while maintaining the power factor close to unity.

By installing an APFC panel, facilities can significantly reduce kVAh consumption, lower electricity and utility costs, and avoid utility penalties associated with poor power factor. The system enhances energy efficiency, improves electrical performance, and contributes to long-term operational savings.

Our APFC panels are fully customizable to suit different load sizes, applications, and industry requirements.

This is another example of our Automatic Power Factor Correction (APFC) Panels, showcasing the internal open-view construction of one of our compact panel designs. The layout reflects our commitment to superior craftsmanship, precision engineering, and attention to detail in every panel we manufacture. We prioritize the use of high-grade components, premium-quality materials, and high-capacity busbars to ensure long-term reliability, safety, and ease of future expansion — all while keeping additional costs to a minimum for our customers.

This Automatic Power Factor Correction (APFC) Panel is designed to improve electrical system efficiency by automatically monitoring and correcting the power factor based on real-time load conditions. The panel utilizes capacitors of varying capacities that engage dynamically according to the connected load, reducing reactive power (kVAR) demand from the utility supply and optimizing overall kVA consumption while maintaining the power factor close to unity.

By installing an APFC panel, facilities can significantly reduce kVAh consumption, lower electricity and utility costs, and avoid penalties associated with poor power factor. The system enhances energy efficiency, improves overall electrical performance, and contributes to long-term operational savings.

Our APFC panels are fully customizable to suit different load capacities, industrial applications, and specific customer requirements.

Our Motor Starter Panels are designed for reliable and efficient motor control applications, supporting motors ranging from 5 HP to 100 HP. These panels are equipped with advanced overload protection systems that automatically disconnect the motor in the event of mechanical overload or excessive current draw, ensuring maximum protection for expensive motors and connected equipment. Built for durability, safety, and performance, the panels can also be fully customized to meet specific customer requirements and site conditions.