About Us

Synchronization Panels

Synchronization panels are advanced electrical control panels used to synchronize multiple generators or power sources for efficient load sharing and continuous power supply. These panels are widely used in industries, power plants, and DG systems to maintain voltage, frequency, and phase sequence.

Equipped with PLC or microprocessor-based controllers, they ensure reliable operation and protection. As a key part of electrical switchgear, LT panels, and power management systems, synchronization panels enhance efficiency, stability, and uninterrupted power distribution in critical applications.

System Voltage 415V / 690V, 3 Phase
Rated Current Up to 6300 Amps
Function Synchronizing multiple generators or mains with DG sets
Controller Microprocessor / PLC based synchronization controller
Operation Automatic / Manual synchronization
Protection Features Over/Under Voltage, Frequency, Phase Sequence, Reverse Power
Monitoring Voltage, Current, Frequency, Power Factor, Load Sharing
Degree of Protection IP-42 / IP-54 / IP-65 (as per requirement)
Enclosure CRCA sheet, powder coated as per IS standards
Application Used in power plants, industries, and DG systems for load sharing

Why Choose Us

Panels installed and upgraded with precision using reliable, industry-approved components.

Custom electrical panel configurations designed to fit your exact project and power needs.

Fast, dependable service�your electrical panel work completed on schedule with ongoing support.

Core Features

Modular Construction

Flexible modular design enables easy installation, customization, expansion, and efficient power distribution management.

Low Maintenance

Built with high-quality components to ensure reliable performance, reduced downtime, and minimal maintenance requirements.

Efficient Heat Dissipation

Advanced ventilation and thermal management systems ensure optimal heat control for stable and long-lasting operation.

High Safety Standards

Engineered with robust protection features against overloads, short circuits, and electrical faults for maximum safety.