Synchronization panels are designed for commercial and industrial environments where reliable, high-capacity power supplies are needed from multiple generator sets. Their primary role is to allow several engine generators to work together and deliver synchronized power to a facility, especially during utilities failures.

When the main supply is interrupted, the panel operates on automatic mains failure (AMF). After an adjustable delay, all generator sets start up together and proceed through a warm-up period. The panel uses motorized breakers or contactors to synchronize each generator’s voltage, frequency, and phase onto a common busbar. When the synchronization is complete, a motorized changeover switch connects the synchronized load to the main distribution box, ensuring a smooth transfer of power.

Synchronization panels guarantee continuity of supply, precise load sharing, and system stability. They feature advanced controls for automated sequencing and can be customized per site requirements. Common applications include manufacturing plants, hospitals, and large commercial complexes, where operational integrity and uninterrupted power are critical.

Specifications

• Material: manufactured from 1.5/2mm Electro-Galvanised Steel Sheet.
• Finish: Standard RAL-7035. Other color as per requirement
• Rated Operational Voltage: Up to 690V.
• Manufactured: Form 2, 3, 4 Type 1-7.
• 3-pole or 4-pole system as required.
• Various combinations of load transfer by ACBs, MCCBs or Contactors.
• Protection class up to IP 54.
• Load sharing/load shedding.
• Automatic and manual synchronizing.
• Factory built to clients specifications.
• Ratings up to 6300A. (Special Design on request).
• Dead front with rear access or front access.
• Control functions available for engine monitoring, warm-up and cool down periods, emergency shutdown, multi attempt engine start control, Engine test runs.
• Suitable for both internal & external mounting (Weather Proof with Canopy).
• Adequate spacing for incoming and outgoing cables.
• Custom design according to client requirements.
• Maximum safety and reliability.