- Pune - 411015, Maharashtra, India
- sales@aaradhyapower.com
Aaradhya Power Solution stands out as a premier Synchronizing Panel manufacturers in Pune, and suppliers in Pune. With over two decades of hands-on experience. Synchronizing Panel, also referred to as DG Synchronization Panels, Synchronization Control Panels, or Synchronized Control Panels. Our systems are built to deliver uncompromised performance and long-term durability. From aligning multiple generators to integrating with the grid and renewable setups. Our expertise ensures flawless synchronization every time. As a trusted name in the industry, we’re also recognized among the top Synchronizing Panel exporters from Pune.
With specialized expertise in Synchronizing Panel Manufacturers in Pune. And Synchronizing Panel Suppliers in Pune, as well as Synchronizing Panel Exporters in Pune. Aaradhya Power Solution serves critical installations across Pune.
Synchronizing panels are typically utilized in settings that require no downtime, such data centers, industrial plants, and healthcare facilities. Our panels are backed by CPRI and ISO 9001:2015 certifications. We have successfully manufactured, supplied, and exported thousands of panels from our Pune facility, supported by a global network of partners.
In line with IS/IEC 61439 and ISO 8528 standards. Our Synchronizing Panels undergo rigorous compliance tests at accredited labs like CPRI to guarantee safety and performance. Key specifications include 3‑phase compatibility, 50 Hz frequency, 125 A capacity, digital metering, and IP‑rated enclosures for dust and water resistance.
Aaradhya Power Solution offers several tailored types. From Basic manual panels to advanced AMF‑Integrated units-covering applications in hospitals, data centers, manufacturing, and commercial complexes. By continuously monitoring voltage, frequency, and phase angle, each panel automatically aligns power sources to prevent downtime and optimize load sharing.
A Synchronizing Panel is a control system that matches voltage, frequency, and phase angle between multiple power sources-typically generators and the utility grid. Built to IS/IEC 61439 panel standards, it prevents equipment damage and operational interruptions by ensuring perfect alignment before paralleling. For situations where smooth power transfer is required, this capacity is essential.
Specification | Detail |
---|---|
Usage | Electric Control Panel |
Brand | Aaradhya Power Solutions |
IP Rating | Yes |
Phase Type | 3-Phase |
Frequency | 50 Hz |
Capacity | 125A |
Circuit Breaker | 125A |
Meter Type | Digital |
Origin | Made in India |
We also offer the following types of synchronizing panels.
Firstly, the Basic Synchronizing Panel offers reliable coordination of power sources by matching voltage, frequency, and phase parameters. Additionally, it features user-friendly controls and real-time monitoring that ensure smooth generator integration, thereby enhancing system stability in various applications.
Automatic synchronizers use electromechanical or digital relays (e.g., ComAp IG200, Deepsea, DEIF) or PLC logic to continuously monitor voltage, frequency, and phase angle, closing the breaker precisely when parameters align. They minimize operator intervention and reduce synchronization time, supporting both 50 Hz and 60 Hz systems.
Designed specifically to parallel diesel generators (DG) with the utility grid, these panels include AMF (Automatic Mains Failure) functionality to start/stop DG sets and switch between grid and generator power seamlessly. They often incorporate load sharing for both active and reactive power to balance generator loading.
In hybrid setups, solar inverters must match grid parameters before exporting power. Reverse power prevention and grid connectivity compliance are ensured by solar-DG synchronizing panels, which adjust inverter output to grid frequency and voltage. They use similar relay‑based controls as DG panels but add DC‑to‑AC inverter synchronization algorithms.
Beyond simple paralleling, load‑sharing panels actively distribute both real (kW) and reactive (kVAR) loads among multiple generators, preventing overloading of any single unit. They feature droop‑control or digital load‑sharing modules and can handle capacities up to 6,300 A.
Lastly, AMF panels combine automatic mains failure control (starting/stopping standby gensets) with synchronizing functionality. On grid failure, the AMF logic starts the DG, the synchronizer brings it to speed, then parallels it with remaining generators if multiple sets are used.
A Synchronizing Panel continuously measures voltage, frequency, and phase angle from connected sources. When alignment criteria are met—within defined tolerances, the panel closes the synchronization breaker to parallel the sources. In automatic and AMF‑integrated models, embedded controls handle start/stop commands and load sharing, enabling fully unmanned operation while maintaining smooth power transitions.
If you are looking for manufacturers as well as suppliers and exporters in Pune. Therefore, we as a leading Electrical power solutions provider. Contact us!
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That is to say, our panels comply with IS 8623 and IEC 61439 standards; each unit undergoes fire resistance, insulation, and load tests. SMC/DMC busbar supports and epoxy‑coated enclosures deliver robust mechanical and environmental protection.
Because of these strengths, we are leading Synchronizing Panel Manufacturers in Pune and trusted Synchronizing Panel Suppliers in Pune and Synchronizing Panel Exporters in Pune.
Aaradhya Power Solution is your partner for premium Synchronizing Panels in Pune. As experienced manufacturers and suppliers as well as exporters based in Pune, we deliver customized, high‑quality panels tailored to your application—be it indoor control rooms or outdoor substations.
Our dedicated team is ready to assist you with technical consultations, sample demonstrations, and fast turnaround times.
Contact us at sales@aaradhyapower.com or call +91 70302 43444 to discuss your requirements and secure reliable power synchronization for your operation.
They integrate multiple power sources like generators and grids for a stable electricity supply.
They prevent downtime by aligning voltage, frequency, and phase angles before connecting sources.
It syncs diesel generators with mains or other generators for load sharing.