Auto Synchronisation panels are mainly designed and used to meet power system requirements. Not to mention, these panels function both manually and with an automatic synchronizing function for one or more generators or breakers.
Also, they are very useful in synchronizing generators and offering multiplex solutions.
Our high-quality range of DG synchronizing panels is available with capacities that reach 10000 A. And, our engineers fabricate it using premium quality electrical components including copper bus bar, insulations, wires/cable, PVC channels, transformers, meters, and switches.
We manufacture Auto, Manual & PLC based synchronizing panel that has all necessary control and switchgear for synchronizing operation such as Breakers, Protection Relays, Synchroscope, Meters, Timers & Relays, etc.
And, Manual Synchronizing Panel has all controls and meters to observe various parameters. Thus, it helps the operator to do manual synchronizing while observing these.
Similarly, auto synchronizing panel comprises of Special Relay that automatically performs synchronization. Not to mention, we also provide load sharing relays so that each DG shares the equal load and load management relays. Thus, the operator can control starting & shutting off Generators depending upon load requirement. PLC (Programmable Logic Controller) based synchronizing panel provides all the monitoring & control of the synchronization with dedicated PLC modules.
Systems in which part of the load is very critical may be best served by paralleling one or more generator sets. Under parallel operation, all the generator sets are started at once. The first set to reach the proper parameters will assume the most critical portion of the load, with the remaining sets picking up lower priority loads. In addition, by using a load shedding application the failure of one generator set will not interrupt power to the critical loads, as less important loads can be dropped off the line.
Paralleling power sources allows for a wide variety of choices in the generation, distribution, and utilization of the system’s power.