Gen Set Synchronisation Panel, Dg Synchronisation Panel, Genset Control Panel

Dg synchronizing panels
* can bus communications in dg's.
* mp based solid state relay provided
* up to 16 no of dg synchronizing possible
* auto start stop & auto load sharing.
* user friendly designs.
synchronization panels
bajaj has capability to designs and manufactures synchronization panels for synchronization and load sharing of generator sets and utilities at any rating.
The following solutions are available for various synchronization applications.
Synchronous operation of multiple generator sets with each other.
Synchronous operation of a single generator set with network.
Synchronous operation of multiple generator sets with network.
Synchronous operation of multiple generator sets with multiple networks.
Multiple generator applications for prime power
where utility power is not available, two or more generators are synchronized with each other to supply continuous power for loads, and they share the loads in proportion with their individual ratings. Depending on the load of the workplace, these generators are switched on and off for cost-efficient use.
Multiple generator applications for stand-by power
if utility power network goes out of its pre-selected limits, two or more generators are switched on synchronous with each other and supply power for the actual loads in proportion with their individual ratings. When municipal power network is restored to its pre-selected limits, the generators transfer their loads back to the network.
Continuous parallel operation
given that power utility companies charge different unit prices for different hours of a day, charge a higher price when the power consumed exceeds a pre-defined amount, or limit the power available to consumers in certain regions due to insufficient infrastructure, it is advantageous for the consumers to continuously generate power in parallel with municipal power network. A few parallel operation methods are available. The first method is the base load peak lopping method where a pre-defined portion of the active load is powered by a generator system and the remaining portion of said load is powered by municipal power network. This method is favored for cogeneration systems where the load is fixed. Another method is the true peak lopping method where the power drawn from municipal power system is limited, and a generator supplies the amount of power exceeding such limit. This method is preferred where the unit price is high for consumption above a certain limit or power available in municipal power network is limited.
Multiple networks
if a workplace receives power from two or more municipal networks and one of them fails, the generators are switched on synchronously and begin to supply power for the load. A coupling breaker is switched off to supply power to the loads from a single busbar instead of the two transformers used by said networks. When the network is restored, the generators transfer the loads back to the networks.