In the parallel application cases, gensets on the parallel CANBUS can up to 32 during the application process due to the problem of HGM9510 parallel controller MSC CAN ID. When the paralleled gensets are more than 32, we need to use HGM9580 to control bus parallel way to make more gensets in parallel. HGM9580 can control one bus connection switch. When bus connection switch needs to be closed, controller synchronizes two bus via MSC CANBUS, when the synchronization conditions are met, bus connection switch closes, two bus run in parallel. Theoretically, there is no limit to paralleled gensets.
When genset bus is divided into two sections, we can control them in parallel to achieve the parallel of more gensets via HGM9580 controller.
When genset bus is divided into many sections, we can control bus in parallel to achieve the parallel of more gensets via more HGM9580 controllers.
HGM9580 Operations:
1.Manual Mode:
When the voltage of any bus is invalid, press close key can directly control switch to close, making two bus run in parallel.
When controller detects two bus are available, after pressing the close key, controller automatically adjusts the frequency and voltage of gensets on the bus to achieve synchronization of bus and bus. When the synchronization conditions are met, bus close relay outputs, bus and bus run in parallel.
2.Auto Mode:
Remote close input is active:
When the voltage of any bus is invalid, controller controls switch to close, making two bus run in parallel.
When controller detects two bus are available, controller automatically adjusts the frequency and voltage of gensets on the bus to achieve the synchronization of bus and bus. When the synchronization conditions are met, bus close relay outputs, bus and bus run in parallel.
Remote close input is inactive:
When remote close input is inactive, bus open relay outputs, bus and bus run and parallel off.
