ENGINE PARALLELING AND INTEGRATION CONTROL (EPIC)
SPECIFICATIONS
ConfigurationRemote modular paralleling control system (Master Control Panel for the first 2 gensets, separate add-on control panels for up 8 more gensets, and optional control panel for 1 utility breaker)
Modes of OperationEmergency Standby with redundant master control, Utility paralleling, peak shaving, and closed transition to/from Generator Power (with optional utility control panel)
ApplicationLV and MV (208V-27kV)
technical summary
ConfigurationRemote modular paralleling control system (Master Control Panel for the first 2 gensets, separate add-on control panels for up 8 more gensets, and optional control panel for 1 utility breaker)
Modes of OperationEmergency Standby with redundant master control, Utility paralleling, peak shaving, and closed transition to/from Generator Power (with optional utility control panel)
ApplicationLV and MV (208V-27kV)
generator protective devices
ANSI Protective Devices15/25. 27/59, 81 O/U, 32, 40, 90 (Industrial Grade)
utility protective devices
ANSI Protective Devices15/25. 27/59, 81 O/U, 32,47 (Industrial Grade)
environmental parameters
CertificationsUL / cUL 508A
Control Panel EnclosureNEMA 12
Operating Temperature0°C to 55°C
Storage Temperature-20°C to 60°C
Engine Paralleling and Integration Control (EPIC) STANDARD EQUIPMENT
- master control panel mcp for first 2 gensets with lockable front door
- 12" graphical color touchscreen display hmi
- instant auto selector switch
Allows user to return sysem to automatic in the event of a touchscreen failure - top or bottom conduit access for mcp for interconnect control wiring access
Engine Paralleling and Integration Control (EPIC) OPTIONS
- generator control panel for 310 gensets
With breaker position indications and circuit breaker control switch - utility control panel for utility paralleling and control
With utility close lockout switch, breaker position indications, and circuit breaker control switch - supplemental hardware 25 device
Provides additional discrete synchronization protection - data table interface
Accommodates interface with a building management system - generator demand priority control
An automatic priority sequencing function to modulate the number of gensets online to control load percentages per machine, assist with fuel efficiency, and maintain adequate reserve capacity