Abstract: A fully automated emergency generator fuel oil system comprises a plurality of emergency generator fuel oil system components, a plurality of sensors for continuously monitoring the physical status of the system components, and a master control panel in communication with the plurality of sensors, wherein a master control panel in operative communication with the system components interprets signals received from the plurality of sensors to determine if an event has occurred, an event indicating the physical status of one or more of the system components, and when an event has occurred, the master control panel issues one or more instructions responsive to the event that control the function of one or more of the system components.

Abstract: A fully automated emergency generator fuel oil system comprises a plurality of emergency generator fuel oil system components, a plurality of sensors for continuously monitoring the physical status of said system components, and a master control panel in communication with the plurality of sensors, wherein a master control panel in operative communication with the system components interprets signals received from the plurality of sensors to determine if an event has occurred, an event indicating the physical status of one or more of the system components, and when an event has occurred, the master control panel issues one or more instructions responsive to the event that control the function of one or more of the system components.