Abstract: An energy management loadpanel arrangement includes a loadpanel enclosure having a plurality of circuit breakers, each of which opens and closes in response to a control signal so as to interrupt an associated current path. A microcomputer generates the control signals to control the position of the circuit breakers and their associated current paths. The circuit breakers include a digital code circuit which is manually set to indicate the type of circuit breaker, for example, a one, two or three pole circuit breaker.

Abstract: An energy management loadpanel arrangement includes a load panel enclosure having a plurality of circuit breakers, each of which opens and closes in response to a control signal so as to interrupt an associated current path. A microcomputer generates the control signals to control the position of the circuit breakers and their associated current paths, and a volatile memory circuit, for example, RAM, stores time-event data which is used to indicate when the control signals should be generated. A charged electronic double-layered capacitor is coupled to the volatile memory so that, in the event of a power outage, operating power is provided to the volatile memory for extended periods of time. In this manner, the time-event data is retained during the power outage so that the circuit breakers are timely controlled, despite the power outage, in response to said control signals.