Referring to FIG. 12, the present invention may provide for power outage management through a lighting facility 1202A-H and a power outage detection device 1214 connected to power distribution 1218, where the lighting facility 1202A-H may include an LED lighting source 1204, a control facility 1208, an internal power source 1210, a power outage input device, and the like. In embodiments, the power outage detection device 1214 may detect a power outage in the power distribution 1217, and as a result, transmit a power outage signal to the power outage input device 1212 of the lighting facility 1202A-H. The control facility 1202 may then manipulate the LED lighting source 1204, such as turning on, turning on in a dimmed state, flashing, flashing momentarily, changing the spectral output, and the like. In addition, in the case when the lighting facility 1202A-H also has a connection to AC power, such as through the power distribution 1218, the control facility 1208 may switch power to the internal power source 1210. In embodiments, each of the lighting facilities 1202A-H may be set to respond differently, or in groups. For instance, a group of lighting facilities 1202B-D may be located in a hallway or stairway, and they may respond together in a way that provides pathway lighting in those areas; a pair of ceiling lights 1202F-G may respond together, or separately per their different positions in the room; an individual room light 1202E may be controlled separately; a portable emergency light 1202H may be set to glow when responding to help an individual find it during the power outage; and the like.
