NOVELTY - Utility system comprises utility unit(s) comprising pole, multiple power sources having wrapped photovoltaic (PV) panel (2514) curved part way around a vertical surface of the pole, and flat PV panel (2540); electrical load device connected to the pole; energy storage unit (ESU) provided on, in or near the pole; charge controller (CC) having maximum power point tracking (MPPT) and CC-input specifications defined by charge controller MPPT; and first power optimizer (P.O.) (2571) between wrapped PV panel and charge controller and second PO between the flat PV panel and the charge controller.    USE - Solar-powered utility system used for powering at least one electrical load device, particularly luminaire, LED, high intensity discharge light source, fluorescent light source, mercury vapor light source, gas light source, glow discharge light source, solid state light, organic-compound light-emitting light, organic LED light source, security device, camera, security camera, audio recorder, video recorder, wireless network radio, antenna, low bandwidth radio, high bandwidth radio, radio transmitting in multiple bandwidths, wireless fidelity (Wifi) modem, wireless transceiver, alarm, electronic sign, electronic display, power line communication modem that enables two-way communications over power line electrical wires, emergency call box or button, two-way voice transmitter, Wifi access point, sound sensor, environmental sensor, temperature sensor, humidity sensor, wind speed sensor, wind direction sensor, air quality sensor, and sensor of one or more air pollutants (all claimed).    ADVANTAGE - The system enhances public safety, improves maintenance and reduces the cost of the maintenance.    DETAILED DESCRIPTION - A solar-powered utility system comprises:    (A) at least one utility unit comprising a pole; multiple power sources comprising a wrapped PV panel (2514) curved at least part way around a generally vertical surface of the pole, and a flat PV panel (2540) mounted on the pole, where the wrapped PV panel and the flat PV panel each output power having different electrical characteristics;    (B) an electrical load device connected to the pole;    (C) an ESU provided on, in or near the pole;    (D) a CC operatively connecting the wrapped PV panel and the flat panel to the ESU, where charge controller comprises MPPT and CC-input specifications defined by the charge controller MPPT; and    (E) a first PO (2571) between the wrapped PV panel and the charge controller and a second PO between the flat PV panel and the charge controller.    The first and second power optimizers are each tuned differently, to receive the output power having different electrical characteristics from the wrapped PV panel and the flat PV panel, respectively, and to each provide power to the charge controller consistent with the CC input specifications.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic view of the energy optimizing apparatus.    Lighting load (2505)    Wrapped PV panel (2514)    Flat PV panel (2540)    First P.O (2571)    MPPT algorithm (2572)