NOVELTY - The utility system comprises a utility unit comprising a utility pole (2010), a power source having a photovoltaic (PV) panel curved around a generally vertical surface of the pole, and an electrical load device connected to the pole. A controller is operatively connected to the electrical load device and the power source. The controller is adapted for two-way communication with the controller and the electrical load device and to control energy consumption of the electrical load device from the power source.    USE - Utility system for powering electrical load device of outdoor lighting system. Uses include but are not limited to powering of LED luminaire, video camera, WiFi access point, digital display, motion sensors, etc., monitoring and managing of devices/array for dissemination to customers such as public, commercial entities, or government, and for providing solar-powered services to well-developed towns and cities and other services such as security, alarms, displays, advertising, WIFI, environmental sampling/sensing stations, etc.    ADVANTAGE - The outdoor utility system which is highly efficient in collecting and storing energy from the suns rays, and in using the energy over several nights to light a surrounding area even through inclement, overcast periods of time is provided. A cooling system is used to greatly increase the battery life and efficiency of the entire system. An efficient and versatile LED light fixture is used for all or nearly all streetlight styles without the need to separately engineer LED fixtures for each lamp/fixture style desired by the public, government, or neighborhood. A visually-integrated appearance, preferably without flat panels of solar cells, is provided, without providing exposed equipments. The nearly-instant peer-to-peer communication allows the nodes to share information, while minimizing the amount of energy used via solar-powered batteries. The public safety, information, and/or other services can be provided efficiently, while protecting the operability, effectiveness, and energy-efficiency of the utility units. The services and actions may be appropriately-timed and prioritized by the detect-trigger-action model. The electrical grid can be protected from damage. The operation of the utilities/services is enhanced.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a multi-load peer-to-peer network comprising both narrowband and broadband communication mesh networks matched to the requirements of the various loads, and a multi-protocol gateway to an internet and cloud service.    Utility pole (2010)    Narrowband wireless mesh (2040)    Internet (2060)    Cloud services (2070)    Carrier network (2080)