NOVELTY - The solar canopy (100) comprises a canopy disposed above a substrate, solar panels disposed on an exterior surface of the canopy with exposure to the sun, a support (115A, 115B) holding the canopy with the solar panel, a power outlet disposed within the canopy, providing power to a user in it and receiving power from the solar panel, and an electrical device connected to the power outlet, where the canopy and the solar panel are flexible, collapsible and portable. The solar panel collects light energy, which consists of visible light, infrared light and/or ultraviolet light.    USE - The solar canopy such as tent useful in a kit to protect people or locations from dangerous or intense sun rays or light, and in photovoltaic and nanotechnology such as thin film polymer photovoltaic or thin film nanocomposite 3D solar cells.    ADVANTAGE - The solar canopy allows life-saving shade from the harsh sun and cool breeze, provides less cost-effective sources of energy in remote areas, is light-weight, durable, portable, flexible and water-resistant, can be easily assembled, avoids the ravages of the wind, and reduces the time and cost of production of the materials for photovoltaic cells.    DETAILED DESCRIPTION - The solar canopy (100) comprises a canopy disposed above a substrate, solar panels disposed on an exterior surface of the canopy with exposure to the sun, a support (115A, 115B) holding the canopy with the solar panel, a power outlet disposed within the canopy, providing power to a user in it and receiving power from the solar panel, and an electrical device connected to the power outlet, where the canopy and the solar panel are flexible, collapsible and portable. The solar panel collects light energy, which consists of visible light, infrared light and/or ultraviolet light. The solar panel is composed of a material consisting of plastic, composite, thin film semiconductor material, thin film photovoltaic, nanotechnology materials, thin film nanocomposites, quantum dot materials and/or spray-on composites. The solar panels are arrayed on the canopy. The canopy forms a shape when configured, where the shape has a footprint consisting of rectangular square, triangular and circular. The electrical device is secured to the power outlet via a locking unit, and consists of a fan, a water pump, adaptor, electrical socket, extension cord, multi-plug device, converter, regulator, cell or portable phone, computer, personal digital assistant devices and/or global positioning system (GPS) device. The support comprises three poles, which hold the canopy above the substrate. The power outlet is affixed to one of the poles of the support. The poles include a center pole and the power outlet is affixed to the center pole. The center pole does not extend to the substrate. The solar canopy components are detachable, the canopy and the solar panel are flexible for folding and the support is detachable from the canopy and the canopy components are rapidly assembled and disassembled. The canopy further includes detachable walls forming an enclosure. The canopy and walls are secured together by attachment unit, which consists of zippers, ties, ropes, clamps, grommets, snaps, buttons and/or Velcro (RTM: Fabric hook-and-loop fasteners). The walls are perpendicular to the substrate or at an angle to the substrate. The walls have one solar panel affixed to it. The canopy has an aperture, which consists of vents, windows and/or doors. The support for the canopy is deployable over the substrates, which consist of ground, rock, sand, ice and water. The solar panel gathers solar energy. An INDEPENDENT CLAIM is included for a solar canopy kit.    DESCRIPTION OF DRAWING(S) - The diagram shows a cross-sectional side view of a solar-powered canopy.    Canopy (100)    Topside portion (105)    Supports (115A, 115B)    Fan assembly (140)    Blades (142)    Toggle switch. (150)