Assembly for solar panels with ultracapacitor-battery hybrid storage system

A Photovoltaic (PV) generation assembly (100) for permitting multiple direct reflections and multiple indirect reflections of solar radiation, characterized:

• a plurality of solar bricks (102) arranged in an interconnected manner,
• each solar brick (102) of the plurality of solar bricks (102) is lined with ultracapacitors or ultracapacitors-battery hybrid storage system (206) along a perimeter (104) of the PV generation assembly (100), the hybrid storage system (206) is connected in a series-parallel combination to achieve optimal charging voltage for an external storage,
• each solar brick (102) of the plurality of solar bricks (102) includes a lattice of hexagonal tubular frames (208) to affix solar cells, the hexagonal tubular frames (208) include a 3-dimensional arrangement of solar cells to trap the solar radiation,
• each tubular frame (208) defining an enclosed solar radiation receiving region comprises:
• a protective glass (302) configured to allow solar radiation to enter the tubular frame (208),
• a radial Fresnel lens (306) positioned to distribute incident solar radiation toward internal surfaces of the tubular frame (208), a height adjustment system (308),
• a solar cell assembly (310) comprising one or more solar cells arranged on the internal surfaces of the tubular frame (208) in a plurality of geometries, and
• a mirror (314) positioned to divert non-absorbed solar radiation back into the tubular frame (208),
• wherein the radial Fresnel lens (306), the mirror (314), and the internal surfaces of the tubular frame (208) cooperatively permit solar radiation entering the tubular frame (208) to undergo multiple direct reflections and multiple indirect reflections to induce an optical whirl within the tubular frame (208), thereby enabling repeated interaction of the solar radiation with the one or more solar cells arranged on the internal surfaces;
• and
• wherein electrical output from the one or more solar cells is routed to the external storage arranged along the perimeter (104),
• the height adjustment system (306) is positioned above the tubular frames (208) at an adjustable height, and
• the height adjustment system (306) makes the PV assembly (100) independent of slope angle inclination.