Patent ID: 8689784

Claim:
A solar energy system comprising: a) an array of fresnel lenses interlocked together in a primary plane affixed to a dual-axis mirror solar tracking means to rotate the array to keep the fresnel lenses perpendicular to parallel direct sunlight and thereby keeping the focus of the fresnel lens direct on target toward collimating lenses; b) said collimating lenses positioned beneath each fresnel lens, near the focal point of each fresnel lens; c) a mirror positioned beneath each collimating lens at about forty-five degrees to direct a collimated beam toward a cone shaped mirror at the central point of the array; d) a plurality of additional angled mirrors for each array that does not have a direct light path from its first mirror beneath the collimating lens to a second reflector for directing collimated light toward said cone shaped mirror at the central point of the array; e) said cone shaped mirror located at the central point of the array, positioned such that the point of the cone is away from fresnel lenses; f) said cone shaped mirror would point toward a dual-axis mirror positioned to reflect the beams from the cone shaped mirror affixed to the fresnel lens array down the support metal tube affixed to the ground or surface, where the dual-axis mirror within a support metal tube, directs the collimated beams to a right angle retargeting mirror; g) a right angle retargeting mirror directing the collimated beams from the metal support tube toward a beam network; and h) a plurality of mirrors which form a beam network by reflecting the high power collimated light energy to a location several meters or a kilometer away.