The invention relates to a solar energy light condensation structure which comprises a first reflector and a heat collector arranged at a light condensation focus of the first reflector. The solar energy light condensation structure is characterized by further comprising at least one set of Fresnel reflection team arranged on the other side of the heat collector and used for condensing sunlight to the heat collector, wherein the Fresnel reflection team is formed by sequentially arranged a plurality of reflector plates with different angles; a symmetry plane, passing through the heat collector, in the first reflector, is defined as a first symmetry plane, and the included angles between the first symmetry plane and the plurality of reflector plates are sequentially increased or decreased. Therefore, the upper and lower surfaces of the heat collector are heated at the same time by reflected light, the heat collector surfaces are mostly high-temperature regions, the heat dissipation area is small, the heat collector surfaces are evenly heated, the air mobility is inhibited, low high-temperature regions are reduced, heat loss is reduced, and no influence is caused on the surrounding circumstance by the reflected light.