Single-tower multi-disc type solar power generating system

Abstract

The invention discloses a single-tower multi-disc type solar concentrating power generating system. The single-tower multi-disc type solar concentrating power generating system comprises a solar tower and a solar condenser lens component, wherein the solar condenser lens component comprises a solar condenser lens, a solar condenser lens pitch angle support rail and an azimuth angle rotating rail; the azimuth angle rotating rail is circular, horizontally arranged and rotatable; two solar condenser lens pitching and rotating support rails are fixed on the azimuth angle rotating rail in an inclined way; the solar condenser lens is arranged along a solar condenser lens pitching support rail and dose a circumferential movement around a pitch and rotation central line of heat collectors on the top of the tower; the solar tower is vertically arranged at a circular center of the azimuth angle rotating rail; a heat-transferring heat-preserving pipe is horizontally arranged at the top end of the solar tower through a rotating device on the solar tower; and the solar heat collectors are arranged at two outer ends of the heat-transferring heat-preserving pipe symmetrically through the center of the tower.

Description

technical field [0001] The invention relates to a power generation system, in particular to a single-tower multi-dish solar concentrated light power generation system. Background technique [0002] The solar power generation system in the prior art is composed of one or more solar towers, each solar tower is provided with a truss, the truss is a track composed of upper and lower tracks, the upper track is connected with the support frame supporting the track, and the lower track is The track is fixed, and there are pulleys between the upper and lower tracks. The upper and lower tracks can rotate relative to each other. There are many solar collectors and solar concentrators on the upper track, and many solar collectors and solar concentrators are displayed. Arranged, the upper track drives the solar collectors and solar concentrators on it to track the sunlight, and each solar collector and solar concentrator moves at an altitude angle and gathers the collected energy, and s...

AI Technical Summary

Problems solved by technology

[0002] The solar power generation system in the prior art is composed of one or more solar towers, each solar tower is provided with a truss, the truss is a track composed of upper and lower tracks, the upper track is connected with the support frame supporting the track, and the lower track is The track is fixed, and there are pulleys between the upper and lower tracks. The upper and lower tracks can rotate relative to each other. There are many solar collectors and solar concentrators on the upper track, and many solar collectors and solar concentrators are displayed. Arranged, the upper track drives the solar collectors and solar concentrators on it to track the sunlight, and each solar collector and solar concentrator moves at an altitude angle and collects the collected energy, and sends it down to the heat in the solar tower. Air mixing bellows, the solar towers in the prior art are bulky, labor-intensive and time-consuming to build, and the repair and maintenance of the numerous solar collectors and solar concentrators designed on it are very difficult

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