Optimization and integration system for wind and light auxiliary heat power mechanism solar tower-type power output

Abstract

The invention relates to a power output optimization and integration system in multiple core technologies of a purification solar air heat collecting and flow storage subsystem, a solar tower pipe flow-type air turbine generator set subsystem, a solar tower hot air flow auxiliary heating subsystem, a resistance circulation shaftless wind power generating subsystem and a solar air flow guide functional tower subsystem, in particular to a wind and light auxiliary heat power mechanism solar tower-type power output optimization and integration system which comprises a solar tower body, a steel guy cable fastening piece, a steel guy cable, an anti-seismic and anti-cracking protection cover, a lightning-protection anti-collision device, a wheel-type support ring, a steel cylinder ring, a drain pipe, a plane base station in the solar tower, a solar tower base, an upper pulling hot air channel, a mechanical and operating room, a variable speed motor, a resistance air regulating cover, a solartower hot air auxiliary heating subsystem, a purification solar air heat collecting and flow storage subsystem, a solar pipe flow-type air turbine generator set subsystem and a resistance circulationshaftless wind power generating subsystem.

Description

technical field [0001] The sun tower type power output optimization integration system of the present invention with both scenery and auxiliary heat generating mechanism relates to a purified solar air heat collection and storage subsystem, a solar tower tube-flow air turbine generator set subsystem, and a solar tower hot air flow auxiliary heater System, resistive circulation shaftless wind power generation sub-system, solar air flow guiding function tower sub-system, multiple major core technologies power output optimization integrated system, which belongs to the technical field of wind power generation, solar hot air power generation and auxiliary gas heating continuous power output. Background technique [0002] In the 1980s, Professor Jorgen Schleich of the University of Stuttgart and his collaborators first proposed solar chimney thermal power generation, and conducted long-term experimental research. The basic principle is to heat the air in the shed through the solar...

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Problems solved by technology

[0004] After further searching and market investigation, no expert documents and patent reports completely consistent with or similar to the present invention have been found

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