All-weather wind-light-integrated generator

Abstract

The invention relates to an all-weather wind-light-integrated generator. The all-weather wind-light-integrated generator is characterized in that rail motive-power vehicles which can be regulated and controlled automatically are mounted at positions of outer floor rollers and height horizontal rollers of all photovoltaic planar blades; each rail motive-power vehicle is power equipment formed an automatic regulating and control system, a rail electric vehicle body and a photovoltaic self-charging storage battery. The all-weather wind-light-integrated generator has the advantages that dragging (pushing) power is provided for the photovoltaic planar blades by regulating the rotation speed of direct-current motors to allow the photovoltaic planar blades rotate in the outer circular rails of in a base platform and in the height horizontal rails on the inner side of a body outer frame and around the vertical-axis generator at rated, lasting and stable rotation speed, and the generator can obtain lasting, stable and rated power output; a manner using independent photovoltaic power generation or using both solar power generation and wind-driven power generation is selected automatically; power supplies are turned off and braking is performed during danger, operation is restored automatically after the danger, and the generator is unaffected by weather and is promising in market prospect.

Description

technical field [0001] The invention relates to two new energy industries of wind power generation and solar photovoltaic power generation, in particular to an all-weather wind-solar integrated generator. Background technique [0002] The applicant's utility model patent "A Wind-solar Integrated Generator" (Patent No. 201520051312.5), which was authorized on May 06, 2015, discloses a technical scheme for the structural combination of power generation equipment in two industries of wind power generation and solar photovoltaic power generation. It is characterized in that: solar photovoltaic cells are used to assemble photovoltaic flat blades, which are installed on the extended vertical shaft of the vertical axis generator, so that the inner and outer landing rollers at the bottom of all photovoltaic flat blades are all in the inner and outer circumferential tracks installed on the base platform, It rotates around the generator to form a vertical axis wind turbine with two po...

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Problems solved by technology

[0006] The problems to be solved by the present invention are: solving the problem that the current development direction of wind power generation technology is to promote the output power stabilization of the wind power generation system; Or the defect of low efficiency of wind power generation; make the generator not affected by the weather (except for solar photovoltaic power generation), and become a permanent, stable, rated power generation output under all-weather climate conditions, regardless of wind or insufficient wind speed An all-weather wind-solar integrated generator

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