Collection, conduction, reversing, and utilization device for solar energy

Abstract

The invention discloses a reversing utilization equipment with sunlight convergence and conduction, which can provides a reversing utilization equipment with solar energy collection and conduction, which can work in normal when it track the dynamic optical path. It comprises collection light pipe, coordination light pipe, static light pipe, reversion light pipe, utilization light pipe, reflector with rotating arc face and mechanical assistant device. Said light pipe is the round light pipe, which set a protection layer on the inner tube connected with arc face. Diameters of five partial light pipes are increased by degrees in turn. The outlet straight part of light pipe with consistent central axis enters into the inlet straight part of light pipe with inner diameter larger than outer diameter of the former a little to form light joint. Two straight tube parts rotate in radius and / or axis direction on the central axis to form active light joint. Adjacent two parts of light pipes are connected by active light joint and the inlet centre of collection light pipe is set at the focus position of reflector. The invention can transform the sunlight into controlled general energy to cook, heating water, generating electricity and illumining so on.

Description

technical field [0001] The present invention relates to a solar energy collection and utilization device, in particular to a device that gathers and conducts sunlight and can change the utilization direction to a desired location at any time for multiple utilizations such as cooking, hot water production, power generation, lighting, and heating. Background technique [0002] For example, Chinese Special Case Publication No. CN 87211774U, the publication date was September 28, 1988, and the name of the invention is a sunlight collecting and reflecting device. way to go. Its disadvantages: there are five lenses in the entire optical path of the device, and more lenses reduce the total solar transmittance; moreover, the sun's rays are not parallel, and the two ends of the sun's diameter shine on a certain point on the earth , the angle between the rays is 32', so when sunlight passes through the device, part of the light energy will be consumed on the wall of the light guide t...

AI Technical Summary

Problems solved by technology

Its disadvantages: there are five lenses in the entire optical path of the device, and more lenses reduce the total solar transmittance; moreover, the sun's rays are not parallel, and the two ends of the sun's diameter shine on a certain point on the earth , the angle between the rays is 32', so when sunlight passes through the device, part of the light energy will be consumed on the wall of the light guide tube, and it will increase with the extension of the transmission distance; and the sun is constantly changing its orientation relative to us, the device is not completely Addresses an issue with keeping the light path working properly when tracking motion

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