Anti-sustained strong wind balanced mirror plane heliostat reflective condensation module for shed

Abstract

The invention relates to an anti-sustained strong wind balanced mirror plane heliostat reflective condensation module for a shed. The anti-sustained strong wind balanced mirror plane heliostat reflective condensation module for the shed comprises a water tank, a floating block, a balance support shaft, a bearing assembly, a support rack, a reservoir, an automatic control valve, a water scooping machine, a water communication pipe, fixed frameworks, cross bars, a circular baffle plate, an arc baffle plate, vertical baffle plates, a slide rail, a mirror plane, an electric push rod, a hoist, a one-way clutch, an electric lock, a motor, a spacing frame, a chain, a toothed disk, a toothed bar, a gear, a ratchet strip, a ratchet wheel, balls, a rotating disk, connection rods, a spring, a rope tool, pulleys and the like, wherein the water tank is internally provided with the floating block and has protrusions and openings, and the floating block has column-shaped protrusions with bearings. The module is resistant to various strong sustained winds, increases brightness in the shed, and is low in operational energy consumption, low in manufacturing cost, high in efficiency, simple in structure, few in manufacturing procedures and materials, light in weight, simple to dismount and debug, precise in control, and suitable for various climates.

Description

Technical field: [0001] Production and manufacturing of specular reflection heliostat tracking concentrating equipment and shed equipment Background technique: [0002] At present, single-axis or dual-axis heliostat trackers are used in various countries to increase the light-gathering efficiency of the mirror surface, but they cannot control the mirror surface at any angle of 360°, so that the fully balanced working principle cannot be fully utilized, resulting in a large amount of energy consumption in operation Reduced, and two adjacent single-sided mirrors cannot face each other, (because if two adjacent single-sided mirrors with an angle of more than 60 degrees with the horizontal plane can face each other, the light above the two mirrors will gather to the two between two mirrors, it will not affect the lighting under the mirror, but increase the lighting) and has no wind resistance function. If we can invent a specular reflection heliostat tracking concentrator that ...

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Problems solved by technology

There is no good effect of using solar water heaters in winter greenhouses in the north, and no good effect of using shade nets in summer greenhouses in the south

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