Insulating glass with built-in photovoltaic shutter

Abstract

The invention discloses a solar photovoltaic hollow glass in the architecture integral technique domain, which is characterized by the following: setting solar battery tape 8 cut from large area film battery in the conductive bullet jacket 7 of conductive shaft 6 through-groove 6b; making it change direction automatically or manually in the fixation steering device through driver 14, driving member9 or the engagement of gear 24 and rack 23. The invention can generates power with inner sunshade design to adjust light transmittance ratio, which provides an ideal green energy saving environment protection product.

Description

Built-in photovoltaic shutter insulating glass technical field The invention relates to a solar photovoltaic hollow glass, to be precise, a photovoltaic module with a built-in rotatable solar cell, which belongs to the technical field of photovoltaic building integration. technical background Currently, the published ZL200420048717.5 "A Frame-Type Solar Insulating Glass" discloses that amorphous silicon solar cell strips are inlaid to form shutters and installed in the insulating glass interlayer. The solar cell strips are inserted into the angled prefabricated frame grooves and fixed on a built-in frame at a certain angle. The solar cell strips cannot be rotated in the interlayer and the angle cannot be adjusted. Patent No. 02219939.X "Hollow Glass with Built-in Venetian Blind" discloses a kind of venetian blind, which can rotate and stack the venetian blades through the steering rope and the traction rope in the hollow glass. For blinds that only function as sunshades, ...

AI Technical Summary

Problems solved by technology

In order to make the louver rotate, the steering rope is placed in the middle of the blade, so as not to be afraid of being blocked by the sun; in order to lift the louver up and down, holes can be drilled and threaded on it, and on the solar cell strip, there should be no light shielding objects or holes, which are easy to see. broken, will affect and reduce the power generation efficiency

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