Crystalline silicon solar module packing box and packing method

Abstract

A crystalline silicon solar module packing box comprises a supporting plate, wherein right-angle protecting edges are correspondingly arranged at four inner corners of the supporting plate; a baffle plate is arranged between every two adjacent right-angle protecting edges; the four baffle plates are connected in an end-to-end manner and are correspondingly positioned in the four right-angle protecting edges; a box cover covers the top parts of the four right-angle protecting edges; and the box cover and the supporting plate are integrated through packing belts. The crystalline silicon solar module packing box is further provided with a protecting corner which can cover each of four edge corners of single solar module; each protecting corner comprises an isosceles right-angle angular plate.The packing method comprises the steps of overlapping the crystalline silicon solar modules into the supporting plate; adhering four side edges of the overlapped crystalline silicon solar modules tothe baffle plates; adhering the right-angle protecting edges at right-angle connecting parts of every two adjacent baffle plates; covering the box cover on the top parts of the overlapped crystallinesilicon solar modules; arranging the packing belts from the lower part of the supporting plate; and coiling the outer surface of the packed crystalline silicon solar module packing box with a protecting film through a film coiling machine.

Description

technical field [0001] The invention relates to a packaging box for a solar module, in particular to a packaging box for a crystalline silicon solar module and a packaging method. Background technique [0002] The crystalline silicon solar module packaging box is a carton used to package the crystalline silicon solar module to prevent the crystalline silicon solar module from being bumped and scratched during transportation and handling. At present, most packaging boxes for crystalline silicon solar modules are one-piece cartons that are closed all around. During the packing operation, two operators lift the crystalline silicon solar modules to a height higher than the packaging box for crystalline silicon solar modules, Put them side by side and vertically into the packing box of crystalline silicon solar modules. This packaging method has high handling height, high work intensity, low packaging efficiency, and the vertically placed crystalline silicon solar modules are ea...

AI Technical Summary

Problems solved by technology

This packaging method has high handling height, high work intensity, low packaging efficiency, and the vertically placed crystalline silicon solar modules are easy to tilt; during the unpacking process, since the crystalline silicon solar modules are placed side by side vertically, Silicon solar modules are difficult to unpack due to no supporting points topple over

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