Flexible edge sealing mechanism for automatic edge sealing machine of solar dual-glass battery module

Abstract

The invention relates to a flexible edge sealing mechanism for an automatic edge sealing machine of a solar dual-glass battery module. The flexible edge sealing mechanism for the automatic edge sealing machine of the solar dual-glass battery module comprises a moving adjustment mechanism and a flexible edge sealing mechanism substrate, wherein the flexible edge sealing mechanism substrate is connected with the moving adjustment mechanism, a flexible mechanism installation plate is arranged at a left segment of the flexible edge sealing mechanism substrate, a glass guide mechanism is arranged at a position, near to a front part, of an intermediate segment, an adhesive tape guide positioning mechanism is arranged at a position, near to a rear part, of the intermediate segment, an adhesive tape loading mechanism is arranged at a right segment, and a flexible adhesive tape formation mechanism and a flexible adhesive tape kneading mechanism are sequentially arranged on the flexible mechanism installation plate from left to right. The flexible edge sealing mechanism for the automatic edge sealing machine of the solar dual-glass battery module is simple and convenient to operate, the sizeof a force applied to the dual-glass assembly is flexibly adjusted, the adhesive tape attachment quality is ensured, the adhesive tape attachment accuracy is high, the attachment appearance is attractive, and the adaptability to the glass size is high.

Description

technical field [0001] The invention relates to the field of edge sealing of double-glass cell components, in particular to a flexible edge-sealing mechanism used in an automatic edge-sealing machine for solar double-glass cell components. Background technique [0002] Compared with single-glass solar photovoltaic double-glass modules, the life cycle increases by 20%, and the power generation during the life cycle increases by 25%. The main difference in the structure of photovoltaic double-glass modules and single-glass modules is that the backsheet is changed from the original flexible PET to rigid tempered glass. , Before lamination, the structure of the double-glass photovoltaic module needs to be fixed, that is, tempered glass + EVA (PVB) + silicon wafer + EVA (PVB) + tempered glass. At present, before lamination of double-glass solar photovoltaic modules, manual sealing tape is used to fix the double-glass structure. With the rapid growth of photovoltaic double-glass ...

AI Technical Summary

Problems solved by technology

At present, before lamination of double-glass solar photovoltaic modules, manual sealing tape is used to fix the double-glass structure. With the rapid growth of market demand for photovoltaic double-glass modules and the increasing quality requirements, in the production process, traditional manual Insufficient edge banding technology (high cost, low efficiency, difficult quality control, poor appearance, etc.), has restricted the rapid promotion of this type of product

Images