Double-glass solar battery packaging method

Abstract

The invention relates to the packaging technical field of a solar battery, specifically to a double-glass solar battery packaging method. The packaging method comprises the steps of (1) performing battery piece detection; (2) performing single piece welding; (3) performing piece arrangement; (4) performing series connection of the pieces; (5) coating a transparent super-hydrophobic coating layer; (6) performing semi-finished product detection; (7) mounting a piece of front board glass; (8) gluing the outer surface of the front board glass with a transparent ARM protection film; (9) paving a transparent EVA film on the inner surface of the front board glass; (10) paving the battery pieces on the transparent EVA film; (11) paving the transparent EVA film; (12) mounting a piece of back board glass; (13) performing laminating and curing; (14) removing burrs; (15) performing output end connection; (16) gluing the outer surface of the back board glass with a transparent ARM protection film; (17) coating the outer surface of the transparent ARM protection film with a transparent super-hydrophobic coating layer; (18) performing finished product testing; and (19) performing vacuum packaging and putting in storage. The double-glass solar battery packaging method is safe and stable, relatively high frosting and icing resistance and relatively high in usability.

Description

technical field [0001] The invention relates to the technical field of solar cell packaging, in particular to a double-glass solar cell packaging method. Background technique [0002] As an inexhaustible and inexhaustible new type of green energy, solar energy has been widely valued by all walks of life. With the advancement of solar cell technology and the reduction of the cost of materials for manufacturing solar cells, photovoltaic power generation technology has gradually entered a mature stage. Solar photovoltaic products have gradually developed from the original specialized special-purpose products to market-oriented consumer products, and their application scope has expanded to various fields. The frame of a conventional solar module is generally composed of four aluminum profiles, including two long frames, two short frames and four corner keys. Encapsulated solar panels. [0003] When the solar panel is packaged in this way, defects such as high and low misalign...

AI Technical Summary

Problems solved by technology

The frame of the conventional four frame-encapsulated solar cell module has relatively low structural stability, and its tensile strength is also relatively low, and the frame adjustment is not convenient enough

At the same time, due to the influence of humid weather, solar panels are easily affected by moisture and become damp, resulting in poor anti-exposure and anti-icing performance of solar panels, which adversely affects the performance of the panels

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