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PV-led integrated double glass module packaging method

A PV-LED, 1.PV-LED technology, applied in the direction of electric solid devices, semiconductor devices, electrical components, etc., can solve the problems of LED lamp bead package damage, single application, and affect the quality of components, etc., to achieve structural strength and heat preservation The effect of performance satisfaction

Active Publication Date: 2018-05-25
LIANYUNGANG SHENZHOU NEW ENERGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the solar photovoltaic industry, more and more solar photovoltaic applications have emerged as the times require. Now solar photovoltaic applications are no longer limited to power station projects and solar street lights, but have entered various industries, such as advertising, agriculture, decoration, etc., but Most of the existing processes are used in the way of external splicing. Even if some modular products are used, there are many defects in the production: on the one hand, there is no complete production method, on the other hand, the application is relatively simple; and a solar photovoltaic module and LED integrated packaging module-PV-LED integrated double-glass module can solve the above problems, but PV-LED integrated double-glass module packaging requires multiple components to be assembled, so there are bubbles during packaging, LED lamp bead packaging is damaged, Problems such as offset and arrangement seriously affect the quality of components

Method used

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Examples

Experimental program
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Effect test

Embodiment 1

[0032] The PV-LED integrated double-glass component packaging method described in this embodiment includes the following steps:

[0033] (1) Pre-packaged glass-encapsulated LED strips on the back

[0034] a: Choose 5mm back glass, and the specification is 480X560mm, yellow LED light strip as the base material;

[0035] b: Using the glue dropping method, first place the back glass flat on the work surface, use AB glue to fix the LED light strip and the filler made of pvc board together, and then use epoxy glue to put the LED light strip and the filler in the middle Fill the gap, vacuumize for 1 hour, heat and cure under pressure -90kpa, cure at 55°C, bake and cure for 2 hours, and cure the light strip on the back glass;

[0036] (2) PV-LED integrated double glass module packaging

[0037] a: Put the front glass flat on the working table, and then install PVB adhesive film, battery sheet, PVB adhesive film, single-sided fire-resistant phlogopite mica tape, PVB adhesive film, a...

Embodiment 2

[0040] The PV-LED integrated double-glass component packaging method described in this embodiment includes the following steps:

[0041] (1) Pre-packaged glass-encapsulated LED strips on the back

[0042] a: Choose 3mm back glass, and the specification is 1000x560mm, red LED light strip as the base material;

[0043] b: Using the glue dropping method, first place the back glass flat on the work surface, use AB glue to fix the LED light strip and the filler made of pvc board together, and then use liquid silicone rubber to put the LED light strip and the filler in the middle Fill the gap, evacuate for 0.9 hours, heat and cure at a pressure of -80kpa, cure at a temperature of 50°C, bake and cure for 3 hours, and cure the light strip on the back glass;

[0044] (2) PV-LED integrated double glass module packaging

[0045] a: Place the front glass flat on the worktable, and set POE film, battery sheet, POE film, polyethylene terephthalate, POE film on the front glass in sequence....

Embodiment 3

[0048] (1) Pre-encapsulation of glass-encapsulated LED beads on the back

[0049] a: Use 5mm back glass and orange LED lamp beads as the substrate;

[0050] b: Using the glue dropping method, first place the back glass flat on the work surface, use AB glue to fix the LED lamp beads and the filler made of pvc board together, and then use epoxy glue to put the LED lamp beads and the filler in the middle Fill the gap, vacuumize for 0.85 hours, heat and cure at a pressure of -85kpa, cure at a temperature of 50°C, bake and cure for 1.5 hours, and cure the lamp beads on the back glass;

[0051] (2) PV-LED integrated double glass module packaging

[0052] a: Place the front glass flat on the working table, and then install EVA film, battery sheet, EVA film, ethylene-tetrafluoroethylene copolymer, EVA film, and pre-packaged after step (1) on the front glass. The back glass is packaged by lamination method, using the press frame process, the temperature is 135°C for 1500s, the pressu...

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Abstract

The present invention discloses a PV-LED integrated double-glass module encapsulation method. A solar photovoltaic double-glass module and a LED product are perfectly combined, two sheets of glass and an insulation layer are composed, and the back glass of the LED is encapsulated; an interlayer lays solar cells, and Sn-coating copper strip arranged between the solar cells forms a composite layer which is in parallel with and collects the whole component of a lead terminal; and coating is adopted to bond between layers to form a whole module. The PV-LED integrated double-glass module encapsulation method is applied to fields of the photovoltaic industry, the application problem of the combination of a solar photovoltaic module and a LED is solved, and the problems of bubbles in the process of the PV-LED integrated double-glass module manufacture and the damage, the migration and the assignment of the LED lamp bead encapsulation are effectively solved. The PV-LED integrated double-glass module may be modularized and integrated and may take the largest advantage for markets.

Description

technical field [0001] The invention belongs to the field of double-glass component manufacturing, and in particular relates to a PV-LED integrated double-glass component packaging method. Background technique [0002] With the rapid development of the solar photovoltaic industry, more and more solar photovoltaic applications have emerged as the times require. Now solar photovoltaic applications are no longer limited to power station projects and solar street lights, but have entered various industries, such as advertising, agriculture, decoration, etc., but Most of the existing processes are used in the way of external splicing. Even if some modular products are used, there are many defects in the production: on the one hand, there is no complete production method, on the other hand, the application is relatively simple; and a solar photovoltaic module and LED integrated packaging module-PV-LED integrated double-glass module can solve the above problems, but PV-LED integrat...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): H01L25/16H01L31/18H01L33/00
CPCH01L25/167H01L31/18H01L33/005
Inventor 宋书坤王恒琦姚翔伟冯同洋石勇
Owner LIANYUNGANG SHENZHOU NEW ENERGY
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