Solar panel frame
Technological Requirements
Flow: Gluing evenly
Precision: Accurate ratio of AB glue without no curing , slow curing or fast curing
Thickness: Thickness evenly without any missing
Movement: Without any glue drop onto the lamp hat and lamp cup
Speed: Customize multi-head can greatly increase production capacity
Process Procedure
Producing solar panel - Fixing solar panel to machine working area - glue dispensing - covering with up panel - curing - aging test
Adhesive characteristics
Glue type: Silicon
Feature: high viscosity, high cost, high precision
Main ratio: 10:1
Curing condition: heating to speed up curing
Gluing required: Glue pouring evenly to waterproof with good curing effect and no drop
Successful Cases
Hanergy Technology
Thin-film formingand flexibility are the future and general trend of the development of the photovoltaic industry. Based on this important strategic judgment, since 2010, Hanergy has organized experts to screen a number of overseas thin-film power generation companies for global technology integration, which is an important step for Hanergy to continue to become an international multinational clean energy company.On June 5, 2012, Hanergy Holdings purchasedaCIGS thin film battery manufacturerSolibro, a subsidiary of Germany's Q-CELLS.
The company's copper indium gallium selenide (CIGS) thin-film solar cells have the highest module conversion efficiency in the world, with R&D conversion rates of up to 21%, and have been certified by the German Fraunhofer Institute for Solar Energy Systems (Fraunhofer ISE). On January 9, 2013, Hanergy Holding Group announced the completion of M&A of American company MiaSolé at its Beijing headquarters, taking the second step of overseas technology integration.
This M&A made Hanergy obtain the copper indium gallium selenide (CIGS) technology with the world's highest conversion rate, achieving a mass production conversion rate of 15.5%, becoming a thin-film solar energy company that is globally leading in scale and technology.
