Warmly congratulate on the successful production of HIT+ IMBRICATION + DOUBLE GLASS, the first printing imbrication welding equipment independently developed in China!
On July 3, 2018, Shenzhen Guangyuan shares ushered in a milestone day. The intelligent equipment co., LTD. Of light far lasted 315 days project r&d, sample validation, sample trial after a series of product research and development measures, successfully launched the first independent research and development domestic printing type imbricate welding equipment and HIT + imbricate + double glass rolled out the first piece of components, it is not only a light far stake in photovoltaic equipment technology breakthrough, but also marks the light far shares in technology innovation and took a steady and successful step on the road.
New products, new technology, new results. Light far shares as a national high-tech enterprises and the shenzhen high-tech enterprise, will continue to deepen the innovation ability of scientific research, strengthen the transformation of scientific and technological achievements, continue to maintain a high creativity, through more innovative concept and practice, improve enterprise competitiveness, and motivation in the study of new technologies and products again, for the new energy industry to provide a higher level of technical service and struggle, boosting China's sustained and healthy development of photovoltaic industry, for light far shares and stronger, striving to do big business dream!
Crystalline silicon cell imbricate series welding wire GPV-DW-A10
1. Feeding the whole battery sheet to discharging the battery is completed in a series;
2. Printing glue coating process, the amount of conductive glue is reduced by about 40% compared with the traditional process, and the glue coating accuracy is higher;
3. Compliant with the online integration of the charging from the whole battery piece to the right-angle and chamfered pieces;
4. On-line punching and welding function with busbar;
5. Closed drying and curing, conductive adhesive bonding is more stable;
6. Front and back related positioning, higher accuracy.
