Germany SCHOTT Solar Silicon Technology Upgrade Is Expected To Reduce The Loss Of Raw Materials

Recently, a global leader in the solar industry SCHOTT Germany came the news, the company reduced silicon material loss, increase power generation made technological progress. The company solar As a result of the new surface structure, its power generation efficiency by greatly improved. This new structure was named for the ISO structure, from SCHOTT Solar Research Center development, and be with the German Institute with the help of the factory building industry.

Improved solar surface structure will enable each component of solar cells produced a watt of electricity required by the scarcity of raw materials - by reducing the amount of silicon. This new technology, the battery can be received more sunlight into energy in order to achieve greater power density, save resources and reduce the loss of raw silicon, to improve the overall efficiency of production.

In addition, the new surface structure improved the appearance of products, a dark blue uniform texture to the appearance of SCHOTT Solar Cell harmonization.

At present, ASE-165GTFT/MCI series battery will start the introduction of the new structure, product names, the "I" that is representative of ISO structure. Subsequently, this new technology will be gradually applied SCHOTT all products and production facilities.

"By using the ISO structure means that we can improve the stability of solar products SCHOTT the effectiveness of the. On our customers, which means that they spend little money to get high-quality products and more energy." Michael Harre, SCHOTT Solar Limited, the management of marketing and sales members of the Committee, explained.

Solar cell research and development manager Wilfried Schmidt then added, "the market is generally difficult to laboratory and the results of research on existing lines combine," he said, "R & D departments and production departments are working closely together is the traditional SCHOTT Solar strengths, that is, in the near future we can implement this project soon. "