August 24th - Silicon wafer maker 1366 Technologies announced today that its Direct Wafer® manufacturing technology has renewed its performance record, independently by the Fraunhofer ISE CalLab Confirm that the battery conversion efficiency has reached 20.3%. This record was achieved through the joint efforts of 1366 Technology and its development partner Hanwha Q CELLS. The 1366 technology's direct silicon product incorporates Hanwha Q CELLS' Q.ANTUM battery technology, and the mass production standard process on the latter's pilot line also achieved an average conversion efficiency of 20.1%. Through the cooperation of the two companies, the battery efficiency of direct silicon technology has been increased by an average of 0.8% per year. “The future solar industry not only needs high efficiency, but also requires significant cost reductions. Our strategic alliance with Hanwha Q CELLS laid the foundation for the future of photovoltaics.†Frank van Mierlo, CEO of 1366 Technologies : "If the operating surface is a silicon melt instead of a silicon ingot or silicon rod, it means that you can design its structure during wafer formation. Wafers are not just an ordinary product, but are increasing efficiency and differentiation. By combining the advantages of direct silicon products with Hanwha's Q.ANTUM battery technology, we are rapidly approaching 21% conversion efficiency, which was previously only possible with single crystal silicon wafers." 1366 Technology Direct Wafer® "Based on direct silicon technology, Hanwha Q CELLS and 1366 Technology have made great strides in improving the efficiency of solar cells. The latest performance record once again shows that the direct silicon technology of 1366's technological innovation will be compared with our existing Q.ANTUM battery technology. The combination has great potential," said Daniel Jeong, Hanwha's global CTO and executive vice president of Q CELLS. "The simple fact is that both polycrystalline and single-crystal rods are energy intensive, and the subsequent slicing process is also a waste. For modern industries, this is an ancient process. Although the mature supply chain is reduced, Cost, but it also limits innovation.†Milo continued, “Direct wafer products will provide the lowest leveled cost of electricity generation (LCOE) for the photovoltaic industry. We use only 1/3 of the energy consumption without sacrificing product performance. This is done in the circumstances." Test wafers were produced at 1366 Technologies' display facility in Bedford, Massachusetts, and battery production was performed at Hanwha Q CELLS's technology innovation and quality center in Talheim, Germany using mass production process equipment.
1. Use Surface Mount System to install electron component. High quality stable and more quality consistency.
2. Pass germany TUV testing, have EMC and LVD certificate.
3. The AC input power voltage is made between 85V to 240V. So it could select AC input voltage automatically. You could work in AC USA 110V or AC europe 220-240V.
4. CEL: Cellulose electrode is special electrode to lay big pipe on oil and chemical industry, natural gas, electric power, civil pipeline of oil, gas, water. They need high ilder voltage (more than 90V). This machine could do
Welding Machines, Welding Equipment, MMA Welding, Miller Welders YongKang WALMA Tools CO., LTD. , http://www.walmatools.com
The conversion efficiency record of silicon products is refreshed again to 20.3%