Sanyo and Solar cells
Japan's Sanyo Electric Co., Ltd. has developed high-speed production of silicon thin film technology, and with new technology to produce the dual structure of thin film solar cells for making low-cost production of high practical photoelectric conversion efficiency of solar cells possible.
Sanyo HIT solar cell conversion efficiency of 21.4% achieved
Sanyo announced the company's self-HIT (heterojunction with intrinsic thin layer) solar cell thinning to 85µm when the experimental results. The company has been in the EU PVSEC 2007, announced the same thickness of the existing unit HIT solar cell achieved 22.3% conversion efficiency.
Sanyo The experimental results show that the cell after thinning to 85µm, the company's own testing of the conversion efficiency of 21.4%. Although the HIT solar cell after thinning, short-circuit current (Isc) decreased significantly, but the open circuit voltage (Voc) increases, the ultimate conversion efficiency is only slightly reduced the number.
Additionally, Sanyo Electric also announced the use of conversion efficiency of 22.3% of the HIT solar cell module of the experimental trial results. The determination of the Japanese Institute of Industrial Science and Technology area of 1366cm2 module, the conversion efficiency of 20.6%.
Hyperion Power Generation's new small portable nuclear "batteries"
Hyperion Power Generation's CEO, will be September 29 to October 3 at the 52nd International Atomic Energy Agency (IAEA) meeting for the first time the company introduced its unique small nuclear power modules. The IAEA annual General Assembly meeting will be held in Vienna, Austria. By then, John R. Grizz Deal, CEO and director of business development James Jones will personally products.
The second show is from the U.S. Department of Commerce HPG, the U.S. State Department and the U.S. Department of Energy jointly sponsored civilian nuclear power industry to promote the scheme part of the program is designed to use nuclear power in the developing and developed countries / areas of nuclear technology and to solve new program.
Deal said: "We are looking forward to this in the IAEA's a good chance. Originally developed Hyperion nuclear power module is aimed at oil sands operations to the remote industrial applications such as providing clean, affordable electricity. However, the need for remote or scarcity of the community to provide reliable power power of the parties has always been of great interest in this product. In fact, our main customer is the mixed-use development of European companies. This is a very good sign, because the HPM (Hyperion Nuclear Power Module) meet GNEP (Global Nuclear Energy Partnership, the Global Nuclear Energy Partnership), all non-proliferation standards, is an excellent place for any solution. HPM has existed for several years around the world the simple concept of training with the reactor, providing a safe, sustainable, clean, no radiation energy, and the necessary human and financial resources is only a small part of the traditional nuclear power plants. "
HPM intellectual property portfolio was conceived in the Los Alamos National Laboratory, the laboratory's technology transfer program through licensed to Hyperion Power Generation for commercial use. HPM has a safe and non-proliferation features, using low-enriched uranium fuel. HPM and connect each turbine can produce 70 MWt (27 MW) of electricity, enough to 20,000 American families or the same number of industrial users. Distributed in three different regions of the world's factory plans to produce 4,000 Group first HPM.
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