Japan's first quarter 2009 shipments of solar cells, 1.8 times for the same period last year
According to the Japanese Solar Energy Association (JPEA) The statistics show that Japanese companies are JPEA members of the first quarter of 2009 (4 months to 6 months) of the solar cell and module supplier by 10% compared with a year earlier, reaching 84.6MW. Exports fell by 6% year on year, down to 201.4MW, and for shipments in Japan has increased 83% year on year, reaching 83.3MW. The reason is Japan's recovery after the subsidy system, was active in the domestic market trends.
From different types of view classes solar polysilicon supply increased by 7% compared with a year earlier, to 149.4MW, an increase of 8% of the silicon type, for 97.7MW, an increase of thin film silicon 31% category, the 33.6MW. Compounds, etc. are JPEA classified as "other" type of an increase of 38%, to 4.0MW.
Committee cell fusion technique Tohoku University of Japan
Environment and energy from the field of Tohoku University teachers set up "NPO corporate environmental Energy Institute", will low-cost and efficient utilization of natural energy and research and development of large-capacity lithium-ion rechargeable battery, DC power distribution technology, high-efficiency solar cells and LED, etc. instance of the latest technology and its integration at September 4, 2009 in Tokyo, Harumi Island Triton Square (Harumi Island Triton Square), researchers from various fields held speaker's speech will "bring lithium-ion battery development of new applications of solar panels . "
Speech delivered by NEC Tokin "lithium-ion battery development at the forefront" and "solar power energy, power storage solutions", Matsushita Electric issued a "residential AC / DC hybrid cabling system," Interdisciplinary Science, Tohoku University International Center for Advanced Study Fujii grams Division published "to the goal of LED lighting applications development trend" component.
Institute of the body that represented the natural solar energy technologies, although very active, but only those with a high degree of environmental awareness as well as a grant-based, difficult to be cost-effective source of energy. In this context, the instability of natural energy, and rely on the current system makes the power of thinking difficult to use natural energy, so the natural energy and lithium-ion rechargeable battery, DC power distribution and efficient LED technology and the integration of the fields becomes more made important.
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