Feb 4
2010

New high-end batteries

Sailing’s New high-end latitude c610 battery for Volkswagen cars matching

Recently, Sailing Co., Ltd. developed a new self-environmental protection, high-security cell 58043 (C6) products have technological breakthroughs, and will produce high-end Volkswagen cars for matching.

At present, Germany’s Volkswagen TL82506 new standard, is the world’s recognized lead-acid latitude c640 battery the most difficult test. Recently, FAW-Volkswagen representatives developed for the sailing 58043 (C6) cell products were environmentally friendly batteries, security TL82506 Standard Test recognition. After three days of intense and orderly trial, sailing developed 58043 (C6) cells have withstood the tilt, inverted, building pressure and ignition tests, fully meet the new Volkswagen TL82506 standards.

University of Tsukuba successfully quantum-dot solar cell conversion latitude c800 battery efficiency increased to 8.54%

The International Society of solar cell technology, “EU PVSEC” on the University of Tsukuba made public to the use of quantum dot solar cell of the photoelectric conversion efficiency increased to 8.54% of the technological achievements. Quantum-dot solar cells can reach the theoretical conversion efficiency of more than 60% of well-known is the future of efficient solar cells is one candidate.

Developed by the latitude c840 battery University of Tsukuba quantum-dot solar cells are pn junction between the multiple quantum dot layers stacked quantum-dot superlattice-based products, in the 1cm square alternately superimposed on the GaAs substrate 30, and 30-layer InAs layer GaNAs super-crystal lattice structure. Its characteristics are in the GaNAs formed on InAs, in order to ease the underlying strain between the lattice can be self-generating high-3 ~ 4nm, diameter of 20 ~ 30nm multiple quantum dots.

Lead to quantum-dot superlattice structure created between combination, in the conduction band formed on micro- sony vgp-bps2a battery, so that the use of various wavelengths of light possible.

Improve the quantum-dot superlattice type of conversion efficiency of the need to address the following issues: (1) reduce the thickness of the middle layer, and strengthen the integration between the quantum dots; (2) to enable the close arrangement of quantum dots; (3) stacking more layers . The University of Tsukuba to the middle layer thickness reduced to half of the past – 20nm, so that conversion efficiency from 3.7% to 8.54%. University of Tsukuba in the future goal is to 2020 sony vgp-bps2c battery, the conversion efficiency increased to 40%.

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Feb 4
2010

New Silicon Industry

Sichuan Xinguang dell Y9943 Silicon Industry Technology Co., Ltd. recently happiness, while the provincial government awarded the “high-tech innovative products in Sichuan Province” and “high-tech industrial demonstration enterprises in Sichuan Province”, and will receive a larger province in science and technology support and benefits dell RN873 policy, which is right Xinguang become even more powerful silicon industry leader.

Xinguang Silicon Industry Company in the first furnace polysilicon products since February 26 this year, after the advent of products through rigorous testing to achieve the current level of national e-2. Marks the province with their own intellectual property dell U4873 rights of polysilicon production technology will enter mass production stage, for the province to implement industrial province strategies to achieve the industrial province to province across the industry is of great significance. An annual output of 1,000 tons of polysilicon high-tech industrialization demonstration project into production, marking the country has been basically solved the key technologies for mass production of polysilicon. Xinguang Silicon Industry Company an annual output of 1,000 tons of polycrystalline silicon implementation of the project broke kiloton polysilicon industrialization of key technologies, formed from the process, equipment, self-control, recycling comprehensive polysilicon production system for the industrial development of China’s information and energy for the polysilicon Engineering Technology Research Center provided technical support for the establishment to further develop a new generation Dell Battery of low-cost poly-silicon process technology research and development possible.

Xinguang Silicon Industry Company have been identified from the vertical and horizontal development of silicon materials industry chain development ideas, namely: First, the main product development of a polysilicon line, two by-product utilization is based on the development of a polysilicon line, the establishment of three provinces around the industrial chain level and national-level scientific research and development base for the formation of polysilicon dell inspiron 1100 battery capability of independent innovation. In the “Eleventh Five-Year Plan”, the Xinguang Silicon Industry Company polysilicon production capacity will reach 4,000 tons or more, and the building of an integrated polysilicon industry chain (group), as well as production-related value-added products, according to the current market price forecasts, by 2010, the company will realize sales income of 12.5 billion more than 4 billion yuan in profits and taxes. By then, a polysilicon

Jiangxi silicon raw material mineral reserves ranking first in the country with dell inspiron 1300 battery

From Jiangxi Province Development and Reform Commission recently learned that, as the main raw material powder of silicon material quartz, is very rich reserves in Jiangxi, the current proven reserves to maintain nearly 20 million tons, ranking first in the country.

Jiangxi pink quartz mineral resources are mainly distributed in Yichun – Pingxiang area. Easy-to-ore mining, high-grade, washing up after the silica content of 99.5%. Jiangxi rock salt and fluorite resources are also very rich, proven reserves of rock salt resources of more than 10 billion tons, mainly distributed in the camphor tree, the new dry sony vgp-bps9/b battery and sony vgp-bps9/s battery, Huichang and other cities and counties; fluorspar reserves nearly 10 million tons, mainly distributed in the Dean, rejuvenating the country, Yongfeng counties. It is reported that silicon-rich mineral raw materials for the development of the province’s new energy industry, has laid a solid foundation.

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