Taiwan R & D high-efficiency organic solar cell production reached 1 billion U.S. dollars estimated
May 16 issue of global warming continue to be concerned about the
laptop battery power, everywhere, the development of alternative energy sources, Taiwan's "National Chiao Tung University," cross-Optical Research Center, using a similar plastic material in general, developed the world's most efficient organic solar cells. Because the method is easier to obtain, not only will not be a serious shortage of raw materials such as silicon problem can also be folded and bent, predicted the next 3 to 5 years can enter ordinary families, the market value of more can be as high as 10 billion dollars.
According to Taiwan's ETTV reported that the traditional solar panels because the large size is not easy to
dell battery promote, "Chiao Tung University," R & D team to produce a 5.2% energy conversion efficiency of plastic solar cells. The traditional silicon solar cells compared to the greatest advantage of organic solar cells is similar to normal cells of the material produced by the use of plastic raw materials, and are easily available, the price is also very low.
"National Chiao Tung University," Optical Engineering, Assistant Professor Chen Fang-chung said that Taiwan's current use of solar energy is not universal, therefore, the smooth organic solar cells, once listed, will become the future
inspiron 1300 battery trend. He said, and in general compared to traditional silicon solar cells, such solar cells are lightweight, flexible features, and daily life so it can be combined.
Chen Fang-chung pointed out that the future can be flexible solar cells folding into a pocket size, always close at hand to use, such as mobile phones, if there was no electricity, you can use solar cells to recharge, but can also combine and notebook computers
hd438, or devices In the top of the tent and give to the soldiers of outdoor travel or field use, a conservative estimate by 2011, market value will reach one billion U.S. dollars.
Japan's anti-dumping investigations manganese
Bureau of Japanese Ministry of Finance Customs tariff classes
kd186, by the middle province of Trade and Economic Cooperation Bureau of Investigation special tariff Room on April 27 letter to Chinese Embassy in Japan to do business office, saying that from today onwards originating from China, South Africa, Australia, Spain, electrolytic manganese dioxide anti-dumping investigation was launched, involving the amount of 3.6484 million U.S. dollars. This is the Japanese products since 1991 to my anti-dumping investigations initiated since the second time I launched the anti-dumping investigations.
Electric vehicles will be steady growth in 10 years,
China from the "Ninth Five Year Plan" period began to
hp battery attach importance to and invested heavily in R & D work for electric cars, only in the "Ninth Five Year Plan" period have invested 100 million fund, of which 50 million yuan for the "Clean Vehicle Action research and industrialization of key technologies" project, on the end of 1999 through a public tender, start all the work. State-sponsored research project is divided into two major categories of projects and local projects, including gas cars, electric cars, hybrid, clean automobile promote the use of integrated environmental assessment of areas such as scientific research and industrialization of high technology. That same year, started to "promote the pure electric cars and hybrid research and development and demonstration" as the main content of "air purification project - Clean Vehicle Action", the National Clean Vehicle Coordinating Leading Group established in Beijing, Shanghai, Tianjin and other 12 cities Auto pilot demonstration as a clean city, the establishment of FAW, Dongfeng, Shanghai, and five clean vehicle production base. In 1998, the State Science and Technology, Wuhan approved "National research and development of electric car test base" for Dongfeng in Hubei and the support of various relevant institutions. Wave in the development of electric vehicles, Hubei Province set up
hp 510 battery a "leading group for the development of electric vehicle industry", by the governor himself in command.
"Tenth Five-Year" period, the state has invested 1 billion to support electric cars forward-looking technology development, which does not include raw materials, research, a complete fuel cell and other power sources such as basic research. 863 developed at the national Science and Technology under the plan of 12 scientific and technological projects, there are three projects and electric automobiles. In the "Ninth Five Year Plan" period, Tsinghua University has developed 7 16 medium-sized electric buses, two of which 6,000 km drive safely. Tianjin Automotive Research Institute, "Beverly" brand mini-van, based on trial out of three mini-electric vehicles, the maximum speed of 70 kilometers on a single charge can travel 964 kilometers. Dongfeng Automotive Engineering Research Institute of the main Chinese Academy of Sciences electrician, Tsinghua University, Harbin Institute of Technology and
hp 530 battery other seven units involved in the development of China's first electric car concept vehicle, various performance indicators to achieve the late 20th century, the international level of 90 .
Electric vehicle is a motor-driven motor vehicles, including
pavilion dv2000 battery-electric vehicles, hybrid electric vehicles and fuel cell electric vehicles. At present they are in different stages of development face different challenges, need to adopt different strategies. After more than a century of development, major vehicle manufacturers around the globe can be as small volume production has been specially designed electric vehicles, sold or leased to customers.
The key technologies include electric vehicle automotive technology, electrical technology, electrical technology, information technology and chemical technology. While energy plays a decisive role, but the body design, electric drive, energy management and system optimization is equally important, their integration is the key to the success of electric vehicles.
Vehicle electric vehicle energy systems are a major obstacle to commercialization, either now or in the foreseeable future, electric cars most of the important aspects of development and development will be of different types of energy-related. The current application of the
pavilion dv6000 battery has been advanced lead-acid batteries, nickel-cadmium batteries and nickel-metal hydride batteries, nickel-metal hydride nickel-cadmium are mature enough, except not as good as the other properties are better than nickel-cadmium batteries, nickel-cadmium batteries are being replaced by nickel-metal hydride batteries. In fact, some manufacturers are still producing nickel-cadmium batteries, because people again tried to bring electric vehicles to use nickel-cadmium batteries. Therefore, in the near future, advanced lead-acid batteries due to mature and price advantage still dominates, nickel-metal hydride batteries are also attractive because of good performance. Application of high-medium-term prospects of the battery are: nickel-zinc, zinc-air, sodium nickel chloride, lithium and lithium-ion batteries all poly. Lithium-ion batteries have been a number of battery manufacturers as a medium-term prospect of the most extensive battery, obstacle is the high cost of initial investment, even though a large number of post-production can be greatly reduced. Zinc-air batteries due to excellent and rapid than the mechanical energy of charging was good, disadvantage is that feedback can not use the regenerative braking energy. The main disadvantage of nickel-zinc battery cycle life is short, the medium can compete with the nickel-metal hydride batteries. Sodium nickel chloride battery temperature is acceptable, its performance can be further improved. Li-ion battery electric vehicle has already had excellent battery performance, many
pavilion dv5 battery manufacturers are speeding up their research and development.
Fuel cell is an electrochemical device, the use of electrochemical reaction to generate electricity. It features high efficiency, zero emission no noise or very low emissions, waste heat can be re-use, quick to add fuel, fuel variety, long life and high reliability. Melt the fuel cell and solid-state carbon fuel cell operating temperature curing as high as 600 ~ 900 degrees Celsius, and practical difficulties. Direct methanol fuel cells do not mature, and its power rating and power density is too low, can not be used for electric vehicles. As for the acid fuel cell, alkaline fuel cells and solid polymer fuel cells (also known as proton exchange membrane fuel cell), if used for electric vehicles
pavilion dv4 battery, it is technically feasible, it is referred to as fuel cell electric vehicles.
Development of electric cars, not only the need to integrate automotive, electrical drives, electronics, energy storage and control technologies need to rally from government, industry, research institutions, power companies, transportation departments and users the advantages of the big collaboration, the risk of a total of Tam, and shared achievements. It is foreseeable that in the next few decades, battery electric vehicles, mixed cell. Development of electric cars, not only the need to integrate automotive, electrical drives, electronics, energy
fujitsu battery storage and control technologies need to rally from government, industry, research institutions, power companies, transportation departments and users the advantages of the big collaboration, the risk of a total of Tam, and shared achievements. It is foreseeable that the next few decades, battery electric vehicles, hybrid electric vehicles and fuel cell electric vehicle market share growth will be steady, and the fuel vehicle market share will be reduced gradually. Environmental protection and energy conservation will continue to promote the development of electric vehicles in recent years, the commercialization of battery electric vehicles blocked on the high prices and short mileage, failed to meet customer needs, the recent hybrid electric vehicles and fuel cell electric vehicle rapid growth. The new technology will promote the vehicle energy technologies and electric drive technologies continue to develop. Battery electric vehicles due to limited battery energy storage primarily designed for small cars, for urban traffic. Hybrid vehicles will be rapid growth, the key is to optimize a variety of energy sources to obtain the main cost performance. In the long run, zero-emissions and fuel mileage cars with comparable fuel cell electric vehicles will become
lifebook t4010 battery a mainstream electric car market, the key is to develop low-cost fuel cells, efficient fuel processing and fuel supply system.