The third-generation fuel cell car ¡°Beyond the Three¡± reliability through the acceptance

By the New Energy Automotive Engineering Center, Tongji University and Shanghai Fuel Cell Vehicle Power System Co., Ltd. shared the ¡°fuel cell car pilot study of reliability and durability¡± project yesterday, and acceptance by the Expert Group.

The project team for the third-generation fuel cell car ¡°Beyond III¡± was the equivalent of 14 million km of vehicle road simulation reliability test, completed 300 hours, roughly equivalent to 10 million km of durability Drum Tester Vehicle Simulation reliability testing, as well as six ¡°Beyond the Three¡± car total of 102,000 kilometers of roads actually test. The Group believes that the pilot research project on fuel cell reliability and durability of cars carried out a more comprehensive assessment and evaluation Canon BG-E1 Battery Grip, access to a lot of important data and results.

Science and Technology and the European Union share the commercialization of fuel cell demonstration work experience

Recently, the Ministry of Science and the commercialization of fuel cell demonstration project representative of the Office participated in the European Union, held in Barcelona, Spain, ¡°Third Annual Hydrogen Bus Demonstration Project.¡± From Daimler ¨C Chrysler Corporation, British Petroleum, the Australian Government and the European fuel cell bus demonstration station 8 in charge of more than 40 persons attended the meeting.

The meeting of the nine cities in Europe Canon BG-E2N Battery Grip, hydrogen fuel cell buses and hydrogen refueling station demonstrations operating experience, safety measures, and management experience were exchanged. During the meeting, Ministry of Science and the commercialization of fuel cell demonstration projects, representative of the Office of the hydrogenation of Spain has research stations and fuel-cell vehicle maintenance shop, and with the project manager is responsible for demonstration runs on the hydrogen station in operation, maintenance, fault and other issues exchange. 9 cities in Europe, more than two years time, the fuel cell buses in Europe, a different climate, terrain and traffic conditions, to carry out demonstration run, and achieved remarkable results. Including running mileage accumulated more than one million kilometers, with the ongoing work of the model run, the increased reliability, decreased the amount of consumption of hydrogen, 100 kilometers steady decline in the number of accidents and failures.

By working with other countries to carry out fuel cell vehicle demonstration exchange, so that their foreign counterparts on China¡¯s development of fuel cell vehicles has been understanding, but also understand that the European fuel cell buses and hydrogen refueling station problems related to demonstration projects for the domestic offer a lot of experience.

Resources, high energy-consuming manufacturing sector ¡°export tax rebates¡± to implement the new rules

The long-awaited ¡°export tax rebate adjustment¡± policy Canon BG-E3 Battery Grip, will be officially implemented today. Ministry of Finance, National Development and Reform Commission, Ministry of Commerce, General Administration of Customs, State Administration of Taxation jointly issued a circular yesterday, five ministries and commissions to adjust export rebate policy. Among them, coal, natural gas, textiles and other resources class, high-energy type, manufacturing type industry, reduced export tax rebate rate, agricultural products, increase high-tech industry.

Some of the new policy provides that:

- Import and Export Tariff of Chapter 25 of desalination, cement and all other non-metallic minerals, coal, natural gas, paraffin, asphalt, silicon, arsenic, stone materials, nonferrous metals and scrap and other metal ceramics; 25 kinds of pesticides and intermediate body, some finished leather, lead-acid batteries, mercury oxide batteries, etc.; fine goat wool, charcoal, crosstie, cork products, some primary wood products and so on, the elimination of export tax rebate policy.

- Will be 142 tariff lines of steel export tax rebate Canon BG-E5 Battery Grip rate from 11% to 8%; will be ceramics, some finished leather and cement, glass and export tax rebate rate from 13% to 8% and 11%; will be part of the non-ferrous materials the export tax rebate rate from 13% to 5%, 8% and 11%; textiles, furniture, plastics, cigarette lighters, individual wood products export tax rebate rate from 13% to 11%; the non-mechanically propelled vehicles (trolleys), and Parts of the export tax rebate rate from 17% to 13%.

- And there are major technical equipment, some IT products and bio-pharmaceutical products as well as some of the state¡¯s industrial policies to encourage export of high-tech products, the export tax rebate rate from 13% to 17%; parts, processed agricultural products as raw materials, export tax rebates rate from 5% or 11% to 13%.

- Has been canceled the previous export tax rebate, as well as the cancellation of export tax rebate of goods included in the prohibited category in processing trade directory included in the directory processing trade ban of imports of goods should be levied on import tariffs Canon BG-E6 Battery Grip and import taxes.

Solar energy stocks should be optimistic about the long-term

It is perhaps to buy solar energy stocks investors a good opportunity Evo N610C Battery.
With lower oil prices on renewable energy stocks of interest, the United States and solar stocks in Asia in recent months have fallen by about 25-50%. However, some analysts believe that 10 billion U.S. dollars of global solar equipment market has long-term growth potential, they

Said that the callback is a good opportunity to buy.
The future of solar power generation is particularly good in Asia, where PV is rapidly becoming the manufacturing center. Analysts said Asia's high-tech manufacturing expertise coupled with lower production costs may have made some in the next few years to become the industry leader Evo N620C Battery. The region's growing energy demand and increasing environmental problems of concern will be to promote clean and renewable energy market development.
Japanese electronics giant Sharp Corporation (Sharp) and Kyocera (Kyocera), as well as China's Suntech Power Co., Ltd. (Suntech Power Holdings) are located in the world's largest PV manufacturers list. However, many smaller Asian companies, many of which are ©¤ ©¤ ©¤ ©¤ Taiwan also experienced rapid growth. Analysts said that should be of concern to small and medium-sized companies, including Taiwan's Motech Co., Ltd. (Motech Industries), Solar Technology Co., Ltd. Tung Yi (E-ton Solar Tech, referred to as: pass energy benefits), US silicon products Co., Ltd. (Sino-American Silicon Products) and listed in Hong Kong Wah Holdings Limited photovoltaic energy (China Solar Energy Holdings, referred to as: Kai PV).
Solar power supply is still the world's 0.1%. However, Citigroup (Citi group) the data show that the global solar equipment industry over the past 5 years the annual growth rate reached 30%. Citigroup last week launched the first rating of the solar energy industry, 3 the United States has made solar energy stocks to buy rating Presario 1200 Battery. As a result of more than a dozen countries have ratified the new subsidies, tax breaks and other incentives to promote renewable energy development, the demand for solar panels in the next few years is expected to grow substantially.
From a historical point of view, the price of solar stocks has been working with oil, coal and natural gas is closely related to the price of energy. When energy prices rise to concerns on energy security, investors will actively buy solar, wind and hydro-electric power and other renewable energy stocks in order to hedge the price of crude oil. This year is no exception, crude oil prices to promote solar energy stocks rose sharply during the first half of this year.
But analysts said that the historical pattern of changes may occur, even if oil prices continue to drop, solar energy stocks may also be a good choice for long-term investment. U.S. benchmark crude oil prices in July hit a near 80 U.S. dollars a barrel high, but since then have fallen about 25 percent. New York Mercantile Exchange's light sweet December crude oil delivery Shares at 59.30 U.S. dollars a barrel.
• Citigroup analyst David Smith (David Smith) said that energy prices will have an impact on the near future, but as these companies to obtain new orders and performance improvement in the degree of correlation between the two will be weakened.
Analysts said that demand for solar energy products has become increasingly worried by the government to promote global warming. With the government looking for other ways to reduce the serious pollution of the energy dependence of the intensity of solar energy products and by increasing subsidies, analysts said, which will in the next few years to maintain the demand for solar products.
For example, the beginning of this year, China said it would in the next 15 years to invest 2,000 billion U.S. dollars in the development of renewable energy. In January this year, the California Public Utilities Commission (California Public Utilities Commission) launched the California Solar Program (The California Solar Initiative), aims to install 2017 before one million rooftop solar installations. Spain, Italy and France, about 40 countries also called for public utilities at preferential prices to buy back residents and business-owned solar power generation equipment to the surplus of electricity.
Citigroup said that incentives may make the cost of solar power and other forms of electricity prices are basically the same, to promote the industry in the coming years to maintain 20-30 percent annual growth rate.
Part of the analyst is not interested in solar energy, said the industry subsidies to cover up a long-standing problem: As the high cost of solar panels, solar energy is not yet cost-effective. Was also noted that other energy companies in many industries has been the support of the Government.
Macquarie Securities (Macquarie Equities) in Taiwan, analysts (Nicholas Teo) optimistic about Taiwan's Motech shares. According to statistics of last year's deliveries, shares Motech is the world's ninth largest manufacturer of solar energy equipment. pointed out, the company launched a number of projects within ©¤ ©¤ solar panels such as the production of critical components ©¤ ©¤ silicon in order to reduce costs. Despite the tight supply of silicon to the solar industry has dealt a blow, but with Motech shares REC Sitech AS of Norway reached a long-term supply contracts, and thus a shortage of silicon does not have a significant impact. said Motech shares in April than at the high point down to about 23 percent, which for investors to create a good opportunity to buy stock.
said Motech shares has the potential to become the world's top five manufacturers of solar cells, it is the industry with the lowest cost structure of companies.
Analysts said that investors should be concerned about the production of inverter solar panels and other related equipment. CLSA Capital Partners of the newly formed Clean Resources Asia Fund's Chief Investment long • Andrew (Andrew Pidden) said that everyone concerned about the solar panels, but this aspect has been ignored.
One inverter system manufacturers in Taiwan Electronics (Sysgration Ltd.). Since the beginning of this year, the company's share price has fallen by 33%.

Nankai University, Chinese Academy of Sciences jointly tackling problems of solar cell industry

October 24 journalists was informed that Presario 2100 Battery, in China's "Eleventh Five-Year," the first batch of national key basic research development plan (973 plan) of the 65 projects, Nankai University and the Institute of Plasma Physics, Chinese Academy of Sciences will work together to lead a 30 million yuan The solar cell projects. This is the following "15" again after the co-operation in Tianjin is the only item selected.
This project in Tianjin for the solar cell industry to enhance the technical level and product levels, to achieve synchronization with the international level, of great significance. 973 projects for national development and progress of science and technology and promote the overall situation, and the need for strong national organization and implementation of major basic research projects, implemented under the leadership of chief scientist in charge of the project expert group system, the chief scientist on the project implementation of a comprehensive responsible.
For the implementation of "national scientific and technological development and long-term planning framework (2006-2020)" the deployment of a national strategy to strengthen the demand for basic research, according to China's economic, social and technological development needs and the results of expert assessment, Ministry of Science and Technology from the items to be declared in 2006 in the selection of "15" the first batch of 973 projects, "original innovation" is an important evaluation criteria.
Recently, the Ministry of Science and Technology Plan 2006-2007 published in 973 projects in 65 projects, the Chinese Academy of Sciences Institute of Plasma Physics of Information Technology and Science, Nankai University Photonics Research Institute of Thin Film Devices and Technology co-operation project "low-cost long-life large-scale solar Battery key scientific and technical issues of basic research, "among them. This is the "Eleventh Five-Year" in China, established in the field of photovoltaic only 973 items.
"Large-scale low-cost long-life solar key scientific and technical issues of basic research," the chief scientist for the project of Plasma Physics, Chinese Academy of Sciences research fellow Song-Yuan Dai and Zhao Ying, director of opto-electronics, Nankai University, research is mainly silicon thin-film battery Preparation of high-performance low-cost technology and high-performance silicon thin-film large-area high-speed film-forming mechanism of cell research. The project is divided into 8 sub-topics, with a total funding of 30 million yuan.
It is understood that "a large area low-cost long-life solar key scientific and technical issues of basic research" project is in both "15" 973 successful cooperation during the project's success based on the declaration as well as its extension and deepening.
In the past five years, from Nankai University professor Presario 2500 Battery photoelectron Xinhua Geng and Plasma Physics, Chinese Academy of Sciences researcher Wang Kong-Jia served as chief scientist of Project 973 "low-cost, long-life photovoltaic cells based on new research" to obtain a number of advanced international and domestic first results. Relying on the results of the project, Tianjin will establish a battery technology company has an annual output of China's only 5-megawatt amorphous silicon and amorphous silicon tandem solar cell production lines. This is currently the largest production scale, is the only manufacturer of dual-junction amorphous silicon solar cell production line, breaking the monopoly of a small number of countries abroad, products are exported to overseas.
In last year's finished, the "low-cost, long-life photovoltaic cells based on new research" has been the field of energy as 973 plans two "excellent" one. As a result of this inspection results, the two sides in the next issue of 973 applications for projects, do not have to participate in the first round of assessment, and direct access to the second round. On this basis, after the assessment level, "a large area low-cost long-life solar key scientific and technical issues of basic research" project to be approved.
Professor Zhao Ying and Professor Geng Xinhua said, "Eleventh Five-Year" period, the Chinese Academy of Sciences and Nankai University will further enhance the depth of theoretical research, to improve battery performance, reduce costs, and around the square class of solar cells into the industrialization of key technical problems conduct research, to achieve synchronization with the international. M level in the field of solar cells Presario R3000, has also not yet been realized foreign industrialization.

National Development and Reform Commission for Fuel Cell Research Center of National Engineering Award

A few days ago, held in Shenzhen Convention Presario V4000 Battery and Exhibition Center of the eighth Hi-Tech Fair, the National Development and Reform Commission held that the State Enterprise Technology Center, National Engineering Research Center and the National Engineering Laboratory Award Ceremony. To based Company Limited by the new source for the construction of the fuel cell engineering center was officially awarded the "National Engineering Research Center." HUANG Xiang-yang, deputy director of the Center on behalf of the project received a plaque. Award by the National Development and Reform Commission indicates that the approval of the fuel cell project National Engineering Research Center has been officially established.
Fuel cell in the National Engineering Research Center in February 2004 by the National Development and Reform Commission approved the project. The center will be in accordance with the national industrial strategy of the development needs and market demand for the industrial development of fuel cell life Presario V5000 Battery, cost, performance of the core common problems, concentrated in the automotive, small-scale power stations, mobile power applications such as target areas, and build innovation capability platform core industry technological breakthroughs, fuel cells will become a source of technological innovation made, the technology transfer centers and training centers as well as the international fuel cell technology exchange center.
Fuel Cell Research Center of National Engineering built in China will speed up the industrialization of fuel cell technology process, the promotion of fuel cell and related industries by leaps and bounds, to ease pressure on China's energy and environmental pressures, to achieve the objectives of China's Eleventh Five-Year Planning, "the construction of a resource saving and environment-friendly society "to make a positive Presario V2000 Battery contribution.
At this high cross at the National Development and Reform Commission Zhang Xiaoqiang, deputy director of National Development and Reform Commission inspection professionals in the museum, the focus of understanding of the fuel cell area National Engineering Research Center, HUANG Xiang-yang Zhang Xiaoqiang, reported to the Center for the progress of the project, described in detail in Fair access to the current certificate of independent intellectual property rights of the fuel cell, such as sightseeing tour three exhibits, Zhang Xiaoqiang of the completed and development center pinned high hopes, to speed up the construction process so that an early completion of the operation center.
Co., Ltd. The new source for high pay in the current session was also awarded Outstanding Organization Award, and received a trophy.

Experts predict that: after 2025 the proportion of China's new energy to meet half of car

Beijing Xinhua October 25 (Qi-Xi Luo of Beijing Jing) of the State Council Development Research Center of the Ministry of Industry, Minister of Economic Research, Feng predicted that by 2025, China general petrol vehicles to maintain the volume of passenger cars accounted for only about 50% will be replaced by the advanced diesel vehicles, gas cars, bio-fuel vehicles, such as new energy automobiles.
Feng is held on the 25th in the "new energy vehicle development strategy for the International Conference", made the above forecast. He said that the combination of China's energy resources and the international development trend of automobile technology, can determine the future, China's auto energy will be renewable, low-emission energy sources to replace traditional sources of energy.
He said that according to the source of fuel, new energy technologies can be divided into five categories of motor vehicles. First, the traditional oil-based energy-efficient environmentally-friendly vehicle fuel, such as advanced diesel vehicles and hybrid vehicles; second is based on the gas and oil associated gas goods vehicle; three chemicals is based on the fossil fuel alternative fuel vehicles, such as coal oil; four is a bio-fuel vehicles, including fuel ethanol and bio-diesel vehicles; five fuel cell vehicles and pure electric vehicles.
"Automotive energy gradually from fossil fuels to renewable, low-energy form of carbon dioxide emissions is the basic trend of the transition, bio-fuels and hydrogen will be the ultimate automotive energy solutions." Feng said.
He further said that bio-fuels and hydrogen energy in the final alternative to fossil fuels before the car will be a diversified energy situation, natural gas, bio-fuels, as well as oil and natural gas in the car in the proportion of energy will continue to increase.
"2030, traditional fuels remain the main vehicle of energy, but the tradition of clean fuels will be the basic direction of development." He said. "Automotive Technology will be the situation of the coexistence of multiple technologies, advanced gasoline vehicles, advanced diesel cars, hybrid cars, gas cars, bio-fuel vehicles, fuel cell vehicles will occupy a certain market share."

A significant expansion of Japan's new lithium-ion battery technology

Japanese company has recently developed a new lithium-ion battery technology, battery capacity than the currently used graphite anode for lithium-ion battery into a 2-5 increase.
Silicon has a low price of lithium-ion and the high absorption rate, suitable for manufacturing large-capacity battery. However, lithium-ion absorption of silicon at the time of high inflation, negative battery for cracks easily, thereby shortening battery life.
Recently, Li Wansheng companies adopt new technologies, so that silicon nano-dispersed in the internal formation of silicon oxide materials, "Silicon nano-containing compounds", and then mixing this kind of "nano-silicon containing compounds" and carbon materials, the formation of "nano-porous silicon composite material . " This material has increased the space between the nano-silicon, to solve the battery charging when the expansion of nano-silicon, so silicon material for 1691P battery anode feasible.
The researchers said that the capacity of this new type of battery than the use of graphite for the lithium-ion battery anode increased as 2-5. However, the new battery about 300 times, on the apparent decline in the charge capacity.

Expert recommendations: the establishment of electric vehicles in the community waste site battery replacement

Environmentally-friendly electric bicycles, battery has become the source of pollution. Used for the present disordered state of battery recycling, Nanjing Association of Machinery Industry Association organized yesterday in the city of the proposed collection of scientific and technological activities of workers called for the establishment of waste batteries in the community renewal sites, formulate preferential policies to support the waste lead-acid batteries renewable development.
Municipal Association of Machinery Industry experts found that the size of the current city electric bicycle manufacturers are 8 1G222, supporting more than 30 factories, annual production of about 300,000. Electric cars mainly to the use of lead-acid batteries, in accordance with the current production technology, life expectancy of about 1 in 1 year and a half years between the batteries every year, therefore the city's "yield" of about 400,000. Recycling of waste as a result of Secondary Lead batteries can be produced, and more profitable process is simple, a number of small enterprises Secondary Lead Smelting trend was everywhere, but these small businesses in the collection, transfer the process of dismantling free to dispose of toxic acid, resulting in environmental pollution 1X793. Survey found that peri-urban interface in the city, the electric vehicle batteries at present has become a local scrap purchasing the "Alone product." In this connection, experts suggest that the establishment of socialized service system light electric bicycle maintenance in order to set up community-based waste battery "replacement site" and at the same time to provide maintenance, charging, leasing and other services; the application of technology to activate recovery effectively extend the battery life, in addition, preferential policies, standardize corporate governance and regeneration to limit the production of small smelter.