Comments (0)

By admin, March 12, 2010 12:17 am

A private equity fund and journalists about the prospects for new energy vehicles concluded: “This year is the year of investment vehicle batteries.” After the first entry of March 5 New Energy in the automotive industry report government work, after an increase of the national strategy; 6, Chuan purchase of private vehicles new energy should receive subsidies. dell-inspiron-640m-battery-p-43047.html”>Inspiron 640m battery, On the other hand, a number of provincial governments and local municipal, business related or research and development have increased the pace of industrialization. The industry insiders believe that 2010 will be the beginning of new energy vehicles in China in the first year, but the battery power to products of Energy will be the first appearance of new shoots.

Central and local governments are even behind the new energy vehicles

March 10, Xie Zhenhua, deputy director of the State Development and Reform Commission attending the third session of the press conference of the Eleventh National People’s Congress, emphasized that “this year is necessary to introduce efficient cars energy, engines and other products of financial subsidies to promote ways to create a stimulating environment policy. “According to another report,” New Energy Auto Industry Development Plan will be published in March. Public letter to the leadership of both the Ministry and the Ministry of Finance said that the central government plans to increase consumption of vehicles new energy link the extent of subsidies from the past that those who subsidize the purchase of buses, to subsidize the purchase of new energy vehicles to individuals,PP2182D , PP2182L ,  the amount of grants up to 60,000 yuan. It is understanding that, in addition to automotive companies, the nucleus of a new source of traction batteries, and companies producing automotive parts should also get more subsidies.

In addition to the central government, even behind, local governments are financed subsidies. At present, Shanghai, Chongqing and has been particularly active. Shanghai introduced the “new energy on promoting the Shanghai Automotive Industry Development Policy and Regulations, the” new energy vehicles to increase efforts to government procurement, and priority, and has expanded each year the purchase of new energy vehicles. Chongqing will expand the scope of subsidies to private consumers, in line with the requirements of new energy vehicles that consumers will 6900-43000 yuan of financial subsidies.

Chongqing plans for 2012 sales of 242,000 vehicles to new energy, a turnover of 29.6 billion yuan, Beijing plans to sell new energy vehicles 5000; Jilin province, to plan new energy vehicles for the value reached 18 billion yuan, production and marketing in 2010, Shanghai plans 10,000, 100,000 sales in 2012, 2015, the scale of production and marketing 300,000.VGP-BPS8B,VGP-BPS9

Vehicle pre-empt the development of a number of companies

In an interview with journalists, many great leaders Automobile Company said that despite the current lack of purchasing power of new energy vehicles, but the long-term space wider, so the company moves technology, production and undertake preparatory work. At present, Shanghai Auto, Foton Motor, Chang’an Automobile was the first available to the energy industry of the new car.

Foton, deputy secretary of Party Committee Zhao Jingguang said, “is expected to” period Shier Wu, China started large-scale development of new energy vehicles, “Wu Shisan period, the new energy vehicles for the China before the full market. Foton Motor in 2009 a turnover of 1,000 buses of new energy in 2010, plans to sell 1200 or more. “Fukuda start the car first developed large-scale development of new energy vehicles, in 2020, Foton Motor plans to sell new vehicles energy 700000-800000, representing 20% of total sales. ”

The high cost of new energy vehicles will not attract the consumer problem, Zhao Jingguang that can be resolved, “if a state subsidy, the companies filed as part of its cost, will naturally attract consumers.apple laptop ac adapter , Also, for the rural market, for example, because of their speed of motor vehicles which do not require high production costs will be reduced accordingly. If we can cost-effectiveness, quality and stability of vehicles to new energy, the future is also a huge market in rural areas. ”

Chen Hong was president of Shanghai Automotive has said: “SAIC will steadily push forward the work of all kinds of new energy projects by 2010, a fuel-efficient overall 20% of the Roewe 750 in hybrid cars will be hybrids the mass market: in 2012, over 50% of fuel-efficient wing plug-in of 550 cars will be available in solid volume of mixing, in addition to its own brand of pure electric cars will also be introduced to the market truly zero emissions. ” Currently, the Shanghai Automotive in vehicles with new energy have been key components of the system, and technological gains, and the United States by creating a joint venture in Shanghai A123 Czech Republic, New Battery Power Systems Co., Ltd., to achieve a share of automakers in the system of “unit” testing, through innovation, JVC Battery , develop plug-in hybrid drive technology, electromechanical coupling, bypass of makes the Toyota, GM hybrid products such as national and international barriers.

Energy Industry of the battery or the explosive growth

Slow Hot and new energy market of motor vehicles, compared to the driving force of the battery market is growing concern. CRE Armed researcher Lee Securities research report noted that “the development of new energy vehicle market, the upper batteries, electronic control and generating sectors will benefit. Among them, the battery manufacturers have benefited most. ”

Firstly, such as the creation of new energy vehicles in China in the sales target for 2012 is 500,000, the lithium batteries in China in the next three years will maintain a 50% increase. Because an electric car to average 50 kg of cathode materials, anode materials, 40 kg, 40 kg of electrolyte. According to energy vehicles of new China in 2010 reached 500,000 sales conditions, such as 20% of new energy vehicles using lithium batteries, while only 100,000 new energy vehicles will lead to 5,000 tons of positive negative 4,000 tonnes, 4,000 tonnes of consumption of electrolyte.panasonic battery charger  , According to 2009 annual sales of lithium batteries in China industry calculated lithium over the next three years, some argue an increase of 50%.

Comments (0)

By admin, March 8, 2010 11:56 pm

California Institute of Technology This advanced research has been published in the February 14 issue of the “natural materials” on, but the technology has not yet been formally put into production, but researchers on the use of mass production cell silicon thin film solar metal is full of confidence. dell-inspiron-1521-battery-p-43312.html”>Inspiron 1521 battery , Project researchers, Knight Professor of Chemistry at the California Institute of Technology? Reeves said: “In the future the manufacture of solar cells must first examine the spectrum of absorption capacity, and must take account of cost and convenience have all the advantages of silicon son, we too more reason to believe that the coming years it will become thin film cell production of force. ”

IBM low cost high performance thin film batteries available

Almost at the California Institute of Technology announced that the latest research results in the same time, the materials scientist David Meads IBM?, And his research team in the latest issue of “advanced materials” published a report of study, IBM has officially announced the successful production of one must have a low price but high photoelectric conversion rate of the multi-thin-film compound solar cells. With the new production process, the thin-film solar cells of the photoelectric conversion rates as high as 9.6%, this information is not a laboratory of words, but by the U. S. Department of Energy formally tested and published.VGP-BPS8,VGP-BPS8A ,  It is noteworthy that after the same material (not including indium, gallium or cadmium compounds) made of thin battery photoelectric conversion rate film is only 6.7% compared to this new type of thin film batteries to 40% less effective, it also creates the same type of materials, thin film performance solar cells convert the world record.

Compared to traditional multi-thin film solar cells made of this new type of thin-film batteries on photoelectric conversion efficiency is not the same The Xiafeng, and has an absolute advantage in cost. The first U. S. Solar Inc. (First Solar) released the latest data, they produce copper indium selenide gallium (CIGS) thin-film batteries and polycrystalline thin-film cadmium telluride cells conversion efficiency of 11%, but the price per watt is up to $ 1 U.S., mainly from tellurium, indium and other raw materials scarcity, high cost due. IBM’s new thin-film battery materials are copper, zinc, tin, selenium and sulfur combination of five kinds of raw materials are relatively common, inexpensive materials.

Cautiously optimistic about the prospects

Currently, these two techniques are not yet at an advanced stage of production, but for now the cost and effectiveness of the use of solar energy in the difficult predicament of having introduced two new ideas, low cost and close to the traditional current level of efficiency so they have a prospect of a successful implementation.

At present, the current photovoltaic industry, cell type silicon solar is still the general public, there are many solar energy companies such as Sharp of Japan, pledged to develop the use of organic polymers and other raw materials, manufacture of solar cells in thin layers, but the photoelectric conversion areas, organic thin-film batteries and traditional silicon cells there is a large gap, in brief, the cells of high efficiency silicon, but expensive, although cheaper non-silicon cells,compaq EVO N410c battery ,  but low yield. The nano-crystalline solar cells as a new type of photovoltaic cells are still studying.

In this context, California Institute of Technology in organic matter, plastic and silicon efficient and flexible combination of the battery, effectively reducing the cost, probably at the moment of research on solar cells offers a new space to think, but once they come to be applied in practice, the son of silicon from the battery in a sense, has also spawned a new industry.
For new batteries IBM thin-film surface, mead research team is just to replace the traditional batteries composed of several thin film, some raw materials, but this new type of subtle thin film battery is in the process unique manufacturing. Batteries conventional thin film during the manufacturing process for the state of gasification in a vacuum deposition and deposition, which takes a lot of energy to achieve; Meads and colleagues are mostly in liquid and particles mixed state under the operation, such as copper and tin is a liquid, while zinc is a state of particles, which will significantly reduce the manufacturing process of batteries, dipping, spraying and the cost of the casting opening. IBM said the company did not intend to technology for its own thin-film batteries, camcorder battery , but rather intended to serve as the holder of the patent for the technology to other companies.

However, two types of technology, after all, is still in the laboratory has not yet been tested by practice, but based on past experience, the laboratory photovoltaic cells in the “real” in efficiency will always be updated. For solar cells, for example monocrystalline silicon, in the laboratory the highest photoelectric conversion rate of 24.7%, but in the practical application of mass production has dropped to about 15%. Meanwhile, nuclear energy and other clean energy with the simultaneous development of industry in the reporting process of competition is an objective reality, the choice is inevitable, solar energy can count on new technologies, the practical realization of cheap and effective, including traditional energy sources,sony charger ,  including a variety of rival energy, but also left to the test of practice.

Comments (0)

By admin, March 5, 2010 3:10 am

Fluidic Energy researchers, today announced that it has developed a new ionic liquid metal-air battery, use of the relatively high efficiency of energy storage of zinc salt, ionic liquids through the energy storage, so that the battery efficiency of longer and more stable.

The researchers estimated that 1 kilogram of weight that they can improve battery efficiency in the next 900 ~ 1600 watt hours, which is common notebook computer lithium-ion battery capacity of 11 times, is the 17-inch MacBook Pro built-in battery 5 times 1.25 lbs.

Their R & D funding has come from the Government, because the car is a special kind of focus and the reasons for government funding, they can be extended electric vehicles, walking 400-500 miles.

However, challenges remain, the main problem is the ability to fully meet the expected performance, as well as the extent of cheap materials.

Comments (0)

By admin, March 5, 2010 3:04 am

Japan Industrial Science and Technology Institute (Energy Technology Research Department of Energy Interface Technology Research team leader Zhou Hao Shen, foreign countries, especially researchers Yonggang) has developed may be used in electric vehicles and so on, the battery capacity of existing Li-ion battery 5 times the new high-capacity lithium – copper secondary battery.

Use of lithium and copper as a battery cathode and anode is the battery in the history of the innovative concept. New battery electrodes for lithium and copper are pure metal, rather than the traditional compounds. The basic structure is the cathode and anode, respectively on both sides of the use of organic electrolyte and water-based electrolyte, in the middle with the solid electrolyte separation. This will enable the anode active material and discharge capacity of up to five times the existing Li-ion battery 843mAh / g. Since the new battery’s structure is simple, and the electrodes used in pure metals, the principle is the use of metal surface dissolution of metal ions and “plating” response charge and discharge, hence making it very conducive to recycling.

Comments (0)

By admin, March 4, 2010 10:46 pm

Electric vehicle to burn itself on the way up, who face such a thing would be scared, then that is depressed: a thousand dollars so the car would burn the scrap metal.
Professionals, electric vehicles while in motion or a charging spontaneous combustion, multi-and battery related to quality. Counterfeit batteries commonly used inferior materials, the quality of most of its key raw material, but off. Batteries should be banned the following four conditions: First, a serious shortage of charge use of time; Second, electricity can not be recharged; third is to use the batteries overheating; fourth appearance Bulge broke down and so on.

Professionals who advise, do not get petty buying cheap batteries. Buy batteries must see the production date of certification, after-sales service and other related certificates. Manufacturers generally provide regular one-year after-sales service.

In addition, in use, the best control of a good recharge time, generally no more than 8 hours is appropriate. The car would also like to note that routine maintenance, for the air switch, the circuit should always check to update the aging wires, if odor were found on board, must be promptly submitted for censorship.

Comments (0)

By admin, March 3, 2010 10:47 pm

Time occurred in 2805. Excessive destruction of the environment due to human, the Earth floating in space has become a big garbage ball. Has been moved to the spacecraft on the human beings on Earth had to send a large number of robots to clean up garbage.

The above story is the Hollywood cartoon “Robot Story,” the plot. Perhaps a bit exaggerated, but how to deal with the growing garbage, especially in the fastest growing e-waste problem is indeed a human needs to face an urgent problem.

E-waste by 4 million tonnes of annual

As the electronics industry, the rapid development of e-waste in the skyrocketing amount of the same, mainly including a variety of discarded computers, communications equipment, television sets, refrigerators, washing machines and other electronic appliances.

Recently held in Bali, Indonesia, the global series of environmental conferences, the UNEP Executive Director Achim Steiner warned that the various types of e-waste is growing at about 40 million tons increase in the number. By 2020, the world’s major emerging economies of the e-waste will be in 2007 based on the growth of 2 to 5 times. If no measures are taken, these countries face the threat of environmental problems and health issues will become more severe.

Steiner el also emphasized that the world should be actively recycling electronic waste, because it not only solve the various problems it brings, but also to reduce greenhouse gas emissions, but also to extract a large number of gold, silver, copper, palladium and other valuable metals .

February 22 United Nations Environment Program released a report that shows the annual expenditure on cell phones and computer industry the world’s gold, silver and 3% of the total, palladium 13%, cobalt of 15%. At the same time, electronic products contain up to 60 kinds of metal ingredients, some are expensive, some are harmful, and some both.
The report also pointed out that the e-waste generated every year in China amounted to 2.3 million tons, second only to the United States of 300 million tons.

Great opportunities for e-waste recycling

It is understood that in the e-waste contains metals, particularly precious metals, its natural mineral content is several times or even hundreds of times, cost recovery and generally lower than the exploitation of natural deposits.

For example, 1 ton of waste mobile phone batteries, can be extracted from 100 grams of gold, while the average gold-bearing ore, extracting only 6 grams per tonne, multi-person, but dozens of grams, can be said that the old phone like a high gold content of gold ore.

In the printed circuit board, the largest number of metal is copper, in addition to gold, aluminum, nickel, lead, silicon metal and so on, many of them rare.

U.S. Environmental Protection Agency has confirmed that, using recovered from waste home appliances in place of new steel scrap can be reduced by 97% of the mine waste and 86% of air pollution, 76% of water pollution; 40% reduction in water consumption, save 90% of raw materials, 74% of energy.

Toxic e-waste

E-waste contains large amounts of toxic substances. If one sets a 15-inch CRT computer monitor to contain cadmium, mercury, hexavalent chromium and brominated flame retardants and other harmful substances; computer batteries and switches containing chromium compounds and mercury; Computer components also contain arsenic, mercury and other a variety of hazardous substances; TV sets, refrigerators, mobile phones and other electronic products also contain lead, chromium, mercury and other heavy metals; laser printer and copier toner, etc. contain.

If the waste electronic products into the wilderness as a general litter or garbage, which contain heavy metals such as lead contaminated soil and water will penetrate through plant, animal and human food chain cycle, eventually leading to poisoning incidents; if the to be burned, it releases a large number of dioxins and other harmful gases, threatening human health.

Olympic Winter Games medal, “e-waste” made

The just-concluded 2010 Vancouver Winter Games medal winner to e-waste back to the home because of the current Winter Olympics medals are used to extract e-waste metal produced.

It is understood that each have a gold medal in more than 1.5% of the metals extracted from the cathode-ray tubes, computer parts, circuit boards and other electronic waste; every piece of bronze contains more than 1% of the e-waste, silver also has a small number of electronic devices shadow. The current Winter Olympic Games medal 140 thousand tons were used had to be embedded in e-waste landfill.

This is the first time the use of e-waste in the production of Olympic medals, after the medals were extracted from the mineral refining materials for commercial purposes.

Comments (0)

By admin, March 2, 2010 9:49 pm

1, the new energy vehicles due to the large market, cost-effective, energy-saving features, low-carbon path in a preferred position.

China’s low-carbon path to consider a low-carbon economic system development, at this stage to consider the cost of priority, in order to market means the development of low-carbon economy, new energy automotive industry because of its relatively large market that can drive the upstream and downstream development of the industry and stimulate consumption, but also has energy-saving The economy, in the low-carbon path in a preferred position.

2, the new energy vehicles will become a national strategy, national support efforts will exceed the other low-carbon industries.

In March 2010, Development and Reform Commission will be promulgated, “new energy vehicle development program,” new energy vehicles will be raised to national strategy, it will be a major opportunity for new energy development. In all low-carbon industries, the importance of new energy vehicles top row, the intensity is expected to exceed state support for solar energy, wind power and other industries.

3,2011 years of new energy vehicles up to 50 million units, driving demand for more than 50% cell growth, with the penetration of lithium batteries improve in the next three can maintain 50% annual growth.

A huge amount of car batteries, an electric vehicle than 4000 laptops, each car average 50 kg of cathode materials, anode materials, 40 kg, 40 kg of electrolyte. If the use of vehicles by 20% for lithium batteries (10 million cars) could also contribute 5,000 tons of positive, negative 4,000 tons, 4,000 tons of electrolyte. 2009 domestic demand for 8,000 tons of the electrolyte, only 50% increase in auto demand. With the penetration of lithium batteries will increase, more vehicles to use lithium batteries, the next three years, lithium batteries can maintain 50% growth.

4, new energy vehicle development, battery manufacturers benefit from the largest vehicle manufacturer was less affected.

2009 national automobile production and sales 13 million, 500 thousand new energy vehicles little impact on the vehicle. Due to higher prices of new energy vehicles, vehicle lower margin, profit, mainly in the upper reaches of the battery, electronic control and generator links.

5, lithium batteries higher gross margin, with actual results support the concept of new energy all the more desirable.

Gross margin: 30 percent positive and negative 20%, the electrolyte 40%, diaphragm 70%, Lithium hexafluorophosphate 70%.

Companies have considerable profitability. Industry, rapid technological changes, bottlenecks higher cathode, anode material in the supply-demand balance, electrolyte membrane for the technical content of the highest part of the product in short supply a comprehensive analysis of new energy vehicles in low-carbon economy, will give priority to the development of battery materials company benefit from the largest companies have a genuine performance of battery materials support, and the battery market to maintain three years of continuous growth, and industry has explosive possibilities for expansion.

Comments (0)

By admin, March 2, 2010 9:44 pm

Germany EVONIK Gazprom March 1, said it would co-Daimler Motor Company and a number of R & D institutions to jointly develop the world’s largest storage capacity of lithium ceramic batteries, so that wind and solar power can be achieved in future high-capacity, low-cost storage.

The company said that this power plant to be developed in order to present, the company plans to use the battery for the electric car designed for a combination of ceramic storage technologies, polymer lithium-ion battery technology. This technique is safe and good, small size and high cycle stability and so on.

R & D projects as a first step, the company plans to start in the Saarland in western Germany, a power station to build a power one megawatt of electrical storage devices, the required storage capacity of the battery has about 700 kilowatt hours and the volume is only a power or hybrid electric vehicle battery 40 to 50 times. In theory, if the electrical storage devices charge and discharge once every 15 minutes, it can ensure that 4000 families a year to power.

EVONIK chairman Klaus Engel said that the new batteries, once successfully developed, will be able to solve the introduction of wind and solar power to the grid caused by power supply fluctuation. Industry experts pointed out that only German on the scheme by 2050 renewable energy generating capacity will be increased to half of the total generating capacity, other EU countries will also be a growing number of wind power and solar power supply network. This gives renewable energy storage and transmission technology, higher and higher requirements. Experts predict that the future of advanced electrical storage devices will be billions of euros each year a huge market.

Comments (0)

By admin, March 1, 2010 9:00 pm

World-renowned consulting firm Roland Berger Strategy Consultants (Roland Berger Strategy Consultants) recently issued a warning to the industry, saying the global automotive lithium battery industry bubble is forming, and after the bubble burst in the price will be very heavy.

At present, many vehicle manufacturers have lithium batteries have in the United States, Asia and Europe, the establishment of new factories, many of which plants also benefited from government subsidies.

Roland Berger predicts that by 2015, the global automotive battery production capacity will be the actual demand at least twice as high.

Roland Berger said that excess capacity lithium battery lithium battery industry will be staged in a market share battle, when a lot of lack of capacity of the lithium battery manufacturers will be eliminated. Roland Berger is expected in the next 5 to 7 years, only 6-8 manufacturers are able to survive.

Roland Berger described the lithium battery industry “blind investment risk.”

Comments (0)

By admin, March 1, 2010 8:56 pm

Pure electric vehicles are more responsive to the use of a taxi, then how to make pure electric cars washed once a power, to go further then? Let’s find out.

Lin Yi, deputy chief engineer of Beijing Automotive, said a Beijing plan is to have to build a number of charging stations, so they go to any place can be filled, and then a quick replacement. Beijing is planning to prepare a battery-leasing company specifically engaged by it for battery replacement, it’s like-for-home-for-like gas cylinders, the user can go to where it can be changed, and only charge rent, so in three Within five minutes, you can remove the original battery, the rechargeable battery replaced for good.

It is understood that this lease will not only be the battery can be easily and quickly replace the battery, but also for car users, but also can significantly reduce costs.

It is the time in the procurement of vehicles, not including the value of the battery, I just the cost of procurement of vehicles, you may even be cheaper than traditional car, because it does not the engine of the.

According to report, Beijing Automotive R & D of pure electric vehicles in the first half of this year will be the first to taxi and government officials, and launch vehicles to the end of 2010 is expected to be launched 30 Cikuan pure electric cars, as an opportunity to electric automobile production capacity will be developed rapidly.

In April of this year, we will launch the first-replaceable battery electric cars, like cars, we plan to launch by the end of 30, later and then gradually expand its production is expected by 2015, our new energy company’s production capacity to meet 150,000.