Give me a lever, I could lift you out of the earth…

The United States engaged in lithium-ion rechargeable battery business in A123 Systems (A123 Systems) 2010 Nian 1 Yue 14 announced with the United States Fisk Automotive (Fisker Automotive) has signed a multi-year to the plug-in hybrid (PHEV) “Karma” the supply of the battery contract. At the same time, A123 Systems will also invested 23 million U.S. dollars Fisk car. Details of the funding, cash 13 million U.S. dollars, A123 Systems common stock 10 million U.S. dollars.

Fisk Automotive has signed with the United States EnerDel lithium-ion rechargeable battery supply, pre-contract. And this is A123 Systems won from the hands of EnerDel. A123 Systems Energy Solutions Group Manager Mujeeb Ijas proud to say, “Our supply system has been recognized.”

In addition, A123 Systems has also announced the expansion of the same day the battery factory. In order to increase production capacity to 200MWh, the company has started to expand the plant size of Livonia, Michigan. Scheme during the year 2010, production capacity expanded to more than 360MWh. The company announced in December 2009 from the U.S. Department of Energy (Department of Energy) to obtain 200 million 49 million U.S. dollars in financing for the establishment of the battery manufacturing plant.

Perhaps you are buying more than two years old PSP gamers, and perhaps your PSP battery a few years was still able to adhere to three hours of battery life. The hands of a lot of players have purchased a new version of PSP, but you know exactly how much of the new version of PSP batteries?

Misunderstanding 1: PSP needs to buy back three times repeated charge and discharge in order to activate the battery.

Unless you buy more than one year of the PSP is the inventory of products, otherwise we do not need to do so, because now the battery when the batteries in the factory had already been activated, while the batteries ( Inspiron E1405 battery,Inspiron E1505 battery) in the package when the battery into the PSP once again through the equivalent of activation test, so you get the hand of the batteries, has long been active ever, and do three charge-discharge process was an increase in unnecessary battery depletion.

Misunderstanding 2: The first charge must be sufficient enough for 12 hours.

This is an early who do not have the battery control circuit of the Ni-MH battery device is applicable, but for now has a smart charge and discharge control module for the PSP is a joke, when the PSP battery is fully charged, the charge current will be automatically cut off, and in system shows as “external power supply.” Even if you continue to charge 120 hours, the state would not be any change, in general, three hours is completely filled, and the remaining “charge” is just a waste of their time. Instead, the time to get new machines should first get a rechargeable power shine.

Misunderstanding 3: The battery needs charging once a month and complete release.

For the memory effect of a strong nickel-metal hydride battery, which is an essential task, but for lithium batteries, the cycle is too frequent, and lithium batteries to eliminate memory effect, in theory, even if there is, it has significantly weakened the negligible The extent, if you use the battery very frequently, then you should discharge the battery to the relatively low (about 10 ~ 15%), re-charging, but if the discharge that not even the machines they can not (0 ~ 1%), belongs to the lithium battery There are a larger depth of injury discharge, in general once every 2 months to do this operation on it. If you rarely use the battery, then every 3 months as long as the first such operation on it.

Misunderstanding four: while charging while working, or the charge after the completion will continue to use an external power supply will damage the host and battery.

This is the most ridiculous argument. The so-called cavity electronics, such as mechanism of charge-level of theoretical argument, in practice, how much can react? Battery Industry academia, think about this first of all is not uniform. Theory, there are still a disagreement, how to guide consumers to use the actual brought?

Depletion of the compaq Evo N600C battery is divided into the normal wear and tear and damage of wear and tear, use, and while external power supply while charging the degree of damage caused by the use of genuine fully within the scope of normal wear and tear on the battery, that is, no matter how systematic theory of maintenance measures, the battery is will be aging, it is like how the magic of cosmetics and beauty care could not stop turned into an old woman, at best just delay, but the window dressing of the effectiveness of how to play the real number, it is definitely not the theory can not be explained - respect for the practical experience and scientific understanding is the correct view.

Some may say that the only way to avoid the aging batteries do not use (so many people would choose to take the battery), but this one to make PSP portable lose its meaning, and secondly, the battery, even in sealed condition, but also over time the extension of the natural aging. The battery is actually a semi-consumables, as long as the battery enough to bring you the convenience and joy, I think that their sacrifice is worthwhile.

So, today has been generally recognized by the battery maintenance and use point of view is as follows:

1. Should be avoided completely discharge (using the black power).

2. Often Li-ion battery charge and discharge, is not exhausted when charging or use an external power supply, while charging while the use, or continue to use the add-in after charging, the battery will not cause additional wear and tear.

3. A long time when not in use lithium batteries should be removed, placed in a cool dry place. Cut to refrain from freezing, to avoid the erosion of water vapor. Avoid the use of a car on the high temperature. As a long time to save the battery charge to 40% in place.

4. As a laptop user, if most of the time is the use of fixed power, remove the compaq Evo N610C battery can be placed in the shade, but only out of the battery such as temperature, humidity and other environmental improvements. As a PSP is concerned, the circumstances under which the battery with an external power supply is not going to cause additional damage to the battery. And out of portability and protection of the battery cover, the idea of metal contacts are not recommended since the use of an external power supply, frequent demolition of the battery.

5. To avoid purchasing spare lithium batteries for storage, because the battery if not used, and their life is also a natural impairment, and therefore the limited battery life time, maximize the use of batteries is the expression value, rather than using all kinds of impractical theory to torture themselves and to entertain the PSP.

In March, the new dye-sensitized solar cells will be large-scale landing the North American market, this solar cell, “can easily put in the dark light sticks wielded by converting light energy into electrical energy produced,”

Solar cells have penetrated into every corner of human life, but is not sensitive to light the fatal weaknesses, so that the vast majority of solar cells in the indoor “powerless.”

However, this year in March, with the new dye-sensitized solar cells (dye-sensitized cell) large-scale landing the North American market, it will completely change the consistent view of solar cells.

“This solar cell, the biggest advantage is not that thin and light (of course, they do have these features), but that it can be easily put in the dark light sticks waving in the light energy into electrical energy produced.” Ruishi Luo Sang Federal Institute of Technology chemistry professor Michael Gelantezi said. In 1991, Gelantezi the first to find that the use of dyes to create a new kind of solar cells. Later, Gelantezi this research published in the United Kingdom “Nature” Science magazine, he thus gains the “Father of dye-sensitized solar cells,” the laudatory name.

After nearly 20 years of technical updates, and now, dye-sensitized solar cell into a large-scale industrial production, and the towering burst on the scene in Europe and America market, has become Sony’s electronic reader to the specified power supply. The installation of a series of dye-sensitized thin film solar electric golf bag, tennis bag, mountain climbing and other outdoor equipment packages have also landed various shopping malls. “The New York Times” predicted in the next few years, “sensitive” dye-sensitized solar cells will “kick out” Silicon solar cells, occupy the mainstream position of the battery industry.

Morgan sports car also play LIFECar fuel cell electric vehicles

Known as the automotive world famous British sports car manufacturer dell latitude d510 battery, Morgan (Morgan) is the Aero Eight sports car based on the full development of a new fuel cell vehicle: LIFECar, and plans to complete in the next three years.
The fuel cell vehicle research and development work is in the Morgan and the British Department of Trade and Industry (DTI), an authority on fuel cell QinetiQ, BOC, OSCar three companies and a number of educational institutions under the co-operation, and its configuration by the fuel cell can not be the driving force will be generated, respectively, electric motor drive 4. Regenerative braking system, as well as the kinetic energy superpower will be used for the operation of super-capacitor dell latitude d505 battery, when the vehicle in motion to speed up the release of capacitors can also be used for energy. This structure will allow this vehicle specification requirements than conventional fuel cells smaller configurations, and the momentum generated only about 24kw. And the R & D needed for 1.9 million pounds (approximately RMB 27,927,877) will be financed by DTI and other industrial co-sponsored groups.
Charles Morgan, founder of Morgan has said in a statement, “Morgan’s goal is to use traditional methods in the design and manufacture of motor vehicles and retain their best under the premise of integration of advanced technology,” and Morgan also eager to produce “Performance of a million drivers in the environmental protection pick a ‘masterpiece’ sports car.” In the future fuel cell vehicle this primary invention dell latitude d500 battery of the birth of solar-powered cell phone charger National Gold Award

Last year, and his family travel, as my father often no electricity and mobile phone so do not enjoy playing, Changan Town, usha primary school would like to have a charge on the outside of the charger can be just fine. He told the teacher, the teacher and parents with the assistance of this year invented a solar-powered multi-function mobile phone dell latitude d430 battery charger, and in the recently concluded 16th National Invention Exhibition on the work of invention and innovation of young people access to Gold .
For a cell phone fully charged in about two hours
Yesterday (the 17th) come to Chang-an town’s primary schools usha, aged 12-year-old on the 6-year . Saw in the school’s multi-functional mobile solar charger. The surface, it is an ordinary steel cigarette case, 10cm × 5.5 cm size dell latitude d420 . “Cigarette case” there are several around the jack to open there are two solar panels.
“Solar panels have a lithium battery, the circuit through the inside, solar panels can be converted to solar power to transport and store lithium batteries, its power can be stored in a mobile phone 3. Every time a cell phone will be full of electricity time in about two hours. ” told this reporter, this compact charger can carry through the conversion socket, almost all mobile phones can use it to charge.
According to the guidance of the teacher introduced , solar panels and expensive lithium batteries, the entire cost of more than 100 yuan charger.
Inspired by the life of ordinary
told reporters that last summer he and his family travel to the North, “a dead father back to the hotel should be charging, and sometimes play are pleased that he had to suddenly leave. I do not enjoy that good time dell latitude d410 battery. I do not think how field can be charged to the cell phone charger so? ”
Return, to the idea of science and technology to tell his teacher Teacher, Teacher inspired to think about his own. Parents and teachers in with the help of batteries, such as through use of several ideas and experiments, and ultimately chose this very environmentally friendly solar energy.
Teacher told reporters, because too young , knowledge can not be so wide, but he thought a very good novel. “In order to allow portable charger, he found a metal cigarette case. We gave him the necessary technical guidance.”
Zhang said the teacher, the solar panel charger is an advanced solar energy panels, as long as light can be converted to electricity, only candle light in relation to sunlight and so on into some better. At the same time, the future can, in the output voltage and current to be improved on the Chargers dell inspiron e1705 battery. In addition, a number of things can increase so that it has a radio, MP3, multiple functions, such as a small flashlight.
Patent applications and associated manufacturing business
It is understood that the sixteenth session of the National Invention Exhibition 2006 Dongguan International cooperation in science and technology 21 -24 weeks last month in Dongguan International Convention and Exhibition Center, usha invention primary work “multifunctional solar mobile phone charger” in one fell swoop was Gold works of invention and innovation of young people.
It is understood that usha attaches great importance to science and technology education in primary schools this year dell inspiron e1505 battery, the five students sent to work the invention, access to one gold, one silver and three bronze achieved a good result.
parents from the Department was informed that after the invention of the mobile phone charger, they have to apply for patents. Humen Town, now has links to individual businessmen and their primary usha that are very interested in this invention, and hopes to further discuss the possibility of engaging in production and so on.

China successfully developed large-scale high-performance digital Emergency Power Supply

From Hunan University dell inspiron e1405 battery, led by Professor Dai Yuxing developed “digital emergency power and uninterruptible power supply system, key technology and product development series” technology before the formal adoption of the technology, the identification of the building sector organizations.
At present, our country set up the second most used diesel engine power increase of the model group to address the power system, fire safety systems, large-scale manufacturing enterprises in areas such as high-rise elevator due to a sudden demand for electricity blackouts. Although Europe and the United States and other developed areas are also commonly used by such a power emergency mode, but it is still more obvious shortcomings: You can not be used for emergency fire; demands for power can not be the same substation; diesel engine there is the noise group, and weak, long start-up time required, such as staff on duty.
Professor Dai Yuxing, said the number of newly developed model of the emergency dell inspiron b130 battery power supply is remotely controlled by computer, no exhaust smoke and vibration, start-up time less than 0.1 seconds, and widely used in fire-fighting system and power systems.

2012 13.5% of the NB will use fuel cells

ABI Research recently the U.S. computer industry on the use of an ultra-small fuel cells the future of the survey, in 2012 there will be 13.5% of global notebook computer power to use ultra-small fuel cell dell inspiron b120 battery.
Ultra-small fuel cells produce electricity by the fuel. Early as in the automotive industry to promote low-emission energy utility, and in recent years, notebook computers and mobile phones to replace the lithium-ion batteries as an option by the concerns of the computer industry. Such products of battery life longer than 2 ~ 3 times, the future may even be extended to 10 times.
In 2005, some notebook computers and PDA has already begun using ultra-small fuel cell. ABI Research believes that next year, mainly in North America and Japan will trial 2000 ultra-small fuel cell. Then the establishment of the Code and standards necessary, it is expected that in 2012 dell inspiron 9400 battery, the world’s ultra-small number of fuel cell shipments will reach 120 million. ABI Research said supplementary fuel system or replacement of the high cost of fuel cells, which may impede the ultra-small spread of the fuel cell.
Intel laptop battery life to enhance the working group (Mobile PC Extended Battery Life Working Group) has also published a few days ago, “notebook computer fuel cell technical specifications”, the technical specifications of the fuel pin current notebook computers, manufacturing, control, heat, the use of the environment and other situations described.
Since the notebook’s power status is not equal, and have asked the fuel cell has a precise circuit management. At present, the use of laptop batteries have been able to easily deal with the issue of unequal power. Complete notebook fuel cell system includes fuel pump, cooling devices, including support for e-start battery. Industry experts believe that fuel cell technology out norms for the notebook battery manufacturers dell inspiron 9300 battery market value inestimable.
No doubt Morgan will make towards the achievement of this goal a step forward. At the same time, so we can all look forward to more than a.

Price of 1 U.S. dollars per watt of solar cells more than the market will usher in the great development

According to equipment manufacturers Applied Materials, said the size of solar cell market will be very large
Second week, Applied Materials Solar Business Group vice president and general manager Julie Solar Power 2006 Conference in a luncheon meeting during that time, the number of solar cell production plant manufacturers will have 10 production lines with annual production of each production line dell inspiron 9200 battery release the equivalent of 100 megawatts of electricity. He said that this is equivalent to 1,000 megawatt power generation plant
These solar cell plant will consume a large amount of silicon element. Julie estimates that for every watt of power need to 7 grams of silicon, which means that each solar cell plant needs 7,000 tons of silicon annually.
Julie pointed out that the demand for solar cells on the rise, calculated per megawatt solar energy prices have been falling in. In 1980, to produce 1 Watt of solar power panels is the price of 21 U.S. dollars, at present, the price per watt is 2.7 U.S. dollars.
By 2010, crystalline silicon solar cell panel prices will further decline to 1.25-1.5 U.S. dollars per watt, thin film solar panels is sold at 90 cents per watt dollars -1.3. The efficiency of thin film solar cells are lower dell inspiron 8600 battery.

According to equipment manufacturers Applied Materials, said the size of solar cell market will be very great.

Recently, the Economic Commission to take the lead in the city, the city of Green Industry Association and the Urban Cycling Association bodies and experts come together again to discuss how to block the waste lead-acid batteries “wild turbulence Road”, bring it into the cycle of the economy have channel sequence.
The number of bicycle once the first city in the world in Shanghai, at the moment is rapidly evolving into the world’s largest production and consumption of electric bicycle city.
Followed by how to dispose of the massive annual update from lead-acid car batteries, has become a headache.
About 20,000 tons of spent lead-acid dell inspiron 8500 battery
City Cycling Association, according to incomplete statistics, the Shanghai market, “running” of the electric bikes have been as many as 1.7 million. At the present level of production and consumption, the general use of electric bicycles are a group of three or four lead-acid batteries, its weight in the 12-16 kg between. According to the average life of 1 year, the Shanghai this year, moving 1.7 million electric bikes, there are 1.7 million next year, group of about 20,000 tons of spent batteries.
Lead-acid battery is a cheap and stable power source for electric bikes that fit very popular means of transport. It is mainly from the lead, sulfuric acid, some other metal and plastic components. If the disposal of a good recovery, waste lead-acid batteries can be a valuable renewable resources. On the contrary, it can easily cause serious environmental pollution.
Little effect on industry self-regulation dell inspiron 710m
A few years ago, spent lead-acid batteries around, “fled” serious “black pollution.” Revealed a number of our vendors, to low-cost stalls to buy from the vehicle batteries, in situ to acid waste into the sewer, and then the battery lead and plastic shell gate shipment to the field with indigenous broken, melting. Not only endanger the city roads and drainage systems, but also a number of foreign cities and towns so that the environment has been devastating
Shanghai Bicycle Industry Association in the organization, the Shanghai group of electric bicycle manufacturer with modern technology and professional recovery of waste lead-acid batteries, renewable sources of lead metal smelter Shanghai Cooperation flywheel, the conclusion of a “waste battery recycling industry and the Convention on the prevention of secondary pollution “to try to approach through industry self-regulation dell inspiron 700m battery, the city spent lead-acid batteries are the flywheel factory, dispose of unity. But the effect is not obvious. Batteries continue around the side of “flow”, while the flywheel plant still “eat” is not enough.
One required the establishment of comprehensive utilization of reward and punishment system
The relevant agencies and experts responsible for a thorough analysis of that at this stage, should be taken to government involvement and a combination of market-oriented, regulatory penalties and encouragement means a combination of support in order to gradually form the source at the production of lead-acid batteries, renewable finally lead users of the closed circle of corporate-style electric bikes integrated waste recycling lead-acid battery recycling system.
The experts put forward a special foam lunch dell inspiron 640m battery boxes Shanghai Waste Management “white pollution” in the sense that each of the factory by the manufacturer of a disposable foam lunch boxes that withholding one-third of the money before meals and recovery of waste disposal charges, and then these costs for the construction of the city to promote recycling of waste plastics, renewable network. In their view, the ” ‘white’” to be successful, fully embodies the “one who is responsible for production, the polluter pays” principle; draw on the useful experience, the same implement these two principles, the ” ‘black’” can also be wish is to enjoy a great progress.
Which experts suggest that the formation of the city as soon as possible vehicle of waste lead-acid dell inspiron 6400 battery recycling network. All electric bikes in Shanghai and lead-acid battery production and sale of businesses (including overseas sales companies in Shanghai) have an obligation to its own production and marketing of waste disposal of lead-acid batteries for recycling. They must join the recycling network, a public commitment to scrap the percentage of lead-acid battery recycling, and methods to be implemented supervision; Or, as foam lunch boxes as manufacturers, according to the number of dell inspiron 630m battery sold (or weight), regular the relevant regulatory authorities to pay a certain amount of costs necessary for the recovery of network costs.
Strong support in the government sector under the premise of the city of Green Industry Association, the Urban Bicycle Association will also be a positive electric bicycle organizations, lead-acid battery manufacturing plant and the electric bicycle repair shops and self-discipline to carry out activities to ensure the city’s waste lead-acid battery recycling the normal operation of the network, so as to waste lead-acid dell inspiron 6000 battery to minimize the harm to a variety of batteries to maximize the utilization of resources.

Morgan sports car also play LIFECar fuel cell electric vehicles

Known as the automotive world famous British dell gd761 battery sports car manufacturer, Morgan (Morgan) is the Aero Eight sports car based on the full development of a new fuel cell vehicle: LIFECar, and plans to complete in the next three years.
The fuel cell vehicle research and development work is in the Morgan and the British Department of Trade and Industry (DTI c1295 battery), an authority on fuel cell QinetiQ, BOC, OSCar three companies and a number of educational institutions under the co-operation, and its configuration by the fuel cell can not be the driving force will be generated, respectively, electric motor drive 4. Regenerative braking system, as well as the kinetic energy superpower will be used for the operation of super-capacitor, when the vehicle in motion to speed up the release of capacitors can also be used for energy. This structure will allow this vehicle specification requirements than conventional fuel cells smaller configurations, and the momentum generated only about 24kw. And the R & D needed for 1.9 million pounds 75uyf battery(approximately RMB 27,927,877) will be financed by DTI and other industrial co-sponsored groups.
Charles Morgan, founder of Morgan has said in a statement, “Morgan’s goal is to use traditional methods in the design and manufacture of motor vehicles and retain their best under the premise of integration of advanced technology,” and Morgan also eager to produce “Performance of a million drivers pick a environmentally friendly ‘masterpiece’ sports car.” In the future fuel cell vehicle this birth, no doubt Morgan will work towards this goal a step forward. At the same time, so we can all look forward to more than a dell 6y270 battery.

Price of 1 U.S. dollars per watt of solar cells more than the market(dell xps m1210 battery) will usher in the great development

According to equipment manufacturers Applied Materials, said the size of solar cell market will be very large
Second week, Applied Materials Solar Business Group vice president and general manager Julie Solar Power 2006 Conference in a luncheon meeting during that time, the number of solar cell production plant manufacturers will have 10 production lines with annual production of each production line dell xps m140 battery release the equivalent of 100 megawatts of electricity. He said that this is equivalent to 1,000 megawatt power generation plant
These solar cell plant will consume a large amount of silicon element. Julie estimates that for every watt of power need to 7 grams of silicon, which means that each solar cell plant needs 7,000 tons of silicon annually.
Julie pointed out that the demand for solar cells on the rise, calculated per megawatt solar energy prices have been falling in. In 1980, to produce 1 Watt of solar power panels is the price of 21 U.S. dollars, at present, the price per watt is 2.7 U.S. dollars.
By 2010, crystalline silicon solar cell panel prices will further decline to 1.25-1.5 U.S. dollars per watt, thin film solar panels is sold at 90 cents per dell latitude x300 battery watt dollars -1.3. The efficiency of thin film solar cells are lower.

According to equipment manufacturers Applied Materials, said the size of solar cell market will be very great.

Recently, the Economic Commission to take the lead in the city, the city of Green Industry Association and the Urban Cycling dell latitude d830 battery Association bodies and experts come together again to discuss how to block the waste lead-acid batteries “wild turbulence Road”, bring it into the cycle of the economy have channel sequence.
The number of bicycle once the first city in the world in Shanghai, at the moment is rapidly evolving into the world’s largest production and consumption of electric bicycle city.
Followed by how to dispose of the massive annual update from lead-acid car batteries, has become a headache.
About 20,000 tons of spent lead-acid batteries
City Cycling Association, according to incomplete statistics, the Shanghai market, “running” of the electric bikes have been as many as 1.7 million. At the present level of production and consumption, the general use of electric dell latitude d820 battery bicycles are a group of three or four lead-acid batteries, its weight in the 12-16 kg between. According to the average life of 1 year, the Shanghai this year, moving 1.7 million electric bikes, there are 1.7 million next year, group of about 20,000 tons of spent batteries.
Lead-acid battery is a cheap and stable power source for electric bikes that fit very popular means of transport. It is mainly from the lead, sulfuric acid, some other metal and plastic components. If the disposal of a good recovery, waste lead-acid batteries can be a valuable renewable resources. On the contrary, it can easily cause serious environmental pollution.
Little effect on industry self-regulation
A few years ago, spent lead-acid dell latitude d810 battery around, “fled” serious “black pollution.” Revealed a number of our vendors, to low-cost stalls to buy from the vehicle batteries, in situ to acid waste into the sewer, and then the battery lead and plastic shell gate shipment to the field with indigenous broken, melting. Not only endanger the city roads and drainage systems, but also a number of foreign cities and towns so that the environment has been devastating
Shanghai Bicycle Industry Association in the organization, the Shanghai group of electric bicycle manufacturer with modern technology and professional recovery of waste lead-acid batteries, renewable sources of lead metal smelter Shanghai Cooperation flywheel, the conclusion of a “waste battery recycling industry and the Convention on the prevention of secondary pollution “to try to approach through industry self-regulation, the city spent lead-acid batteries are the flywheel factory, dispose of unity dell latitude d800 battery. But the effect is not obvious. Batteries continue around the side of “flow”, while the flywheel plant still “eat” is not enough.
One required the establishment of comprehensive utilization of reward and punishment system
The relevant agencies and experts responsible for a thorough analysis of that at this stage, should be taken to government involvement and a combination of market-oriented, regulatory penalties and encouragement means a combination of support in order to gradually form the source at the production of lead-acid batteries, renewable finally lead users of the closed circle of corporate-style electric bikes integrated waste recycling lead-acid dell latitude d620 battery recycling system.
The experts put forward a special foam lunch boxes Shanghai Waste Management “white pollution” in the sense that each of the factory by the manufacturer of a disposable foam lunch boxes that withholding one-third of the money before meals and recovery of waste disposal charges, and then these costs for the construction of the city to promote recycling of waste plastics, renewable network. In their view, the ” ‘white’” to be successful, fully embodies the “one who is responsible for production, the polluter pays” principle; draw on the useful experience, the same implement these two principles, the ” ‘black’” can also be wish is to enjoy a great progress.
Which experts suggest that the formation of the city as soon as possible vehicle of waste lead-acid dell latitude d610 battery recycling network. All electric bikes in Shanghai and lead-acid battery production and sale of businesses (including overseas sales companies in Shanghai) have an obligation to its own production and marketing of waste disposal of lead-acid batteries for recycling. They must join the recycling network, a public commitment to scrap the percentage of lead-acid battery recycling, and methods to be implemented supervision; Or, as foam lunch boxes as manufacturers, according to the number of batteries sold (or weight), regular the relevant regulatory authorities to pay a certain amount of costs necessary for the recovery of network costs.
Strong support in the dell latitude d600 battery government sector under the premise of the city of Green Industry Association, the Urban Bicycle Association will also be a positive electric bicycle organizations, lead-acid battery manufacturing plant and the electric bicycle repair shops and self-discipline to carry out activities to ensure the city’s waste lead-acid battery recycling the normal operation of the network, so as to waste lead-acid batteries to minimize the harm to a variety of batteries to maximize dell latitude d520 battery the utilization of resources.

International Space Station to install new solar panels

Xinhua News Agency hp 367759-001 battery, Washington, September 14 - After the first two spacewalks of the “bedding”, “Atlantis” on the 14th space shuttle astronauts to the space station in the morning in the remote control to operate successfully the new solar panels fully extended hp 346970-001 battery, the laying of the structure of the new components installed.
NASA TV live broadcast from the screen can be seen that this set of solar panels fully launched, such as to the space station equipped with golden wings. Control Center released data show that after the solar panels to start the total length of 73 meters, 12 meters wide.
Astronauts on the 15th will be the third and final spacewalk of hp 417066-001 battery solar panels for further debugging, you can run later solar power generation. The new solar panels on the follow-up to the station building is of paramount importance, may be followed by the normal operation of the station’s current power generation capacity to double.
Prior to this, the key to capture the solar energy equipment — “Solar Alpha Rotary Joint,” a software failure, so the battery plate to start was delayed for several hours. Failure resolved, the astronauts entered the operating procedures, they will first adjust the location of the space station to a certain point of view, in order to start the process of the battery plates can receive exposure to sunlight. In addition, when the hp 398876-001 battery plates fans start every half, but also suspended for about 30 minutes, this procedure is to allow sufficient solar heat, to prevent hp 372772-001 battery grid plate to stick together. Space Station encountered a similar problem before, so the installation of new solar panels to prevent the procedure done.
The installation of solar panels in place, “Atlantis” No. The mission also has completed more than half. Jeter and crew chief command in the task of experts from Canada on the 14th McLean also took time with Canadian Prime Minister Harper of Canada hp 371785-001 battery as well as some students call connection.

Fourth-generation fuel cell car engine successfully developed

Pushing hydrogen cars at the end of the fourth hp 361742-001 battery generation model car the size of the million if the cost of just 10 million
Passat Rover “drink” a taste of delicacy hydrogen
Spent in the price of high-end cars, buy a “drink” Passat hydrogen, which may no longer be an impossible dream. Yesterday’s fuel-cell car from Shanghai to develop and produce the relevant departments that smaller, higher-power fourth-generation fuel cell car hp 338794-001 battery engine has been developed recently, and the model will be used Rover car and drive from frame Passat is expected near the end of this year the first batch of 10 new cars will run into the model.
Production side, general manager of Shanghai Technology Co., Ltd. huri-ching said that fourth-generation fuel cell engine power to 58 kilowatts, but the 50 kg weight, shape flat, but also applies to car chassis design, so that more space car for sony vgp-bps9 battery spacious.
Fuel cell fuel is hydrogen and oxygen, the product is clean water, hydrogen vehicles can be said to be the true sense of the zero-emission, zero emission. However, these stages in the development of new energy vehicles are not cheap. Huri-ching said that according to the present to estimate the cost of production, a fuel-cell cars cost about 700,000 yuan -80, in the future if the production scale of fuel cell engines to reach 10,000, while its costs can be significantly reduced, together with the other components sony vgp-bps10 battery, it is estimated that each fuel cell cars cost only 10 million, and the car’s fuel costs are only one-third of gasoline, the general public can afford it can afford.
If people can not wait to buy a few years before hydrogen-powered Passat, and now can go beyond trial Jiading Anting 3 fuel-cell cars, as compared with ordinary cars, hydrogen cars that run more quietly. Shanghai hydrogen cars are gradually expanding the family next year, a hydrogen fuel cell bus demonstration line in Shanghai is expected to drop, 6 “drink” of hydrogen buses in Shanghai on a particular fixed-line operation, this project will be the world’s hydrogen fuel-oriented battery tender vehicle manufacturers. In addition, located in Jiading of Shanghai International Automobile City’s first hydrogen refueling station has been in a tense construction.
In accordance with Shanghai Fuel Cell dell gk479 battery Vehicle R & D plan, in 2008 production 100 fuel cell vehicles and the establishment of demonstration team debut in Shanghai, including 90 fuel cell cars and fuel cell bus 10; By 2009, the scale of production will improve to 1000, and into the rental and public
Cross-industry; in 2011 to around 2012, annual production capacity of fuel cell vehicles will reach 10,000 goal, and gradually applied to ordinary dell fk890 battery cars.

China mobile phone battery, Japan and South Korea should deal with monopolies attack

CEO Forum, the two sides of the ball dell y9943 battery three CEO Forum lithium is lithium Taiwan industry and professional organizations, CEO Summit, is the industry’s CEO, experts and scholars, professional media platform share. The General Assembly has invited a group of business leaders at home and abroad lithium, CEO and industry elites and experts and scholars made a speech. Point of view taken by the summit leaders, the elite dialogue to discuss the form of the classic cases. Forum around the Taiwan Electrical lithium from “Made in China” to “China to create a” start of the opportunities and challenges in depth.
During the forum, domestic well-known manufacturer of polymer lithium battery Co., Ltd. TCL payment to Mr. Zeng Xianhua, deputy general manager of the theme of “constraints 3G cell phones will become the” driving force “bottleneck” wonderful speech, “China Li Xinhua enterprises should attack, Japan and South Korea to deal with monopoly enterprises 3G mobile phone dell kd186 battery “was the point of view led to great concern.
Mr. Zeng Xianhua that, in fact, the development of mobile phones from 2G to 2.5G mobile phone batteries during this period of “power shortage” problem has occurred, does the cell phone technology continues to improve at the same time, mobile phone dell hd438 battery capacity is still low this issue has not been completely resolved , and along with the 3G era, this issue will undoubtedly become even more prominent.
Once upon a time, in people’s impression that the phone call is a tool. To the 3G era, for the consumer, no longer just a phone call using a mobile phone as simple as that. We can read the news through the 3G mobile phone network, on-line listening to music, play games, chat, all this will be possible.
3G mobile phone is no doubt to give consumers more features to experience, but behind the function is a strong impetus to the need to do support. 3G mobile phones because of the requirements of multimedia features on the higher, and mobile TV dell g5266 battery, streaming media applications such as function or a higher power consumption, in addition to 3G mobile phones more and more compact shape, thin and light, the size of mobile phone battery is also reduced, resulting in the majority of 3G mobile phones are faced with small and standby battery capacity, operation time is short and so on. 3G mobile phone calls for the standby high-capacity, long dell d5318 battery standby time made available as soon as possible so desperately need.
Industry observers as soon as the Chinese government is expected to release 3G licenses, which will lead to more than 10 billion U.S. dollars worth of cell phone batteries, new equipment purchases and other products that tide. Despite the bright prospects for 3G mobile phone market, but the supporting 3G cell phone battery was almost Japan, South Korea, and other lithium dell u4873 battery manufacturers monopoly.
The good news is, TCL King to “3G mobile phone battery R & D research group” After 2 years of scientific research after the recent success of research and development of safe, high-capacity, good environmental performance, more than 4 days standby time of the 3G mobile phone batteries, and has through a well-known operators in Europe will be able to TCL payments to overseas 3G mobile phone dell td347 battery market, has been successfully applied to the European 3G mobile phones.
Mr. Zeng Xianhua said in his speech, TCL payment to the success of 3G mobile phone batteries to launch, although the company has broken the monopoly of Japan and South Korea, China 3G mobile phone lithium battery industry in the world place. What, then, only TCL gold strength to a business is limited, so the opportunity to use the forum, he can deposit on behalf of TCL, Li called on domestic enterprises to increase the power in the area of 3G mobile phone dell kd476 battery R & D investment, and ultimately China’s electricity companies lithium attack, face the competition, Japan and South Korea. Thus for the realization of the “China to create a” go out of the country to make a contribution to conquer the world

Nanan “solar energy” gold mine

Started in the global oil and other energy prices and strong anxiety when Nanan City, Quanzhou, is quietly in a new energy, the occupation of high ground. Reporters yesterday that, Nanan City, a large ongoing planning: to Nam to fight China’s important base for photovoltaic electronics industry. PV is a zero-emissions E-clean energy, solar energy can make use of independent power.

Three months after the completion of the planning to dell 6y270 battery,dell 75uyf battery.

Reporters yesterday that Nanan city has already made a decision to be “Eleventh Five-Year” period, in the town of Win-Xia Village area of the United States, the electronics industry to build a base of solar PV. It is understood that the industrial base of the overall objective in 2010 is to achieve output of 10 billion, one billion yuan revenue, making the province as well as the larger national photovoltaic industry base in electronics.

Nanan City, Technology Bureau said the departments concerned, this project is mainly in the early research stage, there is no idea of the formation of a system. Nanan City, has set up a “solar photovoltaic electronics industry base,” the planning and construction of leading group, and the official start of the industrial base planning. Nanan City Mayor Chen law, Executive Vice Mayor Liu Zhiping, such as the planning and construction of leading group in charge of day-to-day operation. Liu Zhiping a telephone interview with reporters, said that planning is now expected to be completed after two to three months planning.

Silicon is very rich mineral resources

Nanan is the development of photovoltaic edge electronics industry, mainly in accordance with the Fujian and silicon-rich mineral resources. The development of photovoltaic electronics industry is the development of silicon products in downstream industries, the formation of the industrial chain.

Electronics industry to develop PV Nam has a certain basis, such as c-Si and other materials is an important e-photovoltaic based in the United States and Ha Nam is also big in Quanzhou, one of the sources of the electronics industry; Jiangnan High-tech Zone is also near the Nam These are the basis for the development of photovoltaic electronics.

It is understood that the silicon mine in Fujian Province and the world is the quality, purity, one of the highest in the mining area, select the development of silicon materials engineering has a unique geographical advantage. C-Si Nan’an goods Fujian Refining Co., Ltd. is the largest refined silicon products company engaged in the selection of silicon metal, processing, have years of experience and have a more mature silicon metal processing capacity and skilled workers, the product of silicon metal goods market is highly competitive, you can bring along the lower reaches of silicon products industry linkage development, the formation of the industrial chain.

The new cards will be in Quanzhou

In order to achieve industrial base planning, Nanan City dell c1295 battery,dell gd761 battery, held in Xiamen University, a small forum, but experts are heavyweight. The reporter learned from the parties concerned that Nanan, April 7, Southampton University in Xiamen city government has held a “forum on the development of photovoltaic electronics industry.” Chinese Academy of Sciences Wang Qiming, fire fighting Zheng, Department of Physics, Xiamen University, Professor Chen Zhao photovoltaic electronics experts, as well as a number of heavyweight experts in Quanzhou City participated in the forum, and this line of thought, Nanan City, spoke highly of it and certainly .

Quanzhou City Government Economist Group on the development of photovoltaic Nan’an electronics industry are confident of the prospects. He said that is fully capable of Southampton, has the edge to develop solar photovoltaic electronics industry and produce high-tech and high value-added, with domestic and international market competitiveness of high-purity silicon and solar cell components and related products.

Quanzhou City Government and the Development Research Center of Sun Quan, deputy director of travel that the development of photovoltaic Nan’an electronics industry is “a very forward-looking planning.” He said: “Southampton started late compared with foreign countries, not to mention the advantages. However, 20 years ago, Quanzhou has not a few of the master tailor, several shoe master, and now the apparel industry in Quanzhou, in the international arena have a great influence dell kd476 . the conditions and advantages are created, if the photovoltaic Nam e well, then, after a number of years will become a new business card Quanzhou. “

600 million yuan wang silicon crystal solar cell production test bar slice

Wang officially announced silicon technology has been with Japan’s top three crystalline solar cell factory rods signed cooperation contracts slice, slice bar crystalline solar cell production lines at the end of this year, will begin trial production. Si-Wang Chang-lin, chairman of GE said that the cooperation which the funds will invest 600 million yuan in the establishment of the park dell latitude d820 battery,dell latitude d830 battery,dell latitude x300 battery Plant Taiwan’s first professional baseball slice crystal solar cell plant, the initial planning for an annual production capacity of 40 million watts (MW). Ishii table is recorded as a result of domestic solar cell maker Motech section on behalf of the crystal rod factory, so the industry estimates, Wang Si Motech is expected to received orders.
Wong announced yesterday silicon crystal solar cells with Japan’s baseball factory Ishii slice table in mind the case of co-operation, will receive Ishii Si wang souvenir baseball crystal solar cells Technology Transfer slices to form mind Ishii cutting equipment procurement.

A new birth of the new energy market

Recently, the National Development and Reform Commission, State Energy Office and other ministries jointly issued five “a thousand enterprises to implement energy-saving action plan,enterprises for preferential tax and loan policies. With the release of energy-saving program, the two energy stocks rose sharply. The industry believes that with the policy of increased support for energy-saving power as well as listed companies raise new substantive topics of energy stocks will soon play a potential for growth, led the market up to become a new force.

“Energy-saving program,” suggested that China’s taxation system reform in accordance with the process, pay close attention to introduction of the production and use of the “energy-efficient water-saving catalog” and the comprehensive utilization of resources directory products to enterprise income tax preferential policies; to study the key resource-conserving technologies, a major equipment and products in a certain period of time to implement appropriate policies of value-added tax. In addition, the state is also saving energy and reducing consumption to make the investment and financing channels to prioritize, focusing on saving energy in support of a number of major projects and demonstration projects, giving priority to support energy-saving goals ahead of schedule to achieve energy-saving projects of enterprises; research support enterprises to establish a stable energy transformation funding channels, and guide social capital into saving energy and reducing consumption; study the establishment of multi-channel mode of financing, coordination of national policy-related banks, international financial institutions to support the thousands of low-interest loans to energy saving technological transformation of enterprises. Enjoy preferential policies to enterprises covered by the 1008 iron and steel, nonferrous metals dell xps m140 battery,dell xps m1210 battery, coal, electricity, petroleum and petrochemical, chemical, building materials, textiles, paper and other key energy-consuming field of nine.

At present, the Shanghai and Shenzhen stock markets are about 30 listed companies with the concept of new energy sources, mainly solar energy, wind energy, oil, coal, desulfurization and geothermal and other fields. From the existing situation, a real all-round new energy business are not many, and new energy to bring the substance of the listed companies the proportion of low income. But the industry said that with the increased policy support and impetus to improve the energy efficiency of listed companies, this situation will significantly change the substantive themes with new growth potential energy companies will soon be able to play.

In the new energy sector, in areas such as solar and wind energy, are now progressing rapidly. Listed companies, including solar energy security Tianwei change TBEA, Shengyi technology, solar power and sailing Connaught shares. Among them, the holding subsidiary of Tianwei Yingli Main silicon solar cells and related products; TBEA subsidiaries engaged in the manufacture of solar photovoltaic components; Force Main Connaught solar photothermal conversion of solar energy materials, high boron silicon series products, etc. ; Shengyi city science and technology is the production of solar silicon only listed companies, industry monopoly advantages. In addition, the Hunan Electric G Jinshan shares and is representative of wind energy, space science and technology on behalf of coal oil, Kaidi Electric Power, is desulfuration industry representatives, and the Beijing Thermal Power geothermal fields is typical of a monopoly in Beijing geothermal resources.

The industry believes that, G Tianwei, Fengyuan Biochemical, Connaught power the sun, and sailing TBEA shares the progress of the new energy business faster, and has achieved significant operating income, and this part of the revenue growth was benign. half-yearly net profit will be substantially the same period last year to about 100 percent, one of the reasons is that the second phase Yingli smooth production, sales revenues and profits increase. Correspondingly, the share price movements of these companies are also very strong this year, Shengyi rose 24 percent science and technology, Fengyuan Biochemical up 44%, G Tianwei were up 83%.

A quarterly show that institutional investors confidence in the new energy: G Tianwei chips obvious focus, the fund holdings to 750 shares sharply, QFII holdings to 16,910,000; Fengyuan Biochemical companies have a large number of funds and social security funds into. Market participants said the real growth is the key to investment in energy stocks, some companies currently only have the concept of new energy sources, while some companies are holding a real business, which will make use of their potential to become a leading value-added rapidly rising market, a the new force.

Global IC technology and industrial development trends in a six

IC technology continue to move forward in accordance with Moore’s Law

According to SIA statistics, the global semiconductor industry in 2005 than the 6.8 percent growth in 2004, and in 2004 the growth rate of 27% compared to the global semiconductor industry slowdown, the size of the annual industry sales of 227.48 billion U.S. dollars.

At present, the development of IC technology is: 90-nanometer technology has entered the mass production stage, the 60 nanometer technology in the import period, 45 pre-nano-technology research and development are being made.

Known as Moore’s Law refers to the IC number of transistors on a chip about every 18 months increased by 1 times 1 times to enhance performance. At the same time, the functional unit of integrated circuits to reduce the cost of an annual average of about 25%. Therefore, the integrated circuit prices fell every year, most notably the decline in the price of memory circuits and other circuits of the decline in prices than the slow memory.

In accordance with the International Technology Roadmap for Semiconductors, 2007, the most advanced technology is the 65 nanometer, 45 nanometer in 2010 to 18 nanometer in 2018.

The analysis of the road map to note two points: First, for each technology along the R & D - the sample - the production of the three levels of development, the most advanced technology of production is the first year will be the technology into production, and also the second within 3 months of production-dell latitude d810 battery,dell latitude d820 battery,dell latitude d830 battery; secondly, the road map marked with different colors of the new technology needs, the current program known manufacturer and has been optimized to create the program is known, unknown or have been to create programs the transition of the four solutions, the display space for the development of technological innovation.

From the technical development trend, as a result of silicon CMOS technology is approaching physical limits, in the continued development of traditional CMOS structure, is focused on the development of silicon-based material, strained silicon, SOI materials, compound semiconductor materials and the corresponding device structure and process technology. On the other hand, while pressing ahead with new devices (such as nanoelectronic devices) study.

IC into the nano-manufacturing technology and SoC era

Great size of IC chip refers to the number of components contained in more than 107, contained in the gate count of more than 106 integrated circuits. System-on-chip SoC refers to the integration of silicon in a single subsystem or system, including processors, high-density logic circuits, analog and mixed-signal circuits, memory and so on.

From discrete devices to integrated circuits to the SoC, is a major revolution in the field of microelectronics. 21, integrated circuit manufacturing technology has entered the nanotechnology era and S oC.

Increase in silicon content was “silicon cycle” characteristics

Electronic products in the semiconductor products used in electronic products accounted for the total value referred to as the percentage of silicon content.

With the development of new products and electronic products increase in complexity, the silicon content also increased continuously. The first generation of electronic products such as analog television sets, tape recorders, such as tape, the silicon content of less than 20%; the second generation of electronic products such as digital cameras, GPS navigation, the silicon content has reached 35%; the third generation of electronic products, such as digital TV , wireless LAN equipment and 2.5 and 3G mobile phones, silicon content up to 40% more than others. Therefore, end products through a global market, but also can estimate the market demand for IC products, and to look for the point of IC industry and the market entry point.

Over the past 30 years, the international semiconductor market has shown signs of cyclical rise (prosperity) and the decline (recession), it is said that the cyclical changes such as a “silicon cycle.”

The global semiconductor industry has gone through seven cycles, the main characteristics: an average of one cycle every four to five years, uninterrupted cycle, almost every 10 years a large trough or large peak. I believe the industry: the future of the semiconductor industry cycle will continue, but the volatility of the next cycle will be significantly reduced.

Digital consumer electronics products to become the protagonist

Products from the semiconductor industry market, the market has been the driving force for the evolution from the computer to the communications and consumer electronics products. Previously, computer applications is driving the market-dell latitude x300 battery,dell xps m140 battery,dell xps m1210 battery, so major corporate buyers. And now, the market gradually changing hands to push the communications and consumer electronics products, the main buyers become both businesses and consumers. Market research firm IDC forecasts global consumer products in 2009 than in 2004 semiconductor market growth of 1-fold, from 140 billion U.S. dollars increased to about 300 billion U.S. dollars.

Semiconductor lighting and solar cells is an important direction

At present, the semiconductor technology is the focus of integrated circuits, but not limited to integrated circuits. In fact, the field of semiconductor devices is very wide, for example, semiconductor lighting is a very important direction.

In addition, the semiconductor solar cells is also a very important direction of solar cells last year, the global growth rate is 34 percent, this year is expected to grow by more than 10%; MEMS is an important emerging technologies. Would also like to emphasize is that the semiconductor manufacturing technology is expanding the scope of application, widely used in manufacturing a new generation of electronic components.

Changing the structure of the semiconductor industry

70s of the last century, foreign enterprises of all semiconductor companies are IDM (integrated device manufacturer), its product categories from the system, semiconductor devices and IC, until the silicon materials, semiconductor manufacturing equipment. 80’s from the beginning of the last century, changes in the structure of the semiconductor industry: IDM companies to focus on areas such as product development and increasing focus on a number of product categories; foundry model and its growing importance, non-production line (fabless) companies emerged; semiconductor industry entered the era of broad international cooperation. To the last century 90’s, IDM business of outsourcing assembly and testing of the ratio increased gradually, and start the production of certain chip foundry company entrusted to. At the same time, IC foundry business is changing, from the beginning in order to expand production capacity mainly to improve the performance of development-oriented, and now is mainly to provide solutions.

Japanese industry believes that the semiconductor industry can now be divided into seven kinds of business models: the first is called the IDM model systems, such as Panasonic. The second mode is called slit Nich products IDM, like Sanyo. The third model is the hegemony IDM, such as Intel. The fourth model is the memory IDM companies such as Samsung. Fifth is the IP providers, such as ARM. Sixth is the Fabless companies focus on design and marketing. VII commissioned the manufacture of the OEM. The seven highest-margin business model is hegemonic IDM, low profit margins the company is memory.

In recent years, the structure dell 6y270 battery,dell 75uyf battery,dell c1295 battery,dell gd761 battery,dell kd476 of the global semiconductor industry is constantly evolving and is still developing. Some large companies are “fissile”, some IDM small enterprises engaged in manufacturing line (Fablite), some IDM companies taking Foundry, also on behalf of some IC design companies to start building the factory. The general trend is vertical integration, horizontal division of labor. On China’s IC industry, we should be the industrial structure is diversified and not confined to a structure. However, what business model, according to the characteristics of enterprises, enterprises of the technological level and management ability to be considered.

The risk of investors targeted green technology

The United States most legendary venture capitalist John Dole sharp insight, in Google, Amazon and other companies to become well-known for its large investment before, so the accumulation of enormous wealth. Today, Dole will be known as attention turned to the emerging green technology industry.

Green technology (Greentech) that is clean technology, covering the water purification, air purification, nanotechnology, alternative fuels, can be recycled and renewable sources of energy and other related technologies dell latitude d510 battery,dell latitude d520 battery. Dole believes that green technologies like information technology and biotechnology have the same high returns, the 21st century will surely become an investment destination, and now it is time to increase investment in green technology for the best time. As Silicon Valley’s most prestigious venture capitalists, one of Dole’s investment in green technology to predict the risk of the investment community has aroused concern in the community.

U.S. National Venture Capital Association (NVCA) President Mark Heesen noted that Dole has a natural insight into industry trends, from KPCB, he managed the company’s investment plan, the green technology industry will usher in a new wave of investment.

U.S. green technology venture capital network to a report released recently shows that in North America in 2005 to invest in clean technology venture capital of more than 1.6 billion U.S. dollars the total amount of more than 35 percent growth in 2004. The fourth quarter of 2005 alone, investment in clean technology venture capital of 502 million U.S. dollars were as high as 2004 compared to the same period surged 60%. The report predicts that the next 3 years in North America the risk of investment in green technology is expected to double.

U.S. research firm Clean Pioneer released in March showed, such as bio-fuels, hydrogen fuel cells, solar and wind energy and other clean energy markets of the world’s total 40 billion U.S. dollars last year, as traditional energy prices rising, this figure is expected in 2015 before the year will increase by up to 3 times the 167 billion U.S. dollars.

However, the risk of investment in green technology is also very strong. Mark Hesse noted that in the past on renewable energy and other clean technology investment often ended in failure, a very important reason is lack of market demand. In addition, the energy market is almost oil, coal and natural gas companies the world, alternative energy companies to snatch market share would be tantamount to.

The pursuit of venture capital is high risk high return. With technological advances, more and more venture capital into the green technology industry, investment in clean technology projects have a lot of access to the higher returns. More important point is that the U.S. clean technology companies such as SunPower IPO success of venture capitalists have greatly increased the confidence that they look forward to Google, Amazon and other companies listed in glory after the dell latitude d600 battery,dell latitude d610 battery,dell latitude d620 battery recurrence of green technology industry.

Methanol as alternative fuel vehicles is feasible

Since the last century since the 80’s, methanol as a fuel research and development has always received much attention lately, the industrial application of synthetic and vehicle technology to make significant progress, it is now time to give the scientific concept of development evaluation. Dimethyl ether fuel, although the development of late, but the momentum of rapid, it should give a reasonable evaluation.

On the basis of the current level of research and application technologies, the methanol as an alternative fuel vehicle technology does not exist, the environment and security issues, the key is people’s awareness, government policies and effective management.

The toxicity of methanol fuel

Methanol fuel in addition, storage, transport and vehicle exhaust have produced a small amount of methanol vapor. Human exposure to methanol there are three main ways: breathing vapors, misuse of drink and skin absorption exposure. Therefore, the use of methanol as fuel must be carried out in strict accordance with the operating procedures to minimize the leakage of methyl alcohol to avoid direct access to the digestive system. Shanxi Province for more than a decade in M15 and M85-M100 methanol fuel dell latitude d800 battery model practice, the Secretary of the relevant personnel to take a medical examination showed that the track was not found with methanol caused by abnormal or occupational health cases. United States Institute of methanol toxicity of methanol fuel and the use of security has been very detailed assessment of the overall view that the use dell latitude d510 battery of methanol fuel in the fuel is safe.

Methanol fuel impact on the ecological environment

Methanol fuel as a clean alternative to diesel fuel and fuel cell vehicle future large-scale use of fuel, on the surrounding ecological environment has been that people are generally concerned about another problem. Methanol in the soil susceptible to biodegradation. And gasoline is hard to dissolve in water, not proliferation, in the difficult environment degradation, the occurrence of accumulated pollution. Comprehensive comparison, the methanol removal easier in the environment.

As a result of the use of coal gasification technology, coal pollutants such as sulfur, nitrogen, chlorine, mercury and other impurities can concentrate completely removed, thereby reducing the direct fuel pollution caused by coal, and the synthesis of almost no emission of pollutants, therefore, the production of methanol fuel is a clean coal technology, the smaller the pollution of the environment, especially in multi-generation technology, energy use and resource use has been further enhanced.

Methanol fuel vehicle cold-start

Methanol fuel vehicle cold-start difficulties, will lead to incomplete combustion of formaldehyde, methyl formate, such as hydrocarbon emissions, but the use of exhaust purification equipment to deal with easily. This regard, the course of many years of practice in Shanxi Province has made a reliable purification technology. Therefore, the large-scale use of methanol fuel vehicles, will not cause even more serious than the exhaust gas emission.

Corrosive methanol fuel cars

Methanol is a polar organic solvent, for certain rubber and plastic products prone to swelling, premature aging, and certain non-ferrous metals such as aluminum, copper has a corrosive effect, and therefore part of the automotive parts and components appropriate to deal with in order to dell latitude d520 battery,dell latitude d600 battery,dell latitude d610 battery methanol to increase the adaptability of the materials. Wharton Company in Shanxi Province for many years the practice has shown that there is no blended with low percentage of corrosion, as can the use of regular gasoline; Shanxi best practice shows that the new company, such as pure methanol fuel to the engine there is no significant corrosion, but some parts need to use Alcohol-resistant materials, such as the use of alloy materials, components, pumps, etc. Alcohol resistant.

Resources methanol fuel cars

The main use of domestic coal production of methanol. China’s coal resources, about 40% of high-sulfur, low quality coal, can not be used as steam coal direct combustion, gasification through desulfurization, can be used as raw material for synthesis of methanol fuel, the use of access to clean. In addition, biomass gasification methanol synthesis process further methanol fuel can become a renewable energy, both at home and abroad are paying attention to is the future synthesis of an important means of methanol fuel. Therefore, we believe that the full use of China’s relatively rich in coal resources, especially high-sulfur-rich low quality coal reserves, combined with coke oven gas and coal-bed methane resources, such as the large scale synthesis of methanol fuel to replace some of the oil resources. With the biomass gasification technology to improve and mature, from the preparation of methanol from biomass will gradually make up for the fossil fuel energy consumption of resources caused by vacancies, and ultimately become a fully renewable fuel.

Methanol fuel vehicle technology

China’s coal methanol as raw materials to produce dell latitude d620 battery,dell latitude d800 battery a mature and advanced technology not only has its own design, manufacturing and construction capacity, methanol production, the market competitiveness of products, has been involved in the global competition in the market. Domestic coal-scale methanol production from an annual output of 50,000 tons to 800,000 tons, the current planning of two million tons of annual production capacity of the project methanol production scale for the production of methanol fuel to provide a better flexibility, but the enterprise in order to improve the resources and energy efficiency, market competitiveness and influence, the new methanol projects tend to increase.

On coal-based dimethyl ether fuel

Dimethyl ether fuel with high cetane number (50 ~ 55), an ether fuel combustion for better results, and there is no low-temperature methanol and accelerate the start of the shortcomings of poor performance is an ideal substitute for diesel engine fuel. Studies have shown that DME as diesel fuel for vehicles with high efficiency and low pollution, it can be to achieve a smoke-free emission, and reduce noise and to reduce nitrogen oxide emissions. In addition, dimethyl ether and liquefied petroleum gas liquefied petroleum gas properties similar to liquefied petroleum gas is an ideal alternative fuel. Under the same conditions of temperature, dimethyl ether down the saturated vapor in the gas, its storage, transport and other security than the liquefied gas. However, dimethyl ether production technology is still two-step dehydration of methanol, higher production costs, one-step production of dimethyl ether are not yet ripe for industrial technology. Although DME fuel like cars dell latitude d810 battery, but car engines and the practical application of and should therefore pay special attention to, focus on the production of DME engine technology and applications.