Now the Chinese Government to the new energy vehicles to provide huge financial subsidies, is expected to create New Energy and external laptop battery plates of motor vehicles and myth. That year the German government to provide significant financial subsidies to solar cells, not only created a generation of China
"Solar cell and polysilicon": mainly external demand driven,China China
Electric vehicle technology can be divided into pure electric vehicle (EV), hybrid electric vehicle (HEV) and fuel cell automotive technology (FCEV) three technical schools. Has the technology to achieve commercial production of pure electric vehicles and hybrid electric external laptop battery vehicles. The current hybrid cars use nickel-metal hydride battery technology major, while the energy density of lithium batteries with a high-capacity, no memory, etc., are various car makers and battery manufacturers recognized by all.
However, the high cost of lithium has been hampered in the new energy vehicles on the large-scale commercial barriers, but recently listed F3DM BYD dual-mode electric vehicle, its lithium iron phosphate used in the program provides an ideal solution to the path. BYD F3DM's success means that the issue of cost constraints bottleneck in the development of lithium-powered external laptop battery is expected to be resolved. Currently divided into lithium cobalt oxide, lithium manganese oxide of lithium and lithium iron phosphate, which the former two because of poor security, are generally used for small batteries; electric vehicles on the application of BYD's lithium iron phosphate, or the program.
Not all production companies are capable of producing lithium battery car battery power, the existing listed companies to produce a lot of lithium batteries, but only the production of automotive lithium-powered batteries listed companies can benefit from the new energy vehicles. From the lithium battery industry chain to see: primary lithium resources (lithium carbonate) → cathode external laptop battery materials for anode materials + divide + + → Li-ion battery electrolyte. Persons related to this industry chain in the listed companies are to benefit from the new energy vehicles.
Fuel cell vehicles, according to China's senior expert in the field of Science and Technology Minister Wan Gang's new energy vehicle development goals: by 2012, China had 10% of the new production of the cars are energy-saving and new energy vehicles, according to an annual output of cars will be cars of 1000 10000 count, China's new energy vehicles to reach an annual output of 1 million scale. Li Sheng-mao said the investment adviser, each new type of electric vehicle is expected to need about 0.08 tons of lithium carbonate, lithium batteries once the driving force large-scale application of new energy vehicles, the lithium carbonate market potential will be very huge, is expected to 2012 only the new energy vehicles the dell inspiron 6000 battery,dell inspiron 6400 battery,dell inspiron 1525 battery,dell studio 1537 battery demand for lithium carbonate each year will reach 5 million tons.
"Solar cell and polysilicon": mainly external demand driven,
Electric vehicle technology can be divided into pure electric vehicle (EV), hybrid electric vehicle (HEV) and fuel cell automotive technology (FCEV) three technical schools. Has the technology to achieve commercial production of pure electric vehicles and hybrid electric external laptop battery vehicles. The current hybrid cars use nickel-metal hydride battery technology major, while the energy density of lithium batteries with a high-capacity, no memory, etc., are various car makers and battery manufacturers recognized by all.
However, the high cost of lithium has been hampered in the new energy vehicles on the large-scale commercial barriers, but recently listed F3DM BYD dual-mode electric vehicle, its lithium iron phosphate used in the program provides an ideal solution to the path. BYD F3DM's success means that the issue of cost constraints bottleneck in the development of lithium-powered external laptop battery is expected to be resolved. Currently divided into lithium cobalt oxide, lithium manganese oxide of lithium and lithium iron phosphate, which the former two because of poor security, are generally used for small batteries; electric vehicles on the application of BYD's lithium iron phosphate, or the program.
Not all production companies are capable of producing lithium battery car battery power, the existing listed companies to produce a lot of lithium batteries, but only the production of automotive lithium-powered batteries listed companies can benefit from the new energy vehicles. From the lithium battery industry chain to see: primary lithium resources (lithium carbonate) → cathode external laptop battery materials for anode materials + divide + + → Li-ion battery electrolyte. Persons related to this industry chain in the listed companies are to benefit from the new energy vehicles.
Fuel cell vehicles, according to China's senior expert in the field of Science and Technology Minister Wan Gang's new energy vehicle development goals: by 2012, China had 10% of the new production of the cars are energy-saving and new energy vehicles, according to an annual output of cars will be cars of 1000 10000 count, China's new energy vehicles to reach an annual output of 1 million scale. Li Sheng-mao said the investment adviser, each new type of electric vehicle is expected to need about 0.08 tons of lithium carbonate, lithium batteries once the driving force large-scale application of new energy vehicles, the lithium carbonate market potential will be very huge, is expected to 2012 only the new energy vehicles the dell inspiron 6000 battery,dell inspiron 6400 battery,dell inspiron 1525 battery,dell studio 1537 battery demand for lithium carbonate each year will reach 5 million tons.
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