Next-generation AAA NiMH batteries technology research and development enters fast lane

　　Following Ford, Nissan, and Daimler's cooperation in the development of AAA NiMH batteries vehicles, General Motors and Honda have recently announced cooperation in AAA NiMH batteriess. The two parties will cooperate to develop next-generation AAA NiMH batteries systems and hydrogen storage technology by 2020. It is understood that AAA NiMH batteries vehicles have advantages in terms of environmental protection and endurance, but there are still shortcomings in infrastructure construction. At present, Japanese, American and European car manufacturers are continuing to cooperate in research and development, which may promote fuel storage technology and help the development of AAA NiMH batteries vehicles enter the fast lane.

　　Race to develop the ultimate environmentally friendly car

　　New energy and new power technologies are increasingly becoming a battleground for major global car companies. It is understood that AAA NiMH batteriess convert chemical energy into electrical energy through oxidation-reduction reactions that occur at the anode and cathode. They mainly use hydrogen energy as fuel and emit water vapor. Compared with traditional batteries, the advantage of AAA NiMH batteriess lies in their endurance. A AAA NiMH batteries vehicle can last five times longer than a battery vehicle after replenishing fuel once, and the fuel injection can be completed within a few minutes. This technology can solve a series of major challenges currently facing the automotive industry, including dependence on oil, exhaust emissions, fuel efficiency, driving range and refueling time.

　　AAA NiMH batteries vehicles that do not emit exhaust gas but only emit water are called the ultimate environmentally friendly vehicles. In order to achieve mass production of AAA NiMH batteries vehicles, major Japanese, American and European car manufacturers are strengthening cooperation. Toyota Motor Corp. has joined forces with Germany's BMW AG, while Nissan Motor Co. is conducting joint research and development with Germany's Daimler AG and U.S. Ford Motor Co. General Motors and Honda recently announced their cooperation in AAA NiMH batteriess. The two parties will promote the construction of fuel supply infrastructure to extend the service life of AAA NiMH batteries vehicles. According to the agreement, the two parties will cooperate to develop next-generation AAA NiMH batteries systems and hydrogen storage technology by 2020.

　　General Motors launched the roadway program in 2007. Currently, 119 hydrogen AAA NiMH batteries vehicles participating in the program have completed nearly 4.83 million kilometers. Honda Motor believes that AAA NiMH batteries vehicles have absolute advantages in terms of zero-emission carbon dioxide technology, and their driving range and refueling time are comparable to traditional gasoline vehicles. Honda Motor began leasing its AAA NiMH batteries vehicle FCX in 2002 and has deployed 85 FCX and its successor model FCX Clarity in the United States and Japan. According to the plan, Honda will launch the FCX Clarity follow-up model in the Japanese and American markets in 2015, and plans to launch it in Europe. General Motors will later announce plans for AAA NiMH batteries vehicle production.

　　Ford, Nissan and Daimler have begun jointly developing AAA NiMH batteries vehicles. BMW and Toyota also reached a cooperation at the beginning of this year. Toyota plans to provide BMW with AAA NiMH batteries vehicle drive assemblies and hydrogen fuel storage technology. BMW will use this technology to build a prototype by 2015 and mass-produce it on the market around 2020. In addition, at the Tokyo Motor Show in November this year, Toyota will display a new hydrogen AAA NiMH batteries vehicle, which will be delivered to U.S. dealers as soon as next year.

　　Solve the problem of excessive costs

　　AAA NiMH batteries vehicles generate electricity to drive the motor through the chemical reaction of hydrogen and oxygen. Although its environmental performance is superior, there are still problems such as how to improve the efficiency of AAA NiMH batteriess and reduce costs.

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