Japan’s New Energy and Industrial Technology Development Organization (NEDO) announced a number of selected institutions, such as Kyoto University as a year from the 09’s “innovative cutting-edge science and basic research in batteries,” R & D units. The project in 2030 on electric vehicles practical aim, the development of energy density for the current technical level of the battery 3 times. Project time for 7 years, plans a total investment of ¥ 21,000,000,000. In addition, Kyoto University, the partners also includes six universities, three research institutions and 12 enterprises. To participate not only Toyota, Nissan and Honda and other well-known automotive manufacturers, as well as Sanyo Electric, GS Yuasa and laptop battery manufacturers such as KODAMA. Kyoto University plans to establish a research base, the company will send a total of more than 50 researchers to carry out joint research.
NEDO Hydrogen Fuel Cell Technology Development Office of storage technology development Longbow Shuji check that “the United States 2015 published one million hybrid into the goal, France and Germany have begun a formal study of the battery, China’s BYD the company released a self-developed electric car, the XPS M140 battery is undergoing tremendous changes in the environment. At present, the Japanese have a high level of battery technology, but Japan’s superiority in order to expand and strengthen competitiveness, the development of staff must be united in the development of better batteries ” . In addition, “the ultimate goal of this project is to develop the existing level of energy density of the batteries 3 times, this goal is to develop the energy density of more than 5 times the current level of battery milestone.”
Committed to improving the development of lithium-ion rechargeable battery performance and more than lithium-ion rechargeable battery new battery. Will use the “SPring-8″ and “J-PARC” The device, developed a high degree of cell analysis and analytic technology, the battery through the clear principles and the basic reaction mechanism of the development of new battery materials and Latitude D620 battery . 7 years after the end of the project, “I hope at least the size of the development coin batteries to charge and discharge through the actual, working conditions, to confirm the stage of the battery” (bow check).
Kyoto University Professor Extraordinary see good eight small long as the person in charge of the project. Participation of enterprises and research institutions will be divided into “high resolution technology”, “Analysis of cell reaction,” “Materials innovation” and “innovation cells” research group 4. In group 4 above, but also the creation of a NEDO-member management team. The management team will be based in research and development base, is mainly responsible for research management, technology development trend of related investigations and participate in the coordination of interest. Management team in collaboration with researchers in the overall mechanism is within NEDO unprecedented, never before, through the meticulous management system, strong research and development.
NEDO Hydrogen Fuel Cell Technology Development Office of storage technology development Longbow Shuji check that “the United States 2015 published one million hybrid into the goal, France and Germany have begun a formal study of the battery, China’s BYD the company released a self-developed electric car, the XPS M140 battery is undergoing tremendous changes in the environment. At present, the Japanese have a high level of battery technology, but Japan’s superiority in order to expand and strengthen competitiveness, the development of staff must be united in the development of better batteries ” . In addition, “the ultimate goal of this project is to develop the existing level of energy density of the batteries 3 times, this goal is to develop the energy density of more than 5 times the current level of battery milestone.”
Committed to improving the development of lithium-ion rechargeable battery performance and more than lithium-ion rechargeable battery new battery. Will use the “SPring-8″ and “J-PARC” The device, developed a high degree of cell analysis and analytic technology, the battery through the clear principles and the basic reaction mechanism of the development of new battery materials and Latitude D620 battery . 7 years after the end of the project, “I hope at least the size of the development coin batteries to charge and discharge through the actual, working conditions, to confirm the stage of the battery” (bow check).
Kyoto University Professor Extraordinary see good eight small long as the person in charge of the project. Participation of enterprises and research institutions will be divided into “high resolution technology”, “Analysis of cell reaction,” “Materials innovation” and “innovation cells” research group 4. In group 4 above, but also the creation of a NEDO-member management team. The management team will be based in research and development base, is mainly responsible for research management, technology development trend of related investigations and participate in the coordination of interest. Management team in collaboration with researchers in the overall mechanism is within NEDO unprecedented, never before, through the meticulous management system, strong research and development.
