Advanced Battery Technology

Stula et al 15] have reported the advanced battery technologies in the USA. Nickel-metal hydride, lithium ion, lithium polymer batteries and ultracapacitors have attracted an attention and been under development. [Pg.81]

Paul MacCready argues forcefully in Chapter 16 in this book that prematurely picking hydrogen fuel cells could have major consequences in dampening research and development of advanced battery technologies, which he believes will soon be able to outperform hydrogen fuel cells, with fewer requirements for new fueling infrastructure. [Pg.153]

Sasaki, Y., The status and view for fluorine-containing organic solvents, n Advanced battery technologies-2011, the Electrochemical Society of Japan-. Tokyo, Japan, 2011 17-30. [Pg.156]

Several recommendations resulted. But there was no clear, comprehensive solution for the advanced battery technology. ... [Pg.151]

Advanced Battery Technology, February 2004, 40 22 PekalaRW, Khavari M (2003) US Patent 6,586,138 www.porouspower.coin. Accessed Feb 2010... [Pg.189]

Wada M (1994) Polymer role in advanced battery technology. Polym Adv Tech 5 645-652... [Pg.193]

Baker, C., Proceedings of the SAE Power Systems Conference, Williamsbury, VA (1997). See Advanced Battery Technology, April, 1997. [Pg.774]

Nickel-metal hydride batteries have become the dominant advanced battery technology for EV and HEV applications by having the best overall performance to meet the requirements set by USABC. In addition to the essential performance targets of energy, power, cycle life and operating temperature, the following features of NiMH - have established this technology in this market ... [Pg.876]

Essentially, an advanced battery technology for EV application must satisfy all minimum performance requirements and then compete on energy and cost. NiMH EV batteries demonstrate ... [Pg.888]

While gravimetric energy usually receives the attention for advanced battery technologies, in many cases volumetric energy density in Watt-hours per liter is actually more important. NiMH has exceptionally good energy density, achieving up to 320 Wh/liter. [Pg.896]

Mid-term activities to complete the development of those advanced battery technologies that are not commercialized but, with necessary progress, can be introduced to the market within 5-10 years. [Pg.1192]

TABLE 41.4 U.S. Advanced Battery Consortium Primary Criteria for Mid-Term and Long-Term Advanced Battery Technologies... [Pg.1331]

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Chemical substances, components, reactions, process design ...