Abstract:… to conventional technologies. Thus if proven technically and commercially viable, the proposed technology could have considerable commercial impact within the multi-billion dollar annual rechargeable battery market. Potential product applications include electric … more
Abstract:Electric vehicles, including hybrids in the nearer term, are the principal transportation technology by which the United States can become independent of foreign oil, can become energy independent overall, and can effect control over greenhouse emissions. For… more
Abstract:… cycle irreversible loss. Silicon-based anodes are being commercialized in next generation lithium ion batteries for consumer electronics. If successful, this project will reduce the cost and extend cycle life to enable adoption into the more cost- and life-sensitive electric… more
Abstract:…y systems will accelerate adoption in several billion dollar markets. The application discusses three markets for the 3-port converter which IPC is already working with system integration partners and with Letters of Support included. These are 1) high power electric … more
Abstract:Increasingly strict environmental regulations, surging energy demand and oil prices, the proliferation of the internet and (hybrid) electric vehicles have given rise to new growing market demand for efficient, clean and renewable energy sources. It is… more
Abstract:… U.S., including energy storage for transportation, and chemical production. For example, because of their superior energy density (an order of magnitude higher), metal air batteries could potentially replace lithium ion batteries for use in electronic devices and electric… more
Abstract:There is a growing demand for power electronics that can operate under the high temperature and high power conditions that will be encountered in Hybrid Electric Vehicles (HEVs). As the coolant temperature used to dissipate heat from electronics increases,… more
Abstract:…t of the fabrication processes required to support its manufacture. There is a critical need for advanced packaging and active cooling solutions capable of meeting the thermal management requirements of emerging SiC power module applications which include: (1) hybrid electric… more
Abstract:… EV will create a strong demand for real-time metrology and analytical tools, used for rapid characterization of battery manufacturing materials and process control. Moreover, the demand for Li-ion batteries has the potential to spread into areas other than electric … more
Abstract:… battery/power module building block. Our technology will provide the aerospace industry with a fully modular, practical, ready-to-deploy standardized, intelligent battery/power management module. Additionally, APEI, Inc. has identified high voltage hybrid electric … more
Abstract:… vehicles and portable field-use power sources for extreme environments. The larger commercial market, would include, e.g., laptops, cell phones or tablet computers for field use applications in extreme cold or hot. Potential extensions include hybrid and electric … more
Abstract:… and short-lead time supply. Longer term commercial applications include direct-contact-to-chip heat spreaders and heat sinks with ultra-low thermal resistance for cooling of computer CPU/GPUs, high-peak-power surgical lasers, and IGBTs in electric-vehicle power… more
Abstract:… market for supercapacitors for existing products and enabling new technologies, especially in those areas requiring energy densities that are higher than those provided by current supercapacitors. Such supercapacitors will be well suited for application to the Hybrid Electric… more
Abstract:Rare-earth element (REE) based Nd-Fe-B and Sm-Co magnets have been widely used because of their excellent magnetic properties. The applications of Nd-Fe-B and Sm-Co rare earth permanent magnets include hybrid electric vehicles (HEVs), power generator for… more
Abstract:… conventional recycling methods. To protect the environment and to stabilize battery prices the recycling rate for Li-ion cells must increase dramatically, particularly as the use of new large cell applications grows such as hybrid electric and plug-in hybrid electric … more
Abstract:…th the necessary capacity retention on extended storage. BENEFIT: The proposed cell development will enable the development of large lithium-ion batteries with improved energy and power density as well as improved consumer and device safety in large cell arrays used in … more
Abstract:Current energy storage devices have energy densities that are barely sufficient for low cost electric-vehicles and rely on lithium ion batteries that use flammable, unsafe, liquid electrolytes. However, in order to replace liquid electrolyes in lithium batteries for hybrid… more
Abstract:This proposal addresses a critical need to develop low cost packaging solutions to reduce size, weight, and increase performance in hybrid electric vehicle (HEV) and electric vehicle (EV) motor drive power electronics.… more
Abstract:… state-of-the-art lithium-ion batteries and, therefore, will find a wide variety of military applications. The building block cells used for this modular design battery could also be used to power cellular phones to run power tools and notebooks or for hybrid electric … more
Abstract:… flexibility suitable for intermittent renewable energy storage applications (wind, solar power and geothermal) with high round-trip efficiencies. It also enables thermal integration with internal- combustion engines or solid oxide fuel cells for plug-in hybrid electric… more
Abstract:…. As blanket costs decrease, other applications become feasible: for example, photovoltaic blankets could be built into phones and computers to trickle charge them in an everyday environment. At low enough costs, photovoltaic blankets could be used as covers for electric… more
Abstract:…. The broader impact/commercial potential of this project is the development of a new anode technology capable of exploiting a dramatic improvement in lithium ion battery performance, which will speed the deployment of advanced lithium ion batteries for plug-in hybrid electric… more
Abstract:Although lead-acid batteries are relatively inexpensive, they have very short life in a hybrid electric vehicle (HEV). The problem is the result of poor charge acceptance at the negative plate, and can be dramatically improved with conductive carbon additives… more
Abstract:…g. The numerical model developed in this program can be used to optimize heat removal by air surrounding complex-shaped heat sources. It is anticipated the proposed TM system can find application in the cooling of electric motors and generators in hybrid and electric … more
Abstract:… and operating temperature are limiting factors. Capacitors produced using nanolaminate composites, are solid-state components that can electrically self-heal and have an open-circuit, or fuse-like safe failure mode, which is desirable in applications such as electric vehicles… more
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