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n ADVANCED ELECTROCHEMICAL COMBINATIONS – New electrochemical combinations (electrolyte and electrode couples) and the more efficient utilization of current electrolytes and electrodes have the potential to increase conductivity, amplify capacity, reduce resistance, improve thermal tolerance, and extend the life of energy storage devices. Further research into non-flammable electrolytes can increase the safety of energy storage devices. Energy storage device researchers and manufacturers can also develop electrodes that can increase device conductivity while resisting overcharging and degradation. n SOLID-STATE IONICS – Electrolytes can be engineered into thin and flexible crystalline solids, which can provide storage technologies with decreased resistance, reduced cost, improved reliability, and increased efficiency in comparison to systems with liquid electrolytes. n INNOVATIVE MEMBRANES AND SEALS – Improved membranes and seals in storage technologies will help to limit the contamination of electrolytes, electrodes, and other contaminant-sensitive device components. n NANOMATERIALS – Research into nanomaterials may be a promising focus that can help to develop high-power and quick-response energy storage devices. n ADVANCED CONTROL SYSTEMS AND POWER ELECTRONICS – In addition to researching materials for specific storage technologies, energy storage device experts must also advance the control systems and power electronics that enable efficient and reliable interoperability with the electric grid. n NOVEL CELL STACK DESIGNS – Developing novel cell and stack designs for particular stationary applications could have an impact in the long term. The following sections discuss the technology-specific limitations of current energy storage offerings, including advanced lead-carbon batteries, lithium-ion batteries, sodium-based batteries, flow batteries, power technologies (e.g., electrochemical capacitors and high-speed flywheels), and emerging technologies (e.g., metal-air batteries, liquid-metal systems, regenerative fuel cells, and advanced compressed-air energy storage). Each technology section also includes a timeline of technology-specific activities and initiatives that are intended to explore the untapped potential of new and current materials to overcome those limitations. The success of these activities and initiatives will require significant support from DOE. To help DOE better focus its resources over time, solutions are divided by the time frame in which they will impact the market: near term (less than 5 years), mid term (5–10 years), and long term (10–20 years). 16 ADVANCED MATERIALS AND DEVICES FOR STATIONARY ELECTRICAL ENERGY STORAGE APPLICATIONSPDF Image | Devices for Stationary Electrical Energy Storage Applications
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