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FIGURE 6: PRIORITIZED ACTIVITIES TO ADVANCE FLOW BATTERIES FLOW BATTERIES NEAR TERM (< 5 years) MID TERM (5–10 years) LONG TERM (10–20 years) MEMBRANES Investigate cost-effective membrane material alternatives, such as hydrocarbon-based materials Improve membranes to enable minimum crossover, lower system costs, increased stability, and reduced resistance Develop layered, multi-functional membranes MODELING AND DESIGN Create a computational fluidics center at a national laboratory or university Perform multi-scale modeling of the reaction mechanism, battery cell, and energy storage system that includes modeling, analysis, and diagnostics to improve system performance and cost Improve mass transport via tailored catalyst layer and flow field configurations to increase operating current density and reduce system cost per kilowatt STACK AND MANUFACTURING Establish a center for stack design and manufacturing methods, including joint and seal design Leverage lessons learned from the DOE hydrogen fuel cell program to manufacture robust seals Develop advanced cell and stack de- signs that leverage known chemistries Jointly select membranes and electrolytes to allow high current and high isolation IMPURITIES Develop an inline, real-time sensor that can detect impurities in electrolyte composition for various flow battery chemistries Identify driving forces for parasitic side reactions and determine which impurities should be screened Identify lower-cost electrodes ($5–$10/m2) and characterize their suitability and availability for specific flow batteries CONTINUED ON PAGE 32 FLOW BATTERIES 31PDF Image | Devices for Stationary Electrical Energy Storage Applications
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