Abstract
Non-aqueous redox flow batteries have been considered as an alternative battery technology for grid storage due to the ability to operate at higher potentials with organic solvents. However, there are no commercial ion exchange membranes capable to handling these non-aqueous redox flow batteries, because they swell or degrade over time. This paper will discuss strategies for synthesizing stable anion exchange membrane separators for non-aqueous redox flow batteries to prevent crossover and improve long term stability.
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