Abstract
Redox flow batteries (RFBs), in particular aqueous RFBs, are very promising electrochemical energy storage systems for large-scale storage applications. Among the components of an RFB, the membrane has a key role in battery performance. However, its design should be taken into account the other components of an RFB, that is, the redox active species, the supporting electrolyte, and the solvent. In this chapter, after broad considerations on the requirements at large scale and classifications of RFBs, status, and progress of membranes for aqueous organic RFBs (AORFFBs) are discussed.
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