Abstract
AbstractThe rapid evolution of electrical devices and the increasing demand for the supply of sustainable energy necessitate the development of high‐performance energy storage systems such as rechargeable and redox flow batteries. However, these batteries typically contain inorganic active materials, which exhibit several critical drawbacks hindering further development. In this regard, azo compounds are promising alternatives, offering the benefits of fast kinetics, multi‐electron redox reactions, and tunable (via structural adjustment) battery performance. Herein, we review the use of azo compounds as the active materials of rechargeable and redox flow batteries, discuss certain aspects of material design and electrochemical reaction mechanisms, and summarize the corresponding perspectives and research directions to facilitate further progress in this field.
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