Advances in flow battery technologies, such as redox flow batteries and organic flow batteries, are of great interest for board-scale energy storage applications that have the potential to provide scalable solutions .
Flow batteries can be used as energy storage devices for new energy (hydro, solar, wind, etc.) power generation equipment, and can also be used to optimize peak and valley electricity consumption in the power grid, improve power supply system stability, and ensure power grid safety.
Water-based flow batteries, in particular, have intrinsic safety characteristics, being non-flammable and non-explosive, making them especially attractive for large-scale storage systems, such as grid stabilization and renewable energy (e.g., wind and solar) storage (Fig. 14 c) .
The energy storage units (electrolyte tanks) and the reactors (electrochemical cell stacks) are separated, where energy (governed by the volume and concentration of electrolytes) and power (determined by the cell stacks) are decoupled. The flow battery thus has high scalability and design flexibility for GSES applications 43.
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