The solution-processability of ionogels is an attractive feature for integration into complex architectures or high-weight-loading cells. However, the use of low vapor-pressure ionic liquids, required for processing, severely limits their use in LIBs. While ionic liquids have several beneficial properties, such as a high thermal and electrochemical stability, their low ionic conductivity, low Li + transference number, and typical poor low-temperature performance limit the potential application space to low power systems. Further, electrochemical instability with low voltage anodes , such as Li metal or Si, limits the maximum achievable energy density. Due to these and other limitations such as cost, ionogels have not been readily adopted commercially.