 Vanadium-based compounds have been studied extensively as potential cathodes for aqueous zinc ion batteries due to their unique properties such as high specific capacity, excellent cycling stability, and low cost. Recently, several types of vanadium-based compounds have been developed, including vanadium phosphate, vanadium oxide, vanadates, vanadium sulfides, and vanadium nitrides. These compounds have shown promising electrochemical performance and energy storage capabilities, making them ideal candidates for aqueous zinc ion batteries. However, further research is needed to optimize these compounds and develop new ones to maximize their potential. This article was authored by Tingting LV, Yipeng, Guangxuan Zhang, and others.