Molybdenum-based supercapacitors, a fast promising area where researchers are exploring the possibilities of improving the performance of its electrode materials and their derivatives for energy storage. Molybdenum sulfide (MoS₂) has attracted considerable interest because of its superior properties as a supercapacitor-based material. In this mini-review, the wet-chemical methods of preparing MoS₂ and their electrochemical properties were summarized. The preparation methods and their composite substrates of MoS₂ based supercapacitors have been highlighted to be one of the determining factors for improving the electrochemical output being reported. This review suggested that the modified methods of preparation and appropriate composite materials can enhance the supercapacitor properties of MoS₂ based materials. Finally, we explore the future opportunities for advance storage potential presented by MoS₂ based materials.

钼基超级电容器是一个快速有前途的领域，研究人员正在探索改善其电极材料及其衍生物用于储能的性能的可能性。硫化钼（MoS ₂）作为超级电容器基材料具有优越的性能，因此引起了人们的极大兴趣。在本微型综述中，总结了制备MoS ₂的湿化学方法及其电化学性能。MoS ₂的制备方法及其复合衬底基于超电容器的电容器已被强调为改善所报道的电化学输出的决定因素之一。该评论表明，改进的制备方法和合适的复合材料可以增强基于MoS ₂的材料的超级电容器性能。最后，我们探索了基于MoS ₂的材料所带来的潜在的潜在储藏机会。