A review on metal-organic framework hybrid-based flexible electrodes for solid-state supercapacitors

Most research and development efforts in the energy sector are currently focused on creating flexible, inexpensive, lightweight, wearable electronics that are also environmentally friendly and have a long lifetime. Supercapacitors (SCs) are appealing among portable power storage devices. The electrode material, its morphology, and fabrication procedures significantly impact the performance of SCs. SCs electrode material, electrolyte, and applications are frequently reviewed. To date, Metal-organic framework (MOFs) has been used in most energy storage devices and have proven essential. In addition to their distinct properties, MOFs are distinguished by their extensive internal surface areas, many conveniently accessible pores, highly structured crystalline framework, and considerable structural diversity. However, there are few reviews on MOF as the electrode material of SCs. The current mini-review provides an in-depth analysis of the use of MOFs as electrode material for SCs.