For example, MOFs made using benzene-, triphenylene-, and trinaphthylene-based linkers have all been reported in the literature, and those made from both benzene-and triphenylene-based linkers have been shown to perform well in supercapacitors (Table ). Changing the pore size represents a promising way to improve the capacitances of MOF supercapacitors, and new MOFs and ligands are being synthesised to allow for greater variation in pore sizes. Furthermore, systematic structureperformance studies can be performed using these frameworks to gain insights into the optimal pore size for supercapacitors.