The success of SCS and SOS TD-DHDFs for the calculation of excitation energies of single chromophores has prompted us to explore their application to excited-state NCIs. However, as the spin scaling in those functionals was optimised for accurate excitation energies, their current implementation in ORCA does not provide a correct total energy of the ground state, or consequently total excited-state energies. The latter are necessary to calculate NCI energies in excited states. As such, the TD-SCS/SOS-DHDFs defined by our group could not be applied in our previous excimer study. Herein, we close this gap and explore the impact of SCS and SOS for a variety of range-separated and global double hybrid expressions, with and without dispersion corrections and compare them with the bestperforming methods from our previous study. Principally, we explore whether TD-SCS/SOS-DHDFs improve the description of excimer NCIs as they did for single-chromophore excitation energies.