As analyzed in dimers, the different splitting values are closely related to the electronic coupling among electronic coupling states. The relative strengths of peaks may alternatively be explained by the components of mixed states of FE and CT states. In the H-aggregates, the energies of bright FE states will remarkably increase due to the electronic couplings including nearest-neighboring and long-range energy transfer. As the energy of the FE state exceeds that of the CT state, the absorption strength of the high-energy peak from the mixing of FE and CT states may become stronger than that of the low-energy peak. The DPND aggregate indeed shows this behavior, which should be caused by relatively strong nearest-neighboring and long-range excitonic couplings.