In the preceding section, we showed that our generic coarse-grained model qualitatively mirrors multiple features of PEC phase separation, observed in experiments and predicted by other computational and theoretical models. Minor quantitative discrepancies between various experiments and theoretical models can be explained by differences in chemical details, such as the size of the monomeric units, permittivity of the PEC phase, charge density on the polymer chains, or specific polymer-polymer and polymer-solvent interactions. However, systematic and independent variation of these parameters is impossible in experimental systems or in models which have been tuned to reproduce one specific experimental system. In this section, we exploit the feature of our generic model that allows us to vary these parameters systematicaly, in order to explore how a quantitative agreement between simulation and experiment can be reached by tuning of the model parameters. Furthermore, it allows us to distinguish generic features of the PEC phase separation from those which depend on specific details of the model.