A plot of the ionic conductivity versus the molality of LiPF 6 in the electrolyte formulation as shown in Figure reveals an increasing ionic conductivity for increasing LiPF 6 concentration at low molalities. At approximately 1 m LiPF 6 , the ionic conductivity reaches a maximum at approximately 1.0 S m -1 prior to a decrease at higher molality. This observation matches with the behaviour frequently reported in the literature . The data obtained from the empirical model published by Ding et al. used in this study for calibration of the conductivity measurement and simulation taking the molality of the salt, the mole fraction of EC in the solvent and the temperature into account is also shown in Figure . Besides, data published by Choobar et al. and Logan et al. is presented in the graph, which is in good agreement with the data obtained from our MAP. It needs to be mentioned that the graphs shown in Figure comprise averaged ionic conductivity values for all the formulations, which are reported The chemical space accessible to the MD tenant and the ASAB tenant in the single-task phase (top) and the multi-task phase (bottom) of the study, including the formulations for which conductivity data was generated. The formulations requested in the context of the workflow associated with the EOL optimisation are included, although no conductivity data are available for those samples. The colouring of the data points is based on the mean ionic conductivity. The colourbar and legend are valid for both graphs.