VOLTA can be used to perform low-voltage battery revealing tasks by applying the desired filtering criteria to the AMs, launch the cell building step and filter out the cells with undesired voltage parameters. The remaining ones can be scored, then, by capacity. The aim is to identify materials with higher capacity, even if their overall energy density is lower, due to a lower cell operating voltage. In the present work, the electrodes were first filtered with the same criteria as in the previous section, and were then coupled in cells. In order to select cells compatible with the desired application, the cells operating at a low enough average voltage (0.6 to 1.2 V) were selected. For this case study, a conventional organic liquid electrolyte was assumed, in order to exclude the virtual cells operating outside its electrochemical stability window. The chosen voltage extremes were 1 to 4.5 V to avoid the use of AMs operating outside the thermodynamic stability window of the electrolyte. Moreover, the voltage spread was limited to 0.6 V, as summarized in Table The top 17 cells with highest area capacity are reported in Figure , in the format "PEAM vs NEAM". The interested reader can refer to Table in SI for the MP entries corresponding to the reported materials. We observe a prevalence of cells with null voltage spread, otherwise visualised as an error bar on the y axis. Let us now go through some of the AMs proposed by VOLTA.