4, wherein said active voltage limiter unit (15) is further configured to: determine an active current (ia)(iaref) based on said output currents (iu, iv, iw) and said duty cycles; regulate said current references (idref, iqref) based on said active current (ia)(iaref) and said DC-link capacitor voltage (Vdc(t)). 6. Laundry treating machine according to claim 5, wherein said active voltage limiter unit (15) is further configured to determine a first active current (ia) based on the d-q axis-wise duty cycles (Ud, Uq) which are indicative of said duty cycles of the switching signals and d-q axis-wise currents (id, iq) indicative of said output currents (iu, iv, iw). 7. Laundry treating machine according to claims 5 or 6, wherein said active voltage limiter unit (15) is configured to determine a second active current (iaref) based on the d-q axis-wise duty cycles (Ud, Uq) indicative of said duty cycles of the switching signals and said determined current references (idref, iqref). 8. Laundry treating machine according to claims 6 and 7, wherein said active voltage limiter unit (15) is further configured to determine said active current (ia(t))(iaref(t)) by computing a minimum current (laws) between said first (ia(t)) and second active currents (iaref(t)). 9. Laundry treating machine according to claim 8, wherein said active voltage limiter unit (15) is further configured to determine two maximum absolute correction signals (idmax(t)),(iqmax(t) on the basis of said second active current (iaref) and said d-q axis-wise duty cycles (Ud, Uq). 10. Laundry treating machine according to claim 9, wherein said active voltage limiter unit (15) is further configured to determine an instantaneous maximum allowable regeneration current (ialstAbs(t)) based on a measured voltage level and a