Capacitor assembly (KA), having: - a capacitor (KD), which is designed as extending at least partially around a space (HR); - the capacitor (KD) having first, positive-voltage-side current terminals (SA1) and second, negative-voltage-side current terminals (SA2); - a first bus bar (S1), which is electrically connected to the first current terminals (SA1); - a second bus bar (S2), which is electrically connected to the second current terminals (SA2); - the first and the second busbar extending parallel or obliquely to an end face of the space (HR); - the first busbar (S1) being designed in the shape of a star or circular disc with radially extending first contact portions (KA1), the first contact portions (KA1) each being physically and electrically connected to one of the first current terminals (SA1); and the second busbar (S2) being designed in the shape of a star or circular disc with radially extending second contact portions (KA2), the second contact portions (KA2) each being physically and electrically connected to one of the second current terminals (SA2), characterized in that - the first busbar (S1) has a first electrical terminal element (E1) for connecting a first current conductor (L1) and a first cutout (A1) for conducting a second current conductor (L2) through to a second electrical terminal element (E2); and the second busbar (S2) has the second terminal element (E2) for connecting the second current conductor (L2) and a second cutout (A2) for conducting the first current conductor (L1) through to the first terminal element (E1); - the first terminal element (E1) and the second cutout (A2) being arranged one above the other in the axial direction (AR) of the space (HR), and the second terminal element (E2) and the first cutout (A1) being arranged one above the other in the axial direction (AR) of the space (HR). - a capacitor (KD), which is designed as extending at least partially around a space (HR); - the capacitor (KD) having first, positive-voltage-side current terminals (SA1) and second, negative-voltage-side current terminals (SA2); - a first bus bar (S1), which is electrically connected to the first current terminals (SA1); - a second bus bar (S2), which is electrically connected to the second current terminals (SA2); - the first and the second busbar extending parallel or obliquely to an end face of the space (HR); - the first busbar (S1) being designed in the shape of a star or circular disc with radially extending first contact portions (KA1), the first contact portions (KA1) each being physically and electrically connected to one of the first current terminals (SA1); and - the first busbar (S1) has a first electrical terminal element (E1) for connecting a first current conductor (L1) and a first cutout (A1) for conducting a second current conductor (L2) through to a second electrical terminal element (E2); and the second busbar (S2) has the second terminal element (E2) for connecting the second current conductor (L2) and a second cutout (A2) for conducting the first current conductor (L1) through to the first terminal element (E1); - the first terminal element (E1) and the second cutout (A2) being arranged one above the other in the axial direction (AR) of the space (HR), and the second terminal element (E2) and the first cutout (A1) being arranged one above the other in the axial direction (AR) of the space (HR). <EOS>