  Taking advantage of the 0{\deg} synchronous phase, the KONUS ("Combined
0{\deg} Structure" translated from German "Kombinierte Null Grad Struktur")
beam dynamics strategy enables long accelerating sections with lens-free slim
drift tubes in the low and medium energy regime. It has successfully realized
worldwide many room temperature H-type linacs with compact layouts and good
beam performance. In this paper, a further development of this solution i.e. to
combine the KONUS dynamics with the young superconducting CH (Crossbar H-Type)
structure for accelerating very high intensity beams is being presented. The
efficiency of the new solution has been shown by the systematic design studies
performed for a 150mA, 6MW deuteron linac.
