In this talk, I will discuss the thermoelectric transports in two dimensional topological system which has coexistence of superconductivity(SC) and spin-density wave(SDW) order paramaters. The SC is presumed to be of dx2−y2 + (px + ipy ) type whereas the SDW order parameter is of BCS symmetry. The Hamiltonian describing such a coexistence phase will be shown to have topological phase in addition to the conventional one. The transport properties in such topological system have two distinct contributions: (i) the surface/edge and (ii) the bulk. The competition between the surface/edge versus the bulk transport is analyzed in different parameter regimes and the possibility of enhancing the figure of merit will be discussed.