The hybridization of PV-TE as integrated module is in the initial stage of research with no substantial and proven power electronic circuits so far reported for cogeneration with such different sources. This paper deals with a dynamic model devising converters for integrating PV and thermoelectric generators (TEG) for optimum performance. A MATLAB/SIMULINK based model of TEG and photovoltaic thermoelectric hybrid (PTH) in two dimensions (both in time and space), compatible with SimPowerSystem (SPS) is developed to explore the interface with power converter circuits to produce usable form of electricity. A maximum power point tracking (MPPT) system is also proposed which operates both PV system and TEG at respective maximum power point (MPP) and evacuates maximum energy developed by PTH. The MPPT controller corroborates each other such that operating point settles down to a temperature quickly to extract the maximum energy from the system. The presented simulation result demonstrates the effectiveness of the control scheme to produce power with increased efficiency. The rest of the section in this paper is organized as follows: in Section 2 architecture of PTH system is described; Section 3 explains the governing equations for PV operation and computational model developed for maximum power point tracking; Section 4 introduces modeling of TEG system considering temperature dependent parameters of TEG along with converter and current controller; Section V explains the integration of PV and TEG system using power converter interface; Section 6 presents computational results of PTH system and Section 7 concludes the paper.