Performance of solar panel decreases with increase in the temperature of the panel. Output power of PV module
drops by 0.45% per oC rise in temperature if heat is not removed. In Building Integrated Photovoltaic System (BIPV)
temperature rise is more as heat transfer due to convection is not possible from rear side of the panel. Cooling of the modules
would enhance the performance of the module. In order to cool this system thermoelectric system is developed. Thermoelectric
module is attached at the back of PV module and it is operated in cooling mode. This paper discusses about the development of
BIPV/Thermoelectric system. Initially mathematical modeling of individual systems is carried out. Later on the dynamic
model of BIPV/Thermoelectric system with consideration of temperature of PV panel temperature has been developed. This
paper presents performance improvement of BIPV system with Thermoelectric cooling.