Thermal impact on LED based solar PV cell

This paper dealt with temperature influence on lighting contrivance of solar photovoltaic cell from Fermi Dirac Distribution using copper and copper alloy material. As a result of unwarranted temperature, high thermal conductivity can lead device´s very short lifetimes which is one of the most important limitations for their relevance. Therefore, copper and copper alloy is preferred as predominant choice in LED based solar PV cell. It is known that the electrical as well as thermal conductivity of copper metal is comparatively higher with respect to other materials. Likewise, copper nano-wire is also a transparent conductor and used as inexpensive, flexible and can be operated at low temperatures for removing a significant barrier to the development of low-cost flexible displays, lighting and solar PV cells. This study shows the electrical and thermal characterization of LED based solar cell with temperature.