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An efficiency of photovoltaic panel depends on its temperature. The general rule is the higher temperature the lower efficiency. The temperature of PV-panel is integration of few factor and one of them is ambient (air) temperature therefore the air temperature has influence on amount of produced electric energy. In order to investigate if the ambient temperature has a positive or negative effect many...
The photovoltaic (PV) module efficiency depends inversely on its temperature. The PV-module temperature is a function of a few factors, and the ambient (air) temperature is one of the most significant, therefore greatly influencing the amount of produced electric energy. Therefore, in summer periods the temperature is the least favorable for photovoltaics. This paper presents the simulation results...
When very fast phenomena and small structure dimensions are involved, the classical law of Fourier becomes inaccurate. A more sophisticated model is then needed to describe the thermal conduction mechanisms in a physically acceptable way. In this paper the according diffusion equation is solved for a nano-scaled semiconductor substrate, in order to gain physical insight in the problem. Analytical...
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