Photovoltaic energy production based light source dispersion analyzes

Light sources emitting radiation in visibility or invisibility wavelengths, while they perform facilities of lighting, radio waves, etc., also release energy. The sun is the light source that should be evaluated in the most important context and provides our energy needs as well as our lighting. As the structural features of the light we obtain from the sun vary during the day and seasons according to the location of the earth, also the amount of energy we benefit from it is differed. Similarly, lamps that we use as artificial light sources, besides their lighting functions, they also perform energy emissions. Although the effect of radiative energy dissipation can be calculated on the basis of Planck's constant, depending on the frequency and wavelength, the type of radiation or the light source is the main determining factor for the amount of energy. In the studies carried out in this context, the energy effects of radiation wavelengths based on different types of light or light sources are evaluated in the same radiation amount criterion. First of all, the energy-wavelength relationship for the same light source is tried to be revealed functionally by using the data obtained in experimental studies.