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Solar Photovoltaics Fundamentals Technologies And Applications By Solanki Pdf Free Download
In the recent leap of time, the energy conversion efficiency of solar cell has been considerably increased. However, one of the major problems associated with the solar cells is their low conversion efficiency which is lower than some of the solar cells like CIGS. The conversion efficiency depends on the process under which the solar cell is being produced; some of the methods used to make the solar cell are hybrid, semiconductor materials, and new methodologies. The hybrid coupling of two separate materials (both semiconductor and non-semiconductor) in order to make an advanced PV device was actually started in early 1990’s.
The material science has a significant is not being used efficiently to increase the efficiency of solar cell as the lifetime of solar cell is mainly depends on the materials used. The efficiency of conventional silicon solar cells will decrease over time as it is a semiconductor material. The efficiency of all the conventional solar cells decrease over time as it is a semiconductor material. The efficiency of conventional silicon solar cells will decrease over time as they are not maintenance. The solar cells fabricated with using new manufacturing techniques are the newer and improved technique with the elimination of many toxicity materials used and can give the better performance with higher efficiency and long life. The fabrication techniques include III-V semiconductor solar cells and CIGS, perovskite, organic, silicon, gallium arsenic, and bismuth telluride solar cells to design new solar cell structures with maximum potential efficiency. The technical development in the field of solar cells is advancing towards higher efficiency and smaller thickness of the cell to make them more flexible and economical.
As mentioned above that the photodetector (PD) is required to measure the intensity of the photon light that generated from the solar cell to give the required current. The solar cell output voltage is converted to the required current to measure the output power of solar cell. The photodiode (PD) is widely used in solar cells to measure the intensity of the photon light generated from the solar cell. The performance of PD is itself very important for the performance of solar cells. The PD are categorized on the basis of their method and structure as follows.
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