In this thesis we've taken three types of Photovoltaic modules namely Bifacial, Half cut and Back contact commercially used currently. Their performances were measured in two ways: the first simply by noting the daily productions of each module technology, in the second case performance ratio measurement was done using two different types of pyranometer sensors namely Photovoltaic pyranometer and Thermopile pyranometer. These experimental activities were carried out under different time periods of the day in order to compare the effect of the Sun's irradiance level in the performance ratio.
In this thesis we've taken three types of Photovoltaic modules namely Bifacial, Half cut and Back contact commercially used currently. Their performances were measured in two ways: the first simply by noting the daily productions of each module technology, in the second case performance ratio measurement was done using two different types of pyranometer sensors namely Photovoltaic pyranometer and Thermopile pyranometer. These experimental activities were carried out under different time periods of the day in order to compare the effect of the Sun's irradiance level in the performance ratio.
Experimental analysis of the behavior and energy yield of different types of photovoltaic modules and brief comparisons with the responses of various types of irradiance sensors
THANIKACHALAM ANANTHA KRISHNAN, SHRI VIGNESH
2022/2023
Abstract
In this thesis we've taken three types of Photovoltaic modules namely Bifacial, Half cut and Back contact commercially used currently. Their performances were measured in two ways: the first simply by noting the daily productions of each module technology, in the second case performance ratio measurement was done using two different types of pyranometer sensors namely Photovoltaic pyranometer and Thermopile pyranometer. These experimental activities were carried out under different time periods of the day in order to compare the effect of the Sun's irradiance level in the performance ratio.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/60662