PENINGKATAN DAYA PEMBANGKIT LISTRIK TENAGA SURYA (PLTS) DENGAN METODE PENGKONSENTRASIAN
RADIASI SURYA
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Lissandro DS, Haris
Siregar, Masbah R.T.
Siregar, Masbah R.T.
Subject
Teknik Elektro
Datestamp
2019-11-08 04:09:51
Abstract :
Solar thermal energy is very much on earth. Indonesia is located on the equator is very beneficial because it affects the availability of solar energy resources are abundant with the intensity of solar radiation is high enough in all parts of Indonesia. This could be a potential source of energy to develop, one example of the use of solar energy to generate electricity is to create a solar power plant that uses solar radiation concentration method to increase the power of solar power using the lens. The concentration of solar radiation using the lens by capturing sunlight and focusing on the solar panel by considering the amount of intensity produced and the temperature that can be. Increasing the intensity of solar radiation in solar cells depends on the lens focus of the distance of the solar cell from the lens. The effect of absorption from solar radiation after going through the focusing lens is only less than 0.06% This paper focuses on the working system of the tool. In making thesis paper, it can be concluded that by utilizing the heat source from the sun can save the cost incurred for fuel, environmentally friendly, the best choice for the fulfillment of electricity needs of rural areas or isolated areas
Solar thermal energy is very much on earth. Indonesia is located on the equator is very beneficial because it affects the availability of solar energy resources are abundant with the intensity of solar radiation is high enough in all parts of Indonesia. This could be a potential source of energy to develop, one example of the use of solar energy to generate electricity is to create a solar power plant that uses solar radiation concentration method to increase the power of solar power using the lens. The concentration of solar radiation using the lens by capturing sunlight and focusing on the solar panel by considering the amount of intensity produced and the temperature that can be. Increasing the intensity of solar radiation in solar cells depends on the lens focus of the distance of the solar cell from the lens. The effect of absorption from solar radiation after going through the focusing lens is only less than 0.06% This paper focuses on the working system of the tool. In making thesis paper, it can be concluded that by utilizing the heat source from the sun can save the cost incurred for fuel, environmentally friendly, the best choice for the fulfillment of electricity needs of rural areas or isolated areas
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