Master'sOpen Access

Intelligent application of the photovoltaic system integrated in the semi-transparent-building working with the effect of the trombe wall in the model room

Is this your thesis?

This record came from a bulk archive import. If it’s yours, link it to your profile.

2021
0 views
0 downloads

Abstract (EN)

Nowadays, with the development of technology and increasing population, the energy consumption of fossil energy sources is becoming more consumed day by day. During the use of fossil fuels, carbon dioxide (CO2), the largest global warming factor, is released into the air. This gas causes air pollution, decreased oxygen, acid rain, climate changes, glacial melting with global warming, rising sea levels, and changing the water content. With this form of consumption, the use of renewable energy and its resources, against ecological problems and endangering human life, is gaining importance every day. Because of the poor thermal insulation of some buildings, high losses due to electricity transmission and distribution, and the low voltage level and high current in the distribution systems of most of them, the rate of electricity consumed in the houses remains high. Thanks to ıntellıgent applıcatıon of the photovoltaıc system ıntegrated ın the semı-transparent-buıldıng workıng wıth the effect of the trombe wall ın the model room system, solar energy is both active and passive at the same time, providing maximum efficiency from the sun. As a result, electricity will be saved by solar energy, by minimizing losses in electricity distribution while simultaneously providing heat insulation in buildings.Therefore, the need for fossil fuels will be reduced by reducing energy losses and ensuring energy production. It will also prevent environmental problems that endanger human life due to the use of fossil fuels.

Author

Raif Esen

How to Cite

Raif Esen (Master Thesis). Intelligent application of the photovoltaic system integrated in the semi-transparent-building working with the effect of the trombe wall in the model room, 2021, Isparta University of Applied Sciences.

Keywords

License

Tüm Hakları Saklıdır

This work is shared under the specified license terms.

More theses from Isparta University of Applied Sciences