1
Faculty of Engineering, Islamic Azad University of Shahreray
2
Azad Shahr rey
Abstract
In this study, according to airport energy consumption that is more concentrated in passenger terminals, the passenger terminal No. 1 Mehrabad Tehran Airport has been studied according to the historical and historical background. Due to the geographical conditions of Mehrabad Airport and passenger traffic, the amount of energy consumption has been calculated and due to the high consumption of energy in this terminal, part of this energy is needed. Through computing the choice was made for 2340 solar panels and 250 solar tubes. The results show that in the case of the exchange of energy with the urban electricity network, up to 35% of the electrical energy can be supplied, and in some low-energy years, it fully supplies the terminal energy, and up to 15,000 meters Cubic meters a year for the production of steam boilers for saving gas.
Raoufpanah, A., & salehi, H. (2018). Passenger terminal with neighboring zero energy of Mehrabad International Airport. Journal of Environmental Science Studies, 3(1), 643-650.
MLA
Alireza Raoufpanah; hamid salehi. "Passenger terminal with neighboring zero energy of Mehrabad International Airport". Journal of Environmental Science Studies, 3, 1, 2018, 643-650.
HARVARD
Raoufpanah, A., salehi, H. (2018). 'Passenger terminal with neighboring zero energy of Mehrabad International Airport', Journal of Environmental Science Studies, 3(1), pp. 643-650.
VANCOUVER
Raoufpanah, A., salehi, H. Passenger terminal with neighboring zero energy of Mehrabad International Airport. Journal of Environmental Science Studies, 2018; 3(1): 643-650.
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