Author/Authors :
Keyvanmajd, Shayan School of Mechanical Engineering - College of Engineering - University of Tehran, Tehran , Sajadi, Behrang School of Mechanical Engineering - College of Engineering - University of Tehran, Tehran
Abstract :
In this research, a combination of passive and active methods is used to
design a nearly zero energy building in four major climatic regions of Iran,
including cold, mild, dry‐warm, and wet‐warm ones. The annual energy
consumption analysis is performed using DesignBuilder® software. The
passive strategies include Trombe Wall, blue roof, and thermochromic
windows, and the active methods are using GSHP, LEDs with the linear
controller, and photovoltaic systems. Also, the rainwater harvesting system
is discussed, and the amount of rainfall which may be collected in different
climates is summarized. The results show that Iran has a great potential to
develop near zero energy buildings, especially in the cold region in which
more than 60% reduction in annual energy consumption may be
achievable.
Keywords :
Zero Energy Building (ZEB) , DesignBuilder , Passive Method , Active Method , Rainwater Harvesting