AUTHORSAhmed, Ban Jalal
CATEGORIES2020 Conference Papers Conference Papers Simulation, Prediction & Evaluation
Design features have shifted towards more climatic responsive buildings, in respond to the effect that the building industry has on the environment and the global climate. The Passivhaus standard generates ultra-low energy building performance reducing the energy demand. The Vernacular Architecture of the Kurdistan Region of Iraq has evolved through the influence of Islamic architecture, with concepts such as privacy and opening towards the inside rather than to the outside. Most houses feature a central courtyard used for lighting and ventilation, while keeping the privacy of the occupants. The aim of this paper was to investigate the implementation of vernacular architecture into domestic building design to achieve Passivhaus in the Kurdistan region of Iraq. The methodology used computer simulation using Revit, SketchUp, DesignPH and Passive House Planning Packed (PHPP) to model a domestic building design in the city of Sulaymaniyah with five different cases to assess the benefits of vernacular architecture to achieve passivhaus. The results show the Iwan in case 1 reducing overheating by almost 5%, while the courtyard in case 2 can reduce overheating by 15.6% with a ventilation rate of 0.33 acph. Cases 5 does not achieve Passivhaus certification but reduce massively the overheating and cooling demand
Keywords: Passivhaus; Vernacular Architecture; Courtyard; Thermal Comfort.