A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Experimental investigation of zero energy office under natural and forced ventilation
With the rapid rise of energy consumption in the world, lowering the energy needs of houses and buildings can have a significant effect on future of energy demand and consumption. This paper presents experimental investigation results on the effectiveness of the natural and forced ventilation in prototype of zero-energy office. The main aim of the different ventilation systems is to improve the thermal comfort within the office. The installed forced ventilation system achieved a 6°C drop in maximum temperature within the office and improved the thermal comfort by 46%.
Experimental investigation of zero energy office under natural and forced ventilation
With the rapid rise of energy consumption in the world, lowering the energy needs of houses and buildings can have a significant effect on future of energy demand and consumption. This paper presents experimental investigation results on the effectiveness of the natural and forced ventilation in prototype of zero-energy office. The main aim of the different ventilation systems is to improve the thermal comfort within the office. The installed forced ventilation system achieved a 6°C drop in maximum temperature within the office and improved the thermal comfort by 46%.
Experimental investigation of zero energy office under natural and forced ventilation
Al-Kayiem Hussain H. (author) / Gilani Syed I. U. (author) / Abdalfatah Mahmoud S. (author)
2017
Article (Journal)
Electronic Resource
Unknown
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