Towards Zero-Energy Housing in Egypt


  • Hala Abdelmoez Mohamed Lecturer & Head of Architecture Dept. at The Higher Technological Institute 6th of October



energy crises, zero-energy houses, renewable energy


As the Egyptian population is increasing at a huge rate, the yearly housing demand is increasing in an equivalent rate. In addition, the whole world is suffering from an energy crises caused by the rapidly increasing consumption of world’s traditional energy resources, so the obvious solution is to go green, and depend much more on renewable energy resources. According to the statistical data available in Egyptian governmental authorities, the accumulated housing demand till 2014 was about 2,400,000 units. On the other hand, the yearly housing supply from private and public sectors is about 150,000 to 200,000 unit, Egyptian authorities declared that at summer 2010 air-conditioning devices increased to reach 3.000.000 ( three million) devices all over Egypt, mostly working from early mornings till 2 am next day to adjust temperatures that reach up to (45C) and more outside buildings to reach (25 C) or less inside. This behavior increased electricity consumption rapidly. Consequently, the electricity consumption rate in Egypt had increased by 13% more than 2009, which exceeds the maximum capacity power of the high dam by 7% to 8%, ministry of electricity announcements declared that to fill that gab we need 3000 megawatts at peak hours which costs the electricity sector up to l.E. Accordingly, a new architectural design concept is proposed (Zero-Energy Housing Unit) to rely on the surrounding environmental conditions and new Green Architecture Techniques in order to provide human comfort based on renewable energy sources, provided that the common current governmental energy sources will be a backup system for the meanwhile.


Anna Joanna Marszaland Per Heiselberg,Zero Energy Building (ZEB) definition - A literature review, technical report of subtask A,iea-shc org.,2012

Electric Energy Holding Company,Report,Egypt,2015

Mostafa Atwa, Architectural Design with Environmental Solutions as as a Scope for Sustainability, paper,Journal

of Buildings and Sustainability,vol.1,issue 2,2016.

Esbensen, T.V. & Korsgaard, V, Dimensioning of the solar heating system in the zero energy house in Denmark. Solar Energy Vol. 19, Issue 2, 1977, pp. 195-199

Gilijamse, W. , Zero-energy houses in the Netherlands. Proceedings of Building Simulation ‘95. Madison, Wisconsin, USA, August 14–16; 1995, pp. 276–283. Web address: 276 283.pdf

Iqbal, M.T. , A feasibility study of a zero energy home in Newfoundland, Renewable Energy Vol. 29, Issue 2 February 2004, pp. 277-289

Torcellini, P., Pless, S. & Deru, M. , Zero Energy Buildings: A Critical Look at the Definition, National

Renewable Energy Laboratory (NREL), USA , 2006 Web address:

Laustsen, J. , Energy Efficiency Requirements in Building Codes, Energy Efficiency Policies for New Buildings, International Energy Agency (IEA), 2008 Web address:

Energy Efficiency and Conservation Division Agency for Natural Resources and Energy, Ministry of Economy,Trade and Industry,Japan, Definition of ZEB and future measures proposed by the ZEB Roadmap Examination Committee, technical report, 2015.

Hala Abdelmoez Mohamed, Merging traditional Arabian Architecture and Smart Architecture Between theory and Application” Electronic Wind-catcher - Malkaf” as a new way to solve identity and energy dilemma, Ph.D. Thesis, Faculty of Engineering,Cairo University, 2012


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How to Cite

Mohamed, H. A. (2019). Towards Zero-Energy Housing in Egypt. The Academic Research Community Publication, 3(1), 52–62.