Orientation and Climatic Consideration in Building

An optimization of solar gains reduces the required heating demand, however too high solar gains can lead to overheating issues. Most methods for building energy ratings and building energy. To incorporate shading by fixed elements as an influence on solar gains into those methods, some simplificati...

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Bibliographic Details
Published in:International research journal of innovations in engineering and technology 2018-09, Vol.2 (7), p.8
Main Authors: Moazam Ali Pathan, Qureshi, Sabeen, Jam Zeeshan Ali, Muhammad Afzal Brohi, Abdul Waheed Memon
Format: Article
Language:English
Subjects:
Energy
Energy consumption
Hot climates
Hot weather construction
Optimization
Overheating
Radiation
Shading devices
Solar radiation
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Summary:An optimization of solar gains reduces the required heating demand, however too high solar gains can lead to overheating issues. Most methods for building energy ratings and building energy. To incorporate shading by fixed elements as an influence on solar gains into those methods, some simplifications are necessary. Shading devices reduce solar radiation transmission into the space by absorbing and reflecting radiation rays. This study investigates the effect of shading and day-lighting controls when applied on fully-glazed facades on the annual energy savings in hot climates. This paper discusses Improve internal temperature of buildings at Hyderabad to reduce energy consumption by designing proper projections according to the need researcher. Furthermore, study also highlights energy crises in our country, hence it is must to reduce the load on energy sources for such purposes and reduce the needs of energy in terms of electricity, gas, and such other fuels.
ISSN:2581-3048