Building Conversion to An Energy Efficient Building
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| Formato: | Recurso digital |
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2021
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| _version_ | 1866901157809487872 |
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| author | Sherif El Sayed El Said Mohamed Ahmed Yehia Ismail |
| author_facet | Sherif El Sayed El Said Mohamed Ahmed Yehia Ismail |
| contents | Energy saving is one of the world's most important issues because of the lack of energy expected in the future as the urgent need for efficient energy applications for buildings in Egypt is necessary to help reduce demand for cooling and efficient heating. Moreover, solar energy applications are not cheap even with their availability. That is why solar energy is not contributing to energy production, which is often the most expensive, despite rising natural gas and oil prices. On the other hand, many buildings in Egypt are characterized by poor design with respect to the ventilation and insulation system. The materials used for the construction of buildings are usually made of bricks, concrete, stone and metal. There is no internal or external insulation. Later, these buildings have a bad internal climate characterization. Therefore, this paper aims at achieving the requirements of energy-efficient buildings in hot and dry climates. As well as to achieve new solutions for the reconstruction of those buildings. Then, we can significantly reduce power consumption to compare to current consumption. To achieve the main objective of this paper, all factors affecting the design of the building will be introduced to reach thermal comfort such as building, building, steering, and envelope construction. As well as discussing the problems that have emerged in non-structural components such as external and internal walls, ceilings, openings, and other building components. On the other hand, this objective can be reached by verifying the experience of using various relevant technical solutions in developing countries in the same climatic conditions as traditional design elements in Egypt. The goal is to export the concept of energy efficient buildings as much as possible to maximize indoor comfort by minimizing the adverse climate impact with minimal energy consumption. |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18646320 |
| institution | Zenodo |
| language | |
| publishDate | 2021 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Building Conversion to An Energy Efficient Building Sherif El Sayed El Said Mohamed Ahmed Yehia Ismail Energy consumption; Energy efficient; Building envelope; Natural ventilation; Thermal comfort. Energy saving is one of the world's most important issues because of the lack of energy expected in the future as the urgent need for efficient energy applications for buildings in Egypt is necessary to help reduce demand for cooling and efficient heating. Moreover, solar energy applications are not cheap even with their availability. That is why solar energy is not contributing to energy production, which is often the most expensive, despite rising natural gas and oil prices. On the other hand, many buildings in Egypt are characterized by poor design with respect to the ventilation and insulation system. The materials used for the construction of buildings are usually made of bricks, concrete, stone and metal. There is no internal or external insulation. Later, these buildings have a bad internal climate characterization. Therefore, this paper aims at achieving the requirements of energy-efficient buildings in hot and dry climates. As well as to achieve new solutions for the reconstruction of those buildings. Then, we can significantly reduce power consumption to compare to current consumption. To achieve the main objective of this paper, all factors affecting the design of the building will be introduced to reach thermal comfort such as building, building, steering, and envelope construction. As well as discussing the problems that have emerged in non-structural components such as external and internal walls, ceilings, openings, and other building components. On the other hand, this objective can be reached by verifying the experience of using various relevant technical solutions in developing countries in the same climatic conditions as traditional design elements in Egypt. The goal is to export the concept of energy efficient buildings as much as possible to maximize indoor comfort by minimizing the adverse climate impact with minimal energy consumption. |
| title | Building Conversion to An Energy Efficient Building |
| topic | Energy consumption; Energy efficient; Building envelope; Natural ventilation; Thermal comfort. |
| url | https://doi.org/10.5281/zenodo.18646320 |