Volume 5, Issue 2 (7-2024)
JFCV 2024, 5(2): 15-32 |
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Honarvar J, Shokouhifar Z. Feasibility study of using new technology (light shelf) in New architectural designs and urban planning in order to increase renewable energy efficiency (natural light). JFCV 2024; 5 (2) : 2
URL: http://jvfc.ir/article-1-324-en.html
URL: http://jvfc.ir/article-1-324-en.html
Abstract: (6585 Views)
Research Problem: The development of modern technologies has become a global common infrastructure and priority due to its environmental, economic and social advantages. Due to the increase in population and expansion of the man-made environment and turning to architecture and interior design, the demand for energy for various purposes is increasing day by day. Therefore, the intelligent use of renewable energy plays an important role in improving the sustainability and energy efficiency in architectural design.
Research Question: What effect does the geometry of the window and the use of optical shelves have on the reception and optimal use of natural light?
Research Method: The purpose of the present research is the feasibility of using new technologies, including optical racks, in architectural design, emphasizing the approach of increasing the efficiency of renewable energy (sunlight) in Arian Tower, Hamedan. Research method: Applied research has a quantitative nature and data analysis method is combined, descriptive-analytical and simulation. Collecting information is done by field surveys in the space of Aryan Tower and collecting data with devices such as lux meters. By using Design Builder and Ecotect software, the role of light shelves on providing natural lighting in Arian Tower is investigate
The Most Important Results and Conclusion: The investigations carried out on the building unit show that the internal parts of the plan do not receive any natural light and this problem causes the increase in energy consumption. It is because the lamps are turned on to provide lighting. By installing a light ledge, which is one of the methods of using renewable energy, an attempt was made to bring the light to the depth of the plan, and this system performed well in performing its task and received the Green Star certificate. Finally, it was concluded that the use of optical shelf has a significant effect in reducing the cold and heat load and especially increasing the lighting load.
Research Question: What effect does the geometry of the window and the use of optical shelves have on the reception and optimal use of natural light?
Research Method: The purpose of the present research is the feasibility of using new technologies, including optical racks, in architectural design, emphasizing the approach of increasing the efficiency of renewable energy (sunlight) in Arian Tower, Hamedan. Research method: Applied research has a quantitative nature and data analysis method is combined, descriptive-analytical and simulation. Collecting information is done by field surveys in the space of Aryan Tower and collecting data with devices such as lux meters. By using Design Builder and Ecotect software, the role of light shelves on providing natural lighting in Arian Tower is investigate
The Most Important Results and Conclusion: The investigations carried out on the building unit show that the internal parts of the plan do not receive any natural light and this problem causes the increase in energy consumption. It is because the lamps are turned on to provide lighting. By installing a light ledge, which is one of the methods of using renewable energy, an attempt was made to bring the light to the depth of the plan, and this system performed well in performing its task and received the Green Star certificate. Finally, it was concluded that the use of optical shelf has a significant effect in reducing the cold and heat load and especially increasing the lighting load.
Article number: 2
Keywords: energy efficiency, renewable energy, solar light, Raf Noori, Arian Tower, Hamedan.Keyword: energy efficiency, renewable energy, solar light, light shelf, Arian Tower, Hamedan.
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