TEHRAN- New greenhouses were inaugurated in 45.5 hectares of lands in Sistan-Baluchestan province, in the southeast of Iran, on the occasion of the Ten-Day Dawn (February 1
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This study examines the impact of balcony design on energy efficiency and daylight performance in residential buildings located in Tehran''s hot and arid climate.
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Did you know that by combining 120 cm deep greenhouses with residential units, you can reduce heating energy consumption in Tehran by up to 90% in the winter season!!! Now you can naturally
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The results indicate that adding a 2-meter-deep greenhouse with double-glazing (argon-filled) and 20 cm thermal mass can reduce heating energy use by 22.9% and cooling by 15.6% annually. Optimal
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The study focuses on the desalination of greenhouse effluent through a multi-effect distillation process, powered by solar energy. This method is particularly relevant in water-scarce
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Summary: Explore how Tehran''s photovoltaic glass mine is revolutionizing Iran''s solar energy sector. Discover its applications, market trends, and why this innovation matters for global renewable energy
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A Vertical Masterpiece in Tehran''s District 22 Turquoise House, a project designed by Arezoo Saeedikhah and her team, is a stunning blend of traditional Iranian architectural elements
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This study presents the transient simulation of a greenhouse integrated with a hybrid photovoltaic/thermal (PV/T) and earth-to-air heat exchanger (EAHE) system in Tehran, aimed at
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In this building (with an area of 310 m 2), solar hot-water collectors and storage tanks and absorption water-cooling systems have been used for active heating and cooling facilities. Its
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Explore the importance of greenhouse construction in Tehran for year-round food supply, increased productivity, and water conservation. Learn about government support and opportunities in smart
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