In fact, by examining indigenous and climatic architectures and the current state of energy consumption in the world, our main challenge in this project has been minimizing the use of renewable energies.
In the project form, which is a rotated section of a dome, hot air is discharged naturally in the direction of the arches, and on the side of the courtyards, by shortening the height of the building, air is sucked from the side of the garden pits.
Creating more shade on the roof, directing the controllable view towards the radiation and installing windows that are closed with a shell of photovoltaic panels during the hours of sunshine and are in a state of storage of electrical energy, and in some cases the requirements are opened and the airflow is controlled. It also drains around the building and stores rainwater to provide humidity for the building when needed.
Also, the subsidence of the building inside the ground causes shading and creates a sub-climate. The material used on the elevation due to the high heat capacity helps to regulate the comfort temperature of the interior spaces of the project, and finally, due to the subsidence of the project inside the ground, the temperature differences of the subsoil have been used optimally.
Patterning the indigenous knowledge of traditional tribes is not the answer to the basic needs of architectural projects today. We are obliged to preserve natural resources and observe their consumption. This design process can bring the highest level of benefit to future generations and benefit them from the blessings of natural resources.
This design can work well in different sizes or even different uses and respond to the many needs of today’s projects. The project is the result of years of studies and research on climatic and indigenous projects in Iran. This Project acts like a living creature and provide its needs greatly.

Architect: davoodsalavati
Design Team: Amirali Sharifi, Nazli Azarakhsh, Sheila Shahraki, Mahsa Aghahasel, Asma Pirouz, Sara Yousefi, Arman Delavari