Twelfth International Conference on The Inclusive Museum

Abstract

The renewable energy sources application, the natural energy efficiency and the consumption of more than a third of energy in the world has led urban architects and designers to solve energy-related problems by designing buildings which are in line with sustainable approaches and in harmony with the environment. The new sustainable technology facilities, the stable thermal and cooling systems and the evolution of the new systems used in the building facade provide new perspectives for the development and construction of sustainable and environmentally compatible structural systems. This project is compatible with the sustainable approach and takes into account the optimal use of renewable energy in the scale of the building to design a facade system in the building structure and front to achieve thermal equilibrium, reduce energy consumption and to return it to the nature. The technology of producing sensitive environmental levels by applying the natural sustainable energies gives us the idea of designing a water circulation system in the interior and facade spaces. Simulations are assumed at a specified hour of the day when the constant thermal flux is received by the sun’s radiation. Working fluid has been studied in three different reynolds and the temperature of the museum environment has been evaluated. The two general objectives of this project are: 1) Warm up the interior of the museum to the optimal and uniform level so that the visitors there feel comfortable. 2) Increase the efficiency of the system to absorb the maximum thermal energy of the sun.