Abstract:

The impact of sunlight on climate comfort and the performance of sunlight surfaces make the sunlight design an integrated work product. We can also get the sunshine of the inner and external environment through the surface of Saydam, while building uninterrupted connection between the inner and external environment. The heat losses and gains encountered in this process, excessive contrasts between the brightness rates and problems such as sunshine and lighting are issues that need to be considered and solved together. In this case, the mass and front design play a key role when treated as a design element of sunlight. A sunlight lighting system designed with the right strategies is climate-sensitive, with high performance in terms of comfort conditions and energy performance. Therefore, it is vital to remember and interpret as a design element in the solution of environmental pollution and increasing energy costs that has become a serious problem today. The use of the daylight in design is not difficult, but it requires integration, optimization of many factors from a holistic perspective of user comfort and energy management issues. In this study, sunshine was treated as a design element, the climate and visual comfort conditions and the effects of buildings on the thermal and lighting loads under the architect's control of the design variables, the building's direction, geometry, sunshine strategies, the height surfaces, the physical characteristics of the volume were attempted to explain.