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Urbanization and population growth in metropolitan areas, on the one hand, and the growth of large-scale industrial activities, on the other hand, have led to changes in the climate of urban areas.This research is based on the classification of types of research in the category of descriptive and explanatory studies. Based on the results in the category of applied studies. It is based on qualitative and quantitative research processes. The research method is a combination of descriptive-analytical methods and software simulation with software Envi-Met software. Data is quantitative and qualitative related to the quality of space. Implementing it includes conceptual and theoretical modeling, software modeling, change in the type and amount of variables and testing the software model to find optimal answers. For this purpose, a basic model based on common urban forms in Tehran is selected and in which indicators such as the location of building blocks, orientation, the distance between blocks, the height of blocks in Envi-Met software are modeled and based on the index of thermal comfort and degree. PMV temperature was evaluated. According to the software outputs, it can be concluded that the location, distance, orientation and height have a positive effect on reducing thermal islands and providing thermal comfort conditions

Keywords: high-rise residential building, thermal islands, the distance of blocks, the height of blocks, for installation

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