Given that fossil energy sources are scarce and their excessive use makes the environment vulnerable, their use as a fuel is unreasonable. In recent years, urban planners have been designing low-energy cities such as Masdar in the UAE. In a city like Tehran that is plagued by a variety of environmental problems, optimizing energy consumption in urban areas is a necessity. The purpose of this study was to evaluate the potential of renewable energy type In District 4 of Tehran and its applicability in different sectors to achieve sustainability. The research method is applied-developmental. The information is based on the documentation and field method. According to experts, the main variables of the research are considered three dimensions of solar, wind, and geothermal energy. The data were collected by a questionnaire from a sample of 76 statistical experts. In the areas of functionality and productivity of each type of energy, the statistical analysis of PLS and in order to investigate the potential evaluation of feasible zones, in three main dimensions with 21 zones, T-test statistical model was used. Since Tehran's District 4 is large and has a variety of uses, Considering the results of the research, it is appropriate to start equipping specific land use(military, forestry, parks, industrial areas, etc.) to develop renewable energies as a first step. At the same time, the municipality, as the most important developer of this type of energy, along with the Renewable Energy Organization, should develop this part of the energy in public spaces such as passageways and so on.