investigating the feasibility of using nanomaterials in electricity and energy systems for urban use

nano putians are a series of organic molecules whose structural formulae resemble human forms. one of the most severe issues in the world today, which has been significant in many countries, is the issue of saving and efficient use of resources and energy in the face of existing constraints, so according to experts, the use of new technologies, including nanotechnology in this area can be a way to discuss economic savings. the technology of simultaneous generation of electricity and heat is one of the technologies that has been highly developed in the last few decades. the management of the urban energy system in the supply sector using this technology has several issues and complexities that have prevented its operation in large cities. this research study discusses the feasibility of using the technologies of simultaneous production of electricity and heat in the urban energy system. the developed model was simulated to maximize fuel energy use for five different scenes. there is about 24% in fuel costs and a total of 20% savings in the main scene compared to the current scene. the total heat energy produced in these units during the year will be about 3.75 million mwh.