Modelling of Building Automation Project with Smart Network and Cogeneration Systems Integration

As we know, at present, when residential buildings are built, a traditional transformer substation is used in the process of providing them with electricity. Such distribution systems take electricity from the grid and transmit it to consumers. In this case, the residents of residential buildings are completely dependent on the current state of the electricity network. In this case, the description cases are also unambiguously determined by the distribution company and sold to consumers. However, with the integration of Smart networks and cogeneration systems, it is possible to create independent distribution systems in residential buildings designed, as well as increase the efficiency of electricity and other fuels through combined-production. In this way, in addition to improving the quality of electricity, it is possible to design active and dynamic tariff strategies for energy consumers. This paper highlights the process of integrating a smart building system into a smart network technology that is actually applied. The systems that bring smart building design systems to an intellectual form are explained and the substation infrastructure designed through the smart network system is analyzed.