Model for smart appliances toward smart grid into smart city

In addition to the lowering of consumption, the smart grid of the future will be able to reduce the peak levels of demand through a more efficient allocation of consumption over the day. For this purpose, end users need to rely on energy monitoring and control systems that provide detailed information about how and when to use and indicate how actively to contribute to the reduction of peak demand. Although the technology is already available, it remains to understand how this type of two-way communication. With this paper is to propose a model for the management, control and optimization of electrical loads through two-way communication between smart appliances and smart grid, through smart metering, in order to obtain an energy management developed in accordance with the planning and programming used, so as to create an appropriate programming model for different optimization goals.