17-10-2017, 11:13 AM
By integrating grid technology with renewable energy generation technologies, Advanced Metering Infrastructure (AMI) enabled demand response (DR) programs were introduced into the grid in the interest of both utilities and utilities. the residents. They help achieve load balancing and increase network reliability by encouraging residents to reduce their energy use during peak load periods. We compare the conventional network technologies applicable to appliance control and propose a solution that combines power line communication (PLC) with wireless communication in smart homes in order to save energy. In the future, people would face a major critical crisis. Therefore, in order to have total control of all household appliances in your home it will be necessary to save the bill, the convenience to manage the home and also for the security capability. Power line communication (PLC) is a method of communication where signals are transmitted along existing power lines, rather than through others. PLC has been a very important interdisciplinary discussion for engineers, engineers, engineers and electrical networking, communications and automation systems since 1980. The design and planning of optimized or standard PLC systems require information and data regarding signal attenuations, load variations and communication performance for various locations in the world that have different power grids. In this paper, we present our idea when designing a communication routing protocol based on automatic header recognition, error handling capability and data encryption for the application of home automation through the power line. The designed protocol also has functions such as multitasking, frequency shift modulation (FSK) and even detection of parity errors.