Smart Energy Controller for Energy management using IOT with Demand Response

In order to save the electricity in domestic and commercial building, the smart energy controller with Internet of Things (IOT) is essential for the consumer. In proposed research, novel algorithms are applied to control and monitor the Residential Air Conditioner (RAC). The smart appliances are essential of Smart Grid (SG) that enables the residential customers to execute demand response programs autonomously. The consumption of power by RAC is maximum compared to other smart home appliances. The power and energy consumption can be reduced by two algorithm viz. first (i) controlling of thermostat by room temperature sensing with IOT and second (ii) controlling of thermostat by real time price (RTP) with cloud server. In the present paper, a hardware prototype is designed for smart energy controller. The proposed algorithms are applied to smart energy controller to investigate the impact for power and energy consumption with consumer's comfort.