Design and Implementation of a Real-Time Smart Home Management System Considering Energy Saving

One of the most challenging problems related to operation smart microgrids is optimal home energy management scheme with multiple and conflicting objectives. Moreover, there a noticeable increase in homes equipped renewable sources (RESs), where coordination loads generation can achieve extra savings minimize peak loads. In this paper, solar-powered designed an affordable secure manner, allowing owner control from remote local sites using their smartphones PCs. The Raspberry Pi 4 B used as brain proposed automation system (HAMS). It collect data existing sensors store them, then take decision. monitored graphical interface that monitors room temperature, humidity, smoke, lighting through set sensors, well PIR monitor people movement. This action enables all appliances safe emission-free manner. target reached Cayenne, which IoT platform, addition building some codes not supported Cayenne scratch. Convenience for disabilities considered by Amazon Echo Dot (Alexa) charging point voice, implementing associated code connecting pi Alexa scratch, simulating on LabVIEW. To reach reduce operating costs, optimization framework (HEMS) proposed. costs day amounted approximately 16.039 €. There decrease about 23.13%. consumption decreased after HAMS 18.161 kWh. results also show least area be install solar panels produce desired lowest cost 118.1039 m2, 23.62% total surface study was conducted. obtained prove effectiveness terms automation, security, safety, low costs.