The design of a solar-powered smart home with a wireless sensor network is presented in this study, which addresses smart energy management, smart health care, smart ventilation, and smart people management. The sensor network is stretched throughout the building, including the entrance gate, corridor, living room, and kitchen. For wireless communication, two Internet of things (IoT) design prototypes is used: one using Bluetooth for short-range offline communication and the other using Global system for mobile communication (GSM) for long-range offline communication. For online control and monitoring, ZigBee and Wi-Fi are employed. The solar panel provides energy to the smart house via an Optimum PowerPoint tracking (MPPT) controller, which ensures maximum efficiency. When the owner is unavailable, internal infrastructure can intervene in some unanticipated situations.
Internet of things (IoT), Smart home, MPPT, Bluetooth, ZigBee.
R. Nithish Kumar , M. Sethuraman , A. N. Fayaz , R. Subash , J. Jayarajan "Smart Based Solar Powered House System Design" Iconic Research And Engineering Journals Volume 5 Issue 11 2022 Page 61-65
R. Nithish Kumar , M. Sethuraman , A. N. Fayaz , R. Subash , J. Jayarajan "Smart Based Solar Powered House System Design" Iconic Research And Engineering Journals, 5(11)