This research concerns the design of smart buildings and houses using the IoT ( Internet of Things ) format in the space, and iot offers a variety of sensors and energy management devices to make it environmentally friendly and smart. The main goal of the Internet of things is to develop applications and services that are responsible for connecting the physical and virtual worlds, in which machine - to-machine communication (M to M) is the basis for the interaction of objects in the digital environment.
The Internet of Things has many applications in various industries and contexts and has been adopted in many fields, including healthcare, smart cities and self-driving cars. The limited number of studies has led to a limited understanding of the acceptance of smart homes by individual users and it is necessary to understand the factors that influence the acceptance of smart homes by users to encourage users to adopt them.
The researcher focuses specifically on the use of the Internet of things in the smart home and that IoT products and devices are powered and charged without interruption, both during use and during movement . It has been known that they are energy-intensive objects, and we are going to reveal the emergence of the emerging technology of wireless power transmission (WPT) that can help solve the power and charging problems of various IoT devices. The results suggest that theoretically WPT can already be used for a smart IoT solution for devices .