Wireless Power Transmission Science Model

India is a developing country, where the majority of population is striving for a better life. In recent times, people are interested in inventing new things; therefore wireless power transfer technology has been developed. This advanced technology helps people by allowing them to wirelessly operate household appliances and electrical equipment. Wi-Fi, Bluetooth, and other wireless power transfer technologies can be used. This study developed a WPT utilizing Bluetooth, which only allows a limited range. To overcome this drawback, Arduino boards are incorporated along with the Bluetooth to transfer the power. The proposed WPT can assist people in accessing the end application from any location. WPT is utilized in almost all the fields like industries, home, colleges, hospitals and so on. Nowadays, most of the things/house appliances are operated wirelessly to avoid voltage drops and other things. Furthermore, by increasing the frequency of the resistors present in the proposed model, the power can be transmitted to a longer distance. Due to increasing demand for automation in the present society, the proposed model has been designed by using Bluetooth. Although Wi-Fi may not be available in every home, smartphone is available in every home, so this research work has developed a project based on Bluetooth technology. The bluetooth devices assist in the transmission of electricity over longer distances by increasing bandwidth or transferring power up to the bandwidth energy. It is very simple and cost effective. With this model, the power can be easily transferred from one place to another with more bandwidth and reduced wired networks by utilizing the wireless medium.