The Dashboard Infrastructure of Electric Vehicles with IoT and Wireless Power Transfer System

The development of contactless sharing is a significant milestone that demonstrates the technology's superiority. This project demonstrates how IoT Sensor nodes powered by a battery can be powered wirelessly. As a result, the project necessitates replacing the battery with a more effective wireless power system. This idea of Internet of Things technology serves as the project's foundation, storing and continuously monitoring data from massive IoT sensors in a particular field [12]. It is suggested that this idea be applied to wireless power technology. A transmitter device that is powered by electric power from the source and creates a time-varying electromagnetic field transmits power across a medium to a receiver device that takes power from the field and supplies it to an electrical load in this wireless power transmission system. The average end-to-end transmission time is used to calculate both the system's overall efficiency and its energy efficiency. The maximum power transfer between the transmitting coil and the receiving coil was achieved at 5.8 cm, which is consistent with the findings of the experiments [23]. With a 15-second delay, the WPT secondary voltage and current values are uploaded to the open-access Thingspeak cloud for monitoring.