IOT-Monitored EV Charging Stations Using DC–DC Converter with Integrated Split Battery Energy System

This paper proposes a multiport converter-based idea of preparing a fully monitored UFEVCS. Different converters are utilized in order to test the achievement of ultrafast charging station. This charging station also seeks a factor of automation in battery management system. This battery management is accomplished by the use of IOT. A worldwide control project being designed to control different varieties of power flowing directions if anything unbalances in the system. The methods are thus simulated and therefore are being implemented on hardware. By the usage of CHB converter, the SOC of a system can balance itself. IOT-based battery management is carried in order to automate the charging station with much less efforts and more efficiency. The parameters calculated from the sensors are current (I), voltage (V) and power (W). These quantities from the sensors are transferred to things peak cloud. Thing speak cloud can be accessed from anywhere at any moment of time. Complete parameters of the battery of an EV can be uploaded to the user’s device