Controlling the Charging of Electric Vehicle Batteries with a Fuzzy Logic Controller

For the purpose of charging the batteries of electric vehicles, this article details the design and construction of a FLC, also known as an FLC. In order to provide power to the electric vehicle, solar photovoltaic cells were brought into play. In order to operate the boost converter, which is powered by a solar photovoltaic cell (SPV), the P&O approach, which has been modified, is utilized. Combining a fuzzy logic controller with the P&O method, the modified P&O approach is the consequence of this combination. In response to the fluctuating solar radiation, the most important charging parameter, known as state of charge (SOC), was analyzed. In addition to that, measurements were taken of the battery’s voltage changing under a variety of various solar radiation conditions. Evidence suggests that fuzzy logic controllers have the lowest voltage variation and state of charge (SOC).