An Improved Internal Model Controller for Electric Vehicle Applications Using ISSBC Converter

As the demand for energy throughout the world shifts away from fossil fuels, there has been a tremendous increase in the use and acceptance of electric cars during the last decade. The role of converters plays a major role in the EV applications. The suggested method uses most fundamental DC to DC converter as the ISSBC (Interleaved Soft Switching Boost Converter) to reduces the ripples on both the input and output sides. An electrical power switch, a string of diodes, and a filter capacitor make up ISSBC converters. Designing a suitable control system is challenging due to the rise in nonlinear features and the quantity of energy storage elements. The transfers' forward and backward directions MA TLAB SIMULINK is used to assess the relationship between the controlled parameter, voltage at output, and the manipulated parameter, duty cycle. After that, the Internal Model Controller (IMC) is created.