Electric Vehicle Charging Simulation

The objective of this simulation is to model the electric vehicle charging process. With the widespread adoption of electric vehicles, charging has become critically important, necessitating research and practical simulation techniques to better understand and optimize charging procedures. This simulation employs a non-isolated DC/DC conversion stage - a technology widely implemented in EV charging systems using switching regulators and buck/boost converter topologies. Notably, this approach provides superior battery protection through precise voltage/current regulation algorithms, thereby extending battery lifespan. The simulation code incorporates protection mechanisms including overcurrent detection, voltage limiting functions, and thermal management considerations to ensure user safety and charging reliability. Additionally, the model implements safety factors during charging cycles using fault detection algorithms and protection logic. In conclusion, this simulation serves as a valuable tool for understanding and optimizing EV charging processes through programmable control strategies and system parameter analysis.