A Case Study: Design Based Model of Electric Vehicle

A design-based model can effectively involve various phases, such as defining Functional Specifications, Design Specifications, Testing and Authentication, and Implementation. However, this paper’s case study will only cover the first two stages. The results obtained from this study will provide insights into how system designers can make decisions based on complex execution that may accurately rely both basic and complex designs, approaching practical models with great precision. However, there is a trade-off between precision and design complexity when making decisions. While necessary models with accurateness are considered, determining values, especially in the initial stage of model development, can be challenging. Additionally, simulating these accurate models can be time-consuming. Therefore, a more detailed level of simulation model is necessary. Consequently, system designers require a comprehensive understanding of system power flow during the initial modeling phase. In the second phase, it is crucial to design more accurate models for different systems, including selecting appropriate parameters for energy management systems and types of converters. This paper emphasizes that a model behavior which has high reliability enables necessary adjustments.