Practical Power Electronics For Electric Vehicles And Charging Infrastructure

by Kaelen Drystan

Description Explore the cutting-edge realm of power electronics tailored specifically for electric vehicles and their charging infrastructure. This expertly crafted volume delivers a thorough journey through the essential principles, advanced technologies, and practical applications that define the backbone of EV power systems You Will Discover Inside: Fundamental concepts that establish a solid foundation in power electronics, including key components, electrical basics, and their critical roles in enhancing EV -depth analysis of semiconductor devices such as MOSFETs, IGBTs, and emerging wide bandgap materials like SiC and GaN, highlighting selection criteria and integration coverage of DC-DC converters, inverter design, and control strategies that drive EV traction motors with efficiency and thermal management and electromagnetic interference (EMI) mitigation methods ensuring robust and durable power electronics under demanding management system integration and onboard charging solutions, emphasizing safety, fault detection, and power quality into fast charging infrastructure design, including grid interfacing, compliance with safety standards, and high-power converter , hands-on examples throughout the book guide readers in designing real-world systems such as high-efficiency converters, inverter modules, and EMI , fault tolerance, and diagnostic techniques to enhance maintainability and ensure long-term system trends including wireless charging, AI-driven control algorithms, and simulation/testing methodologies using industry-standard studies and troubleshooting scenarios drawn from commercial EV models and charging stations, providing invaluable lessons from actual Should Read This Book?This comprehensive guide is ideal for power electronics engineers, EV system designers, researchers, and advanced students seeking to deepen their understanding of EV power systems. It bridges theoretical knowledge with practical design and testing approaches, making it a vital resource for anyone involved in the development or deployment of electric vehicle Features: Balanced blend of theory and practice: Each chapter combines foundational concepts with real-world design -ranging topics: From semiconductor physics to system-level integration and emerging on reliability and safety: Emphasizes fault detection, thermal management, and compliance with industry -on design insights: Step-by-step practical examples to facilitate implementation and -ready content: Covers AI integration, wireless charging, and simulation tools to prepare readers for next-generation EV power into a resource that not only equips you with the knowledge to design efficient and reliable EV power electronics but also empowers you to innovate and lead in the rapidly evolving electric vehicle landscape.