Autonomous Driveline System for Electric Vehicle

This is a comprehensive book on the development of autonomous driveline for electric and autonomous vehicle, which focuses on technological details, mathematical relationships, and basic design principles in line with the development of green transportation systems. It addresses topics that focus on the development of electric and autonomous vehicle driveline, such as artificial intelligent control energy system; intelligent battery thermal management system; autonomous two-speed transmission; intelligent electromagnetic continuously variable transmission. This book's good blend of theoretical review and technical design makes it an excellent platform for educating today's engineers, postgraduate students, and industries personnel.

Comprehensively covers the development of autonomous driveline for electric and autonomous vehicle Introduces a solar organic super capacitor (OSSC) with artificial intelligence for storing solar energy in the EV car Outlines a battery management system with controlled area network Bus for modern electric vehicles

Inhalt

Electric Vehicle and Environment.- Challenges and Solutions for Electric Vehicle Deployment.- Fuel Cell Hybrid AI-Driveline.- Prospect and Challenges of Electric Vehicle Adaptability An Energy Review Malaysia.- Impactful of Organic Ultra-Capacitor in Energy Harvesting.- Development of AI Organic Ultra-Super-capacitor.- AI Power Management System Organic for Ultra-Super-capacitor. Revolutionary Battery Cooling System.- Intelligent Refrigerant Based Battery Thermal Management System.- Development of Battery Thermal Management System.- Performance of Evaporative Battery Thermal Management System. Autonomous Transmission and Global Market.- Development of Autonomous Transmission.- Intelligent Control System of Autonomous Transmission.- Design Optimization of AEM2ST.- Autonomous Transmission and Vehicle Mobility.- Continuously Variable Transmission Revolution.- Electromagnetic CVT Development.- Intelligent System for EMCVT Control.- Design Optimization of EMCVT.- Performance of EMCVT.