Electric Vehicle Engineering Step by Step: A Structured Introduction to EV Design & Technology
Price: $14.99
(as of Jan 18, 2025 03:26:21 UTC – Details)
Electric Vehicle Engineering Step by Step is the definitive resource for anyone passionate about the rapidly advancing technology and engineering behind electric vehicles. Whether you’re a seasoned engineer, a student aspiring to make an impact in the EV industry, or an enthusiast eager to understand how EVs are reshaping transportation, this book is your guide to the engineering revolution that’s transforming transportation.
With practical insights, modern research, and real-world applications, this book bridges the gap between engineering concepts and the practicalities of EV design and technology.
Key Features:Comprehensive Coverage: With 16 chapters, this book covers everything from the history of EVs to cutting-edge innovations in Formula E and the future of autonomous electric vehicles.Step-by-Step Explanations: Complex topics like battery technology, charging infrastructure, and power electronics are broken down into manageable steps, so you gain a solid understanding.Systems Engineering Approach: Go into the integration of disciplines, including electrical, mechanical, and environmental engineering, to build high-performing and sustainable EVs.
What You’ll Learn:Core Engineering ConceptsExplore the evolution of electric powertrains and how they outperform internal combustion engines.Understand battery technology, including lithium-ion and alternative solutions, along with challenges in sustainability and recycling.Gain insights into electric motors, including their design, performance, and thermal management.Learn about EV software and connectivity, including IoT features, AI integration, and cybersecurity.Advanced TechnologiesDiscover the latest in power electronics, from inverters to regenerative energy systems.Learn about charging innovations, such as wireless charging and ultra-fast technology.Sustainability and ImpactInvestigate the lifecycle analysis of EVs and how they reduce their carbon footprint.Examine the environmental and ethical considerations of battery production and recycling.Understand how global policies and trends drive EV adoption and electrification.
Who Should Read This Book?Engineers and Designers: Gain technical expertise to design, test, and optimize electric vehicles.Students and Educators: A structured learning resource perfect for academic courses and self-paced study.Professionals: Stay updated on innovations, market trends, and the future trajectory of EV technology.Technology Enthusiasts: Satisfy your curiosity about the mechanics, systems, and societal impact of EVs.
Why This Book Stands Out:Real-World Insights: Includes a dedicated chapter on Formula E, highlighting how racing innovations influence consumer EV technology.Future-Ready Perspective: Explore trends like vehicle-to-grid (V2G) systems, autonomous driving, and emerging markets.Practical and Accessible: Written in clear language, with examples to simplify complex concepts.
Sample of Key TopicsElectric Vehicle HistoryBattery TechnologyPowertrain FundamentalsCharging InfrastructureElectric Motors DesignRegenerative Braking SystemsThermal Management in EVsVehicle Dynamics and ControlSoftware and ConnectivityAutonomous Driving and EVsGlobal Policies and ElectrificationFormula E InnovationsEnergy Recovery SystemsEV Manufacturing and AssemblyLightweight Materials and AerodynamicsFuture of Electric Vehicles
ASIN : B0DR7B44ZD
Publisher : Independently published (December 22, 2024)
Language : English
Paperback : 144 pages
ISBN-13 : 979-8304470124
Item Weight : 9.6 ounces
Dimensions : 6 x 0.33 x 9 inches
