Hanna Hnatova – Electric Vehicle basics (Download)
The automotive industry is experiencing its most significant transformation in over a century. Electric vehicles are rapidly replacing traditional combustion engines, reshaping transportation infrastructure and driving careers in automotive technology, engineering, and sustainable energy. Whether you’re considering an EV purchase, pursuing a career in automotive technology, or simply curious about how these vehicles work, understanding electric vehicle fundamentals is increasingly valuable knowledge in our electrified future.
About the Course and Instructor
Hanna Hnatova presents this foundational course designed to demystify electric vehicle technology for beginners. The program combines theoretical knowledge with visual learning through diagrams, videos, and illustrations, making complex automotive concepts accessible to anyone interested in understanding how EVs operate.
What You’ll Learn
Electric Vehicle Foundations
The course opens with the fascinating history of electric vehicles, revealing that EVs aren’t as new as many believe. You’ll explore how electric cars have evolved and learn about different EV classifications—from battery electric vehicles to plug-in hybrids—understanding what distinguishes each type and their respective advantages.
Environmental and Economic Context
Examine the broader impact of electric vehicles on both the environment and economy. This section provides perspective on why the automotive industry is shifting toward electrification and how EVs influence energy consumption, emissions reduction, and economic development.
Core EV Components
Dive deep into the essential systems that power electric vehicles:
Electric Motors and Generators – Understand how electric motors convert electrical energy into motion and how regenerative systems recapture energy during deceleration, extending driving range and improving efficiency.
High-Voltage Battery Systems – Learn about the energy sources powering EVs, including battery chemistry, capacity considerations, and how these systems differ from conventional automotive batteries.
Battery Management Systems – Discover the sophisticated technology that monitors battery health, manages charging cycles, controls temperature, and ensures optimal performance and longevity.
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Power Electronics – Explore the electronic systems that control power flow between the battery, motor, and other vehicle components.
Charging Infrastructure – Master charging techniques, station types, connector standards, and the differences between Level 1, Level 2, and DC fast charging systems.
Braking and Regenerative Systems – Understand how EVs brake differently from traditional vehicles and how regenerative braking recovers energy that would otherwise be lost.
Hybrid Vehicle Technology
Gain additional insight into hybrid configurations, learning how these transitional vehicles combine electric and combustion technologies and understanding their role in the automotive evolution.
Who Should Take This Course
This program suits automotive enthusiasts curious about EV technology, professionals considering careers in electric vehicle maintenance or engineering, environmentally conscious consumers evaluating EV purchases, students exploring sustainable transportation, and anyone seeking fundamental knowledge about the vehicles shaping our transportation future.
