Electric Vehicles Comprehensive Course

- Description
- Curriculum
- FAQ
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This course of electric vehicles will help you to discover useful knowledge and facts about the electric vehicles that you really need as a learner. If you desire to know how electric vehicles work, what fundamental systems they are made of, their progress history, categorization, and potential guidelines for future developers, then welcome to this course. You can understand all the basic concepts and techniques associated with electric transportation.
In this class, current and future of the electric vehicles, hybrid, plug-in hybrid, extended range and fuel cell automotive vehicles will be discussed in detail. Types of the electric vehicles and their batteries used based upon their materials and assembly will be analyzed in detail. If you are interested to learn about the operation of the electric cars, this course will also give you a simple but comprehensive overview of how batteries and also how battery thermal management system (BTMS) work.
The class is composed of video lectures where I give explanation about interesting facts of the electric vehicle and the battery technologies. This course is professionally designed in such a way that with each upcoming section you go deeper and deeper into comprehensive knowledge. This course is fairly suitable for the students who are new to this world. If you are already advanced in this field then you can skip some of the early lectures and go into more advanced sections of the course. Therefore, join the class and advance your knowledge on the electric vehicle technology that will drive the world. No prior knowledge necessary for this course.
This course is subject to further growth and expansion; several additional lectures and resources will be continuously added with the latest information to get superior understanding about the subject.
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9Internal combustion engine (ICE) vehiclesVideo lesson
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10Battery electric vehicles (BEV)Video lesson
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11Hybrid electric vehicles (HEV)Video lesson
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12Plug in hybrid electric vehicles (PHEV)Video lesson
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13Extended range electric vehicles (EREV)Video lesson
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14Fuel cell electric vehicles (FCEV)Video lesson
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16Lead acid batteriesVideo lesson
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17Nickel based batteriesVideo lesson
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18Lithium nickel manganese cobalt oxide (NMC) batteriesVideo lesson
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19Lithium nickel cobalt aluminum oxide (NCA) batteriesVideo lesson
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20Lithium cobalt oxide (LCO) batteriesVideo lesson
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21Lithium manganese oxide (LMO) batteriesVideo lesson
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22Lithium titanate (LTO) batteriesVideo lesson
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23Lithium iron phosphate (LFP) batteriesVideo lesson
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24Supercapacitors vs lithium ion batteries for electric vehiclesVideo lesson
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25Solid state batteries for EVs the future battery technologyVideo lesson
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26Charging and their levelsVideo lesson
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27Fast charging and overchargingVideo lesson
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28Tesla supercharging networkVideo lesson
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29Home chargingVideo lesson
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30Public chargingVideo lesson
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31Solar chargingVideo lesson
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32Vehicle to vehicle (V2V) chargingVideo lesson
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33V2H and V2G chargingVideo lesson
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34Wireless chargingVideo lesson
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35Battery swappingVideo lesson
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36Why battery thermal management system (BTMS) is neededVideo lesson
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37Why battery efficiency decrease in winterVideo lesson
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38Why battery get heatedVideo lesson
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39Thermal runawayVideo lesson
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40Phase change coolingVideo lesson
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41Fin coolingVideo lesson
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42Air coolingVideo lesson
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43Liquid cooling with direct and indirect methodsVideo lesson
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65Most ready countries for electric vehiclesVideo lesson
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66Most ready electric vehicle manufacturersVideo lesson
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67Electric vehicles adaptation rateVideo lesson
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68Self-Driving future will be electric carVideo lesson
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69Role of Artificial Intelligence and Machine Learning in EV developmentsVideo lesson

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