Batteries, Fuel Cells, and their Role in Modern Society

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Week 1. History of electric vehicles
1.1. Lessons of history. EV dawn
1.2. Lessons of history. EV falling down
1.3. Lessons of history. EV oblivion
1.4. Technical remark. How electric vehicle beats gasoline car
1.5.Supporting materials. EV vs. gasoline cars in winter
1.6.Nowadays. EV revival?

Week 2. EV revival or why governments care so much about EVs and clean energy
2.1. EV revival. Ecology - air pollution
2.2. EV revival. Ecology – well-to-wheel pollutions
2.3. EV revival. Politics
2.4. EV revival. Economics
2.5. EV revival. Age of electricity
2.6. Important remark. How clean are EVs
2.7. You may be interested. Peak oil

Week 3. Engineering. Electric Vehicles and batteries
3.1. EV and hybrids. Classification and how it works
3.2. Choosing the battery you need. Five main characteristics
3.3. Electric buses. Two solutions
3.4. Electric trucks, ships, aircraft
3.5. Related technology. Wheel-hub-motors or how to make car waltzing
3.6. Related technology. Wireless charging
3.7. Related technology. Autonomous driving
3.8. Battery producers

Week 4. Science. Chemical power sources
4.1. Brief history of electrochemistry
4.2. Basic principles of batteries and fuel cells
4.3. Fuel cells. Motivation
4.4. Fuel cells. Classification
4.5. Fuel cells. Comparison
4.6. Fuel cells. More details
4.7. Energy sources and energy storage

Week 5. Science. Different types of batteries
5.1. Lead acid batteries
5.2. NiCd, NiMH, NiFe
5.3. Li-ion batteries
5.4. Conventional and all-solid-state lithium-ion batteries

Week 6. Electrode materials for lithium-ion batteries
6.1. Positive electrode materials. Layered LCO, NMC, NCA and others
6.2. Positive electrode materials. Olivine LFP and others
6.3. Positive electrode materials. Spinel LMO, LNMO and others
6.5. Negative electrode materials. Carbon based material
6.6. Negative electrode materials. Spinel LTO
6.8. What is next?