1. Mr. Rogers’ Neighborhood: Kevin Kraus, Ben Peters, Adam Schutte
Lithium Ion vs Lead Acid batteries for High Performance Electric Vehicle Use
Mr. Rogers’ Neighborhood: Kevin Kraus, Ben Peters, Adam Schutte

2. General Electric Vehicle Performance
-Instantaneous max torque available
-Less drivetrain loss due to not having a transmission
-Uses Electric Energy (can come from renewable energy sources)

3. General Petrol Vehicle Performance
-Torque curve
-Drivetrain loss
-Uses Gasoline
-Potential to make more power

4. Using the Best of Both Worlds
-Hybrid Supercars

5. Types of Electric Vehicle Batteries
-Lithium Ion
-Lead Acid

6. Problems and Strengths With Lithium Ion Batteries
-Heat
-Expense
Strengths-
-Efficiency
-Power to weight
-No harmful emissions
-Loss of voltage over discharge

7. Problems and Strengths With Lead Acid Batteries
- Reliable
- Range
- Ability to hold charge over a period of not being used
- Rapid recharge
- Large variety of brands
Problems:
-Acid Fumes
- Corrosion
- Results in decreased battery life
-Loss of voltage over discharge.

8. Relevance of topic
To reduce emissions from gas powered cars
Match performance
Increase range
BMW i3

9. History
Toyota launched the Prius hybrid in 2000
Tesla Roadster in 2008
Affordable electric cars in 2010
Nissan leaf
Mitsubishi i-MiEV
Chevrolet Volt
Smart Car
High Performance Electric Cars
Tesla Model S P100D
High Performance Hybrid Supercars
McLaren P1
Ferrari LaFerrari
Porsche 918 spyder
BMW i8
Mitsubishi i-MiEV
BMW i8
McLaren P1

10. Future
Companies are expanding plug-in electric vehicles
And hybrids to make these cars more affordable.
-Tesla Model
-Chevrolet Bolt
Tesla Model 3
Chevrolet Bolt

11. Closing
A video comparing a Tesla electric SUV to a mid-engined Italian sports car

12. References
Jung, Hung-Gi. "An Improved High-performance Lithium–air Battery." Nature Chemistry (2012): n. pag. EBSCO Host. Web. 28 Sept <
Fleming, F. A. "Rapid Recharge Capability of Valve-regulated Lead-acid Batteries for Electric Vehicle and Hybrid Electric Vehicle Applications."Journal of Power Sources (n.d.): n. pag. ScienceDirect. Web. 28 Sept <
Byon, Hye Ryung, and Yu Zhao. "High Performance Lithium-Iodine Flow Battery." Advanced Energy Materials Vol. 3, Issue 12 (2013): Web. 28 Sept. 2016
Barclay, Steve. " Affordable High Performance Battery Technology for Hybrid and Electric Vehicles." Automotive Industries Vol. 189, Issue 12 (2009): n. pag. Computers & Applied Sciences Complete. Web. 28 Sept