Mr. Rogers’ Neighborhood: Kevin Kraus, Ben Peters, Adam Schutte

Slides:

Advertisements

Similar presentations

Seminar on Electric Car

Advertisements

Electric Vehicles What “State” is this “Art” Rich Carroll Past President, Fox Valley Electric Auto Assoc Member, Chicago Electric Vehicle Consortium.

R 0 G 169 B 224 R 79 G 45 B 127 R 207 G 0 B 114 R 199 G 172 B 150 R 237 G 41 B 57 R 194 G 172 B 190 R 41 G 153 B 38 R 254 G 209 B 0 R 225 G 216 B 183 Plug-in.

Overview Why Models now out Models coming soon Batteries & charging Electrical grid impacts.

According to the film, mass-market electric cars were killed off by a combination of industry, government, and consumer factors. The guilty parties were….

Reviving the Electric Car. History 1832 Robert Anderson invents a non-rechargeable electric carriage Thomas Davenport builds the first practical.

Electric Cars Sadie Soliozy. History of the Electric Vehicle Then Now &

Beyond Gasoline: Concept Cars. Plug-In Hybrid (PHEV)

By: Kristina Pesce and Olivia Stephens 2 nd period.

CENTER FOR AUTOMOTIVE RESEARCH FUTURE OF TRANSPORTATION TECHNOLOGIES BJ Yurkovich Center for Automotive Research.

Kristen Diedrich March 12, Outline Perception of electric vehicles Types of electric vehicles Comparison of environmental impact Cost Comparison.

NFPA ELECTRIC VEHICLE SAFETY FOR EMERGENCY RESPONDERS Module III : Vehicle Systems and Safety Features Module III : Vehicle Systems and Safety Features.

Tesla Motors Saurav Sengupta Danielle Darisse Michael Easton

Electric Cars New England Electric Automobile Association.

What to Expect in New Connectors New Connectors are Coming J (AC) CHADEMO (sometimes spelled CHΛdeMO) Protocol with the JARI Connector.

Adam Lee October 25, 2012 E2Tech/MC2 Forum on "Electric and Natural Gas Vehicles"

Dr. Ron Lembke MORE EFFICIENT CARS.  Hybrid: Toyota Prius, Honda Insight, Ford Fusion, Chevy Tahoe  Mainly gasoline drivetrain, some use of electric.

Is Lithium the New Oil? The Future of Electric Cars John Hiam. Hatch.

Chevy Volt. Volt Overview Extended-Range Electric Vehicle Available for mass purchase in 2010 as a 2011 model year Designed to meet the needs of 75% of.

Hybrid Energy Solutions Ltd. Executive Summary Hybrid Energy provides renewable energy based hybrid power generation technologies for the Telecommunications.

Electrical Vehicles Effects on Residential Distribution Systems Research Assistant: Paul Haley Research Supervisor: Dr. Leszeck Czarnecki August 31, 2012.

Current Plug-Ins from Major Automakers America’s Big 3 and Japan’s Big 3.

ADVANCEMENTS IN HYBRID ENGINE TECHNOLOGY. Introduction Definition Need for hybrid engines Brief History.

Electric Cars New England Electric Automobile Association.

Alternative Fuels Electricity Electric Car Early History Invented between 1832 and 1839 by Robert Anderson storage batteries were improved in 1865 and.

CHAPTER Fuel Cells and Advanced Technologies 43 Copyright © 2016 by Pearson Education, Inc. All Rights Reserved AUTOMOTIVE ELECTRICAL AND ENGINE PERFORMANCE.

Zero Emission Vehicle Regulation Joint Lead Commissioner Workshop on Transportation Energy Demand Forecasts June 24, 2015 Anna Wong California Air Resources.

On the Road to Energy Independence: Hybrid vs. Electric Vehicles Fred Loxsom Environmental Earth Science Department Eastern Connecticut State University.

Voltaic Cells Batteries, etc.. Essentials Electrochemical setups that can generate electricity They release energy and are spontaneous E cell is positive.

Dr. Ron Lembke MORE EFFICIENT CARS.  Hybrid: Toyota Prius, Honda Insight, Ford Fusion, Chevy Tahoe  Mainly gasoline drivetrain, some use of electric.

Energy Efficiency and Renewable Energy Chapter 16.

Hybrid Cars Jessica Naveira and Nicholas Visconti Hybrid Cars By Jess Naveira and Nick Visconti.

Dustin Scott, Melissa Smith, Joe Spooner, and Nick Swinford.

Hybrids and EV's. Hybrid cars are cars that run on both an electric engine and a gasoline engine. The two engines work together giving the car good gas.

By: Jaime, Ashley & Josh. Gas fueled car Sienna facts Starting price $25, city/24 highway mpg 6-speed Electronically Controlled automatic Transmission.

There are a lot of cars to choose from, which one fits your needs and wants?

Tesla Car Battery Technology

Fuel efficiency and CO2 emissions of Tesla cars vs regular automobiles

Regenerative Braking Systems Presented by Chaitanya G. Gosavi B.E. Mechanical Government Engineering College, Aurangabad.

HYBRID ELECTRIC VEHICLES Presented by:- PRAVEEN.S. TELI 5 th Sem Automobile Engg. Under The Guidance :- Mr. P.S.Pingat (Auto Lect.)

“GREEN CARS”- INTRODUCTION OF A NEW TERM THAT DEFINES THE REAL MEANING OF GOING GREEN By: Ajaxdrivingschoolperth.com.auAjaxdrivingschoolperth.com.au.

Belmont Drives Electric

PPT of topic § Electric Cars and Hybrid vehicles - Electric Cars

Hybrid Electric Vehicles

The Rise of Electric SuperCars

Solar Energy in Transportation

Solar Energy in Transportation

First EV buyer’s group in Northeast.

ENERGY DENSE METAL AIR BATTERIES: TOMORROW’S POWER SOURCE?

Judith Eadie Account Director Automotive Leasing - a LeasePlan brand

Problem The prices of vehicles from the early 80s to now have increased dramatically. Also, the overall size of a vehicle has increased. High prices force.

12.4 NOTES Alternative Fuel Cars

Performance of Electrical Vehicles

2017 Hyundai Ioniq Electric ESTHER SAINTIL

Sacramento Clean Cities Coalition: Light Duty EVs and EV Charging

ELECTRIC VEHICLE MARKET Forecast The global electric vehicle (EV) market is growing at a CAGR of 21.40% for the forecast period of

Auto Upkeep Basic Car Care, Maintenance, and Repair (2nd Edition)

The Road-based Transportation Industry

FOCUS ON PHYSICAL INFRASTRUCTURES

The Vehicles of the Future? By Andrew Timm ITMG 100

Reviving the Electric Car

Electric Motors as Automotive Prime Movers

Hybrid Automotive Prime Movers

Andy Rogers, Bowie Wynne, Miller Peaden, Richard Kelly

West Virginia Solar Congress

What If We All Drove Electric Vehicles?

Electric Vehicles 101.

The Future of Energy Storage and Associated Areas of Researches

Presentation transcript:

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

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)

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

Using the Best of Both Worlds -Hybrid Supercars

Types of Electric Vehicle Batteries -Lithium Ion -Lead Acid

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

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.

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

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

Future Companies are expanding plug-in electric vehicles And hybrids to make these cars more affordable. -Tesla Model 3 - 2017 -Chevrolet Bolt Tesla Model 3 Chevrolet Bolt

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

References Jung, Hung-Gi. "An Improved High-performance Lithium–air Battery." Nature Chemistry (2012): n. pag. EBSCO Host. Web. 28 Sept. 2016. <http://osu.worldcat.org/title/an-improved-high-performance-lithium-air-battery/oclc/796690321&referer=brief_results>. 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. 2016. <http://osu.worldcat.org/title/rapid-recharge-capability-of-valve-regulated-lead-acid-batteries-for-electric-vehicle-and-hybrid-electric-vehicle-applications/oclc/4932937543&referer=brief_results>. Byon, Hye Ryung, and Yu Zhao. "High Performance Lithium-Iodine Flow Battery." Advanced Energy Materials Vol. 3, Issue 12 (2013): 1630-635. 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. 2016.