PPT-Devices and technology unique to electric drive vehicles

Logan J Lauder Background 65 million EVs on the road today Typically operating between 12V 400V DC or AC current Overview IGBTs for inverters and motor controllers Fast switching power MOSFETS . 9 Bipolar Power Devices Power devices can be classified into bipolar based devices MOSFET based devices and devices such as the IGBT that combine a bipolar transistor with a MOSFET Bipolar power devices are the tra 0 from January 24 2009 Preamble This paper emphasizes a major topic of ERTRACs and EPoSS Research Frameworks aiming at the development of a smarter greener safer and more competitive road transport system Recognising the growing concern about econom We offer the widest selection of horse fencing, electric fences, polytapes, energizers, polyrope, fencing accessories and other equine products. March 2013 Fire Training. What is the difference between a hybrid vehicle and an electric vehicle?. What are some potential risks associated with hybrid and electric vehicles involved in emergency incidents?. By Shahab Arif. Summary. About HSSMI. Hesitation in going electric. Why go electric. Future. HSSMI. “Harnessing the UK’s world-leading research base to provide commercial value and knowledge to the UK’s manufacturing industry. Electric Vehicles and Associated Research. Dr. John Naber. . and Nick Jewell. UofL Dept. of Electrical and Computer Engr.. Website:. www.louisville.edu. /speed/electrical. Electrical and Computer Engineering at . SAE Standards to Support . Electro-Mobility. Robert Galyen. Chairman Battery Standards Steering Committee. for Global . Ground Vehicle Standards. SAE International . May 18, . 2012. Content. SAE Standards to Support Electro-Mobility. USDOT T3e Webinar. Hosted by Dr. Jing Dong. Presented by Liang Hu and . Chaoru. Lu. Focal point for transportation research . 49 faculty, 257 students from 11 departments across ISU. Collaborative culture and structure. Catherine Hutt. Society of. Motor Manufacturers and Traders. chutt@smmt.co.uk. . Marketing electric vehicles:. Brief introduction to Catherine/ SMMT. The learning curve. . Message 1: . Stages of the learning curve. By Julian Shockley, Marcus Spring, and David Levine. Background of Electric Vehicles. What are they?. Vehicles that are powered by electricity!. Why are they important?. Help reduce greenhouse gas emissions.. PES IEEE Boston Section. June 20, 2017. Stephen Russell. Massachusetts Clean Cities. Department. of Energy Resources. Agenda. Images: . NREL Image Gallery #14922 and #23854 . Brief history. Why EVs. Itsik . Sapir. 1. , . Michael Ben Haim. 1. and Doron Greenberg. 2. 1. . Department of Mechanical Engineering and Mechatronics, Ariel . University. .. 2. Department of Economics and Business Administration, Ariel . combustion engine. . (ICE. ) with an electrical traction system. It usually consists of either two or more . sources. . of . energy storage devices or two or more power sources onboard the vehicle. HEVs . Hybridization. . Ratio. Some new concepts have also emerged in the past few years, including . full . hybrid,. . mild . hybrid, and micro hybrid. . These . concepts are usually related to . the power .