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DOT Wireless Power Transfer for Electric Transit Applications (4 credit hours/4 HSW Hours)
At the present time, dozens of companies and government agencies throughout the world are heavily involved in developing wireless charging of batteries in electric buses and light rail vehicles.  The attractions of wireless power transfer (WPT) are manifold: 1) Much smaller and lighter batteries can be used because they can be re-charged at transit stops rather than having to carry a large charge over an entire trip; 2) A convenient choice of fast or slow battery recharging with one infrastructure system is available; 3) Charging is automatically triggered when transmitter and receiver are coupled by an electronic “handshake”, thus avoiding problems of the operator forgetting to plug in, or manipulate cords and plugs; 4) High power transfer is potentially available in all weather conditions, without corrosion or exposed terminals; 5) No loose cords or potential for electrocution or tripping are present; 6) No adverse human safety or health impacts exist (as long as emissions of and exposures to magnetic and electric fields comply with applicable standards).  This 4 hour course provides a status review of emerging and existing international and U.S. WPT technologies applicable to electric bus and rail transit.  The review identifies the respective WPT providers, system specifications and attributes.  Regulations and consensus standards for emissions and human exposure to electro-magnetic radiation and protection from electromagnetic interference are described.  Many of the techniques described for wireless charging of transit vehicles are applicable to electric automobiles as well.
US Department of Transportation
This course teaches the following specific knowledge and skills:
  • Students will learn about WPT technology options, especially inductive power transfer.
  • Students will become familiar with notable and successful WPT projects.
  • Students will know the advantages of WPT systems.
  • Students will become aware of safety and health concerns related to electric and magnetic fields produced by WPT technology.
  • Students will understand readiness levels of various versions of the technology.
  • Students will become familiar with existing information on reliability under real-service conditions.

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