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Khaligh's battery charger research selected as 'NSF Highlight'

Khaligh's battery charger research selected as 'NSF Highlight'

Research conducted by Assistant Professor Alireza Khaligh (ECE/ISR) has been selected as a Highlight on NSF's Science, Engineering and Education Innovation website.

"Charging Toward Next-Generation Electric Vehicles" details the outcome of Khaligh's 2011 NSF GOALI grant, "Novel Integration of AC/DC Charger and DC/DC Converter for Plug-in Hybrid Electric Vehicles."

The highlight explains how Khaligh's research improves on current battery chargers. He created an integrated charger with fewer components, higher efficiency power transmission and higher power, all important features for connecting electric cars with future electric grids. The integrated charger will help make the next generation electric vehicles possible and assist in reducing greenhouse gases and harmful particulates, as well as the nation's dependency on oil. Its charging capability enables operation with a wide range of charging voltages including 120/220/240 VAC.

About NSF Highlights
NSF Highlights describe outcomes of NSF-funded research. They cover research results and impacts and "highlight" the diversity of outcomes from NSF-supported research.

| Read the NSF Highlight detailing Khaligh's work |

Related Articles:
Khaligh and Mayergoyz receive MIPS grant for EV battery charger
Alum Haoyu Wang joins Shanghai Tech University
Khaligh receives NSF & UMD Sustainability grant for electric vehicles laboratory
Khaligh Guest Edits Special Issue of IEEE Transactions on Vehicular Technology
ECE Student Receives Sujon Guha Memorial Award

July 31, 2013


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