Kelsey Hatzell
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Team examines operating limits in solid-state batteries to improve driving range of electric vehicles
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreOct. 22, 2020
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Vanderbilt engineer leads effort to define the pathways for solid-state battery development
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreJun. 22, 2020
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Caldwell, Hatzell are inaugural Flowers Family Faculty Fellows in Engineering
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreApr. 27, 2020
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Engineering professor wins Sloan Research Fellowship award
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreFeb. 17, 2020
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Hatzell awarded NSF CAREER grant to expand research on lithium-ion batteries
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreApr. 9, 2019
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Safe solid-state lithium batteries herald ‘paradigm shift’ in energy storage
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreJul. 19, 2018
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Engineering school recruits 11 new faculty members
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreOct. 9, 2017
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Advanced material analysis focus of ME grad student’s 2 weeks at national labs
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreJul. 18, 2017
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School of Engineering recruits biomedical engineering chair, new faculty members
There is huge momentum toward adoption of battery electric vehicles primarily because performances are meeting or exceeding the properties of traditional automobiles. Consumers want electric vehicles that have similar driving range (energy density) and charging styles and times (power density) to gasoline powered vehicles. Kelsey Hatzell “One pathway to… Read MoreOct. 3, 2016