At the Energy Institute, we develop solutions to pressing energy challenges, featuring research to advance vehicle electrification in the United States and worldwide.
Projects
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Transportation Energy Innovation
Transportation energy research at the University of Michigan aims to develop breakthroughs that will enable a FAST transition to low-carbon mobility systems and to inform industry, policymakers and the public about cost-effective ways to mitigate transportation sector CO₂ emissions globally, nationally and regionally.
Transportation Energy Innovation
Transportation energy research at the University of Michigan aims to develop breakthroughs that will enable a FAST transition to low-carbon mobility systems and to inform industry, policymakers and the public about cost-effective ways to mitigate transportation sector CO₂ emissions globally, nationally and regionally.
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University of Michigan Battery Lab
The Battery Fabrication and Characterization User Facility enables industry and university researchers to develop cheaper and longer lasting energy-storage devices in the heart of the U.S. auto industry.
University of Michigan Battery Lab
The Battery Fabrication and Characterization User Facility enables industry and university researchers to develop cheaper and longer lasting energy-storage devices in the heart of the U.S. auto industry.
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Advanced Materials for Energy Storage
University of Michigan researchers are working to overcome the limitations of existing battery materials through a multi-pronged approach that enhances the capability of batteries that use established materials; discovers improved materials mechanisms for energy storage; redesigns batteries for a circular economy with high levels of reuse for critical materials; and pursues breakthroughs to enable the use of earth-abundant materials such as sodium.
Advanced Materials for Energy Storage
University of Michigan researchers are working to overcome the limitations of existing battery materials through a multi-pronged approach that enhances the capability of batteries that use established materials; discovers improved materials mechanisms for energy storage; redesigns batteries for a circular economy with high levels of reuse for critical materials; and pursues breakthroughs to enable the use of earth-abundant materials such as sodium.
News
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Finland-Michigan Energy Circle Webinars
10/14/20
The State of Michigan and the Ministry of Economic Affairs and Employment of Finland recently expressed their official interest to collaborate on clean technologies. Experts including the U-M Institute director, Anna Stefanopoulou, will present in a series of webinars on October 26-29 and November 10-12. Registration is free and open…
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Clean Energy Conversations
10/13/20
Join Clean Energy Conversations, a new initiative for faculty designed to tie together decarbonization research and other efforts across campus by providing regular, organized opportunities for networking and collaboration among and between the U-M research community and external partners. Conveners include U-M faculty Todd Allen, Michael Craig, Sarah Mills &…
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Ross Energy Week
10/09/20
The Energy Club at the University of Michigan’s Ross School of Business presents the first Ross Energy Week. Theme – Inflection Point 2020: Powering Our Next Decade When: November 16-20, 2020 Where: Virtual – Visit our website! Register for free here
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Nuclear Is Good For You
10/08/20
The American Nuclear Society will offer this year’s virtual meeting, Nuclear is Good for You, on November 16-19, 2020. Registration is required and includes 35+ panel sessions, 100+ technical sessions, 440+ paper presentations, and two virtually-colocated conferences: Technology of Fusion Energy (TOFE) 2020 and The Consortium for Advanced Simulation of Light Water Reactors…
Events
Students
