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Stevens Energy Initiative
Home
Webinars
Funding
PSEG-Stevens
Grants
Research Clusters
Energy Harvesting
Energy Storage
Energy Conversion
Publications & Presentations
Team
Graduate Students
Undergraduate Scholars
Facilities
Solar Harvesting Lab
Energy Storage Lab
Energy Conversion Lab
Laboratory for Multiscale Imaging
Outreach
More
Home
Webinars
Funding
PSEG-Stevens
Grants
Research Clusters
Energy Harvesting
Energy Storage
Energy Conversion
Publications & Presentations
Team
Graduate Students
Undergraduate Scholars
Facilities
Solar Harvesting Lab
Energy Storage Lab
Energy Conversion Lab
Laboratory for Multiscale Imaging
Outreach
Energy Storage
Better Batteries for the Future of Energy Storage
In 2017, the U.S. consumed the energy equivalent of eight billion gallons of gasoline—17 percent of the world’s energy consumption. Yet more than sixty percent of that energy was wasted according to the U.S. Energy Information Administration. A significant portion of that waste is due to the expense and inefficiency of storing power on energy grids . Jae Chul Kim is trying to fix that by engineering better batteries.
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