Videos: Nanotube-Enhanced Ultracapacitor—Saying Goodbye to Batteries

 

 

 

Professor Joel Schindall of MIT's Laboratory for Electromagnetic and Electronic Systems discusses his work in developing a fast-charging, long-lived ultracapacitor that provides quick energy and holds as much energy as a battery of equal dimensions.; alternative energy; alternative fuel; batteries; battery; battery power; capacitors; Clean Technology; energy efficiency; energy independence; energy infrastructure; fuel infrastructure; MIT; R&D; Professor Joel Schindall of MIT's Laboratory for Electromagnetic and Electronic Systems discusses his work in developing a fast-charging, long-lived ultracapacitor that has the potential of replacing standard batteries; a tour of the lab is provided.; alternative energy; alternative fuel; batteries; battery; battery power; capacitors; clean energy; clean tech; clean technologies; electricity; energy efficiency; energy infrastructure; fuel cells; fuel infrastructure; MIT; R&D; Professor Joel Schindall of MIT's Laboratory for Electromagnetic and Electronic Systems discusses how his work in developing a fast-charging, long-lived ultracapacitor can provide significant improvements to today's car battery.; alternative energy; alternative fuel; batteries; battery; battery power; capacitors; car batteries; energy infrastructure; fuel infrastructure; hydrogen; MIT; R&D; transportation; Professor Joel Schindall of MIT's Laboratory for Electromagnetic and Electronic Systems discusses his work in developing a fast-charging, long-lived ultracapacitor that may soon displace today's battery.
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