I did the math once for my own commute, on my e-bike and with my electric car, and found that while the electric car uses only 20% of the energy that an average gas-powered car would, the bike uses just 1%. My bike, on my route (both directions averaged together) got 2,200 mpge.
Yup. There’s a Wikipedia page listing all the modes of transportation and their efficiency. Electric bikes are just about the most energy efficient way to transport humans.
This is a weird definition they’re using, and it doesn’t encompass the whole box. An electric vehicle might be more efficient on a distance per unit energy basis, but it’s less efficient on a total energy basis because we lose some of the energy in the electrification.
I did the math once for my own commute, on my e-bike and with my electric car, and found that while the electric car uses only 20% of the energy that an average gas-powered car would, the bike uses just 1%. My bike, on my route (both directions averaged together) got 2,200 mpge.
Yup. There’s a Wikipedia page listing all the modes of transportation and their efficiency. Electric bikes are just about the most energy efficient way to transport humans.
https://en.m.wikipedia.org/wiki/Energy_efficiency_in_transport
This is a weird definition they’re using, and it doesn’t encompass the whole box. An electric vehicle might be more efficient on a distance per unit energy basis, but it’s less efficient on a total energy basis because we lose some of the energy in the electrification.
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