| Yes its true. I do not have a source handy so I'll have to rely on some other HN commenter to help me out. Basically the math works like this: An internal combustion cars cost X tons of carbon to produce. An an EV costs Y tons of carbon to produce. If you need a new car, it will probably require the same amount of carbon to produce an EV as a combustion car. But if you can drive a used car and extend its life 5, 10, 15 years, you save all the carbon of producing the car (which is where the majority of the carbon cost comes from). > I don't see the issue with rich people benefiting from it, because it's exactly those rich people buying 100K Teslas that are paying for the cost of driving research into better battery technology and cheaper cars so everyone benefits from cleaner air and reduced global warming. I love investing in technology. However, there's probably more efficient ways of doing it. Every dollar spent to help the rich could have been spent helping the poor, or the environment, or funding research. |
False [0].
[0] https://group.renault.com/wp-content/uploads/2014/09/fluence...
Page 91, Figure 49: "Comparing carbon footprint of EV and ICE vehicles".
Up to 85% of the carbon footprint of a car comes from driving it. Heck, even a typical hybrid during its lifetime saves roughly 150% worth of its weight in CO2 emissions. Taxis easily double that figure.