Absolutely, the greener the energy to charge the EV the sooner the larger carbon footprint of manufacturing the EV is 'paid off'.From the report itself:
"It might seem obvious to say that when more of your electricity comes from renewable sources, the greener an electric car becomes - but the difference really is staggering.
Taking the Volkswagen ID.3 electric car as an example (pictured above), Green NCAP found that if you are driving and charging this car in Sweden - the country with the highest share of electricity from renewables - the GHG required to generate the electricity is so low that it is substantially lower than all forms of combustion car.
Whereas in Poland, which in Green NCAP’s study has the highest amount of electricity generated from burning coal, an electric vehicle will actually have higher life cycle GHG emissions than a petrol or diesel car, making it much worse for the environment.
As a hypothetical, Green NCAP also points out in its study that should electricity come from purely renewable sources, the electricity required to keep the ID.3 driving for 150,000 miles would be so small, the total greenhouse gasses over the vehicle’s lifetime would be half that of a non-electric car."
RAB
Can we take that last scenario to equate to 8 years of using the EV car is the point at which it then 'overtakes' the ICE car in terms of carbon footprint given the reference 'lifetime' is 16 years do you think? That's the kind of useful practical information that should help inform the general public on their car purchasing choices.