Thank you, Mr. Chair. I'm happy to contribute.
I'd say, thinking about how to respond to constituents who are concerned about this policy, first of all, one of the aspects to keep in mind is the time trajectory that we're talking about here. For example, today we're not at all talking about forcing everybody to buy an EV. We're talking about a policy that would require automakers to find 20% market share of their sales somewhere in the country to be electric. So, yes, it's possible that some people are reluctant, but the chances are that if we were at 14% market share in 2024 with the right mix of policy measures in place, 20% shouldn't be too much of a stretch.
Now, the elephant in the room is that, of course, over time that target increases. I think one of the things I mentioned is that in our analysis we pay careful attention to technology evolution. I think if you go back 10 years, the EVs on the market had maybe 120, 140 kilometres of range. You could only buy cars. There were no pickups on the market. Today, we have fully electric pickup trucks with a range of over 700 kilometres. We're having debates about exactly which use cases can or cannot be supported by the current crop of EVs. We'll be seeing plug-in hybrid pickup trucks coming to market from Ram next year, which should address a lot of concerns around range anxiety and things like that.
I think that's really important to keep in mind, when we project out 10 years from now, where we think the technology is going. We also have EVs that can charge in under 20 minutes at this point. I think there's generally a lack of awareness of this progress and the various technology options that are coming to market both here in Canada and elsewhere across the world.
On the topic of grid impacts, we were the authors of the study that's often reported on in terms of the cost of upgrading our grid. We presented a range of possible outcomes, including more optimistic and more conservative scenarios. We find that, of course, the very top end of that estimate is often quoted. Our central estimate is that grid upgrades are more on the order of $90 billion, and that's for both light and heavy-duty transportation. Just for light-duty vehicles, we are talking about $45 billion by our latest estimates. Crucially, those EVs contribute over $70 billion in revenue to electric utilities because EV drivers pay for more electricity. The revenue that utilities collect from these EV drivers more than offsets the cost of the upgrades required to support them. This mirrors findings that we're seeing south of the border as well in California that find that EVs are actually a net benefit to the grid and can drive electricity costs down for all electricity consumers, whether they drive an EV or not. I think that's in parallel to significant benefits in terms of fuel savings as well.