Hybrids are indeed really neat but I think your math is off.
Yes EVs are heavier but 1,000lbs more is not causing the type of wear to roads that you think it is. Model y is something like 4,300lbs. Max load capacity of a semi is 80,000lb distributed across multiple axles. Most trucks are probably not loaded to max but I could see the axle weight hitting 20k lbs.
Heavier vehicles are definitely going to need heavier compound tires or potentially cause more wear on the tires. I don't think tires is a worthy argument. Even a Hybrid is going to be consuming tires and then you are going to have to get into the argument of which is the lesser evil, potentially increased tire wear or increased point of use pollution.
The grid is just fine. Most charging happens at night and EVs have the potential to reall help out the grid. There is a large push for smarter home devices to min/max use depending on the grid condition. In times of overgeneration, EVs can soak up that energy.
Yes EVs are heavier but 1,000lbs more is not causing the type of wear to roads that you think it is. Model y is something like 4,300lbs. Max load capacity of a semi is 80,000lb distributed across multiple axles. Most trucks are probably not loaded to max but I could see the axle weight hitting 20k lbs.
Heavier vehicles are definitely going to need heavier compound tires or potentially cause more wear on the tires. I don't think tires is a worthy argument. Even a Hybrid is going to be consuming tires and then you are going to have to get into the argument of which is the lesser evil, potentially increased tire wear or increased point of use pollution.
The grid is just fine. Most charging happens at night and EVs have the potential to reall help out the grid. There is a large push for smarter home devices to min/max use depending on the grid condition. In times of overgeneration, EVs can soak up that energy.