dbsb3233
Well-Known Member
- First Name
- TimCO
- Joined
- Dec 30, 2019
- Threads
- 54
- Messages
- 9,357
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- 10,904
- Location
- Colorado, USA
- Vehicles
- 2021 Mustang Mach-E FE, 2023 Bronco Sport OB
- Occupation
- Retired
The highlighted part is what we need to NOT do, IMO, because that's following the gas model where locals routinely refuel at a station during the day. We need to steer away from that model, because it means people charging during the day in prime demand hours for the grid, at high rates, tying up the most expensive charging equipment.I think you are spot on. My wife is the typical get in and drive kind of person. She tells me all the time how inconvenient and frustrating the car would be if it was her daily driver. If anything it has convinced her even more that she will not be switching to an EV anytime soon.
I think the biggest challenge is somewhat range, but more public charging infrastructure. When we get to a place where public charging is as common as gas stations (especially if they are located places like grocery stores where the car will be parked anyway) AND charging times are reduced to 15 minutes like the Hyundai Ioniq 5, I think there will be a lot less resistance to EVs. The other BIG factor is that the reliability of the public charges will have to improve a lot over the current status. The longer it takes for ALL of the above to come to reality the longer it is going to take before EVs become common place.
Locals need to be charging on L1/L2 overnight (off-prime) where they sleep. For the good of the grid, to save them a lot of money (cheap residential rates), and to keep precious/expensive DCFC infrastructure freed up for those that are too far away from home (road tripping).
For the EV model to work, and for the grid to handle it, we have to keep 90% of total charging on L1/L2 off-peak. That means a huge push to get L1/L2 into places where people sleep (homes, apartments, condos, hotels).
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