Up to 10858100's as of 30 minutes or so ago.It was 1081401X. I think they started at 10810000.
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Up to 10858100's as of 30 minutes or so ago.It was 1081401X. I think they started at 10810000.
That’s the answer....just put a big windmill on the topI'm sure it will be fine. Just need to buy a super long extension cord...or maybe even a hitch mounted wind turbine?
a google article said they have 20k reservations so farUp to 10858100's as of 30 minutes or so ago.
I had planned to watch the reveal mostly just out of car-enthusiast curiosity, but I was in the middle of something when it started and forgot later. Honestly, I didn't think the Lightning was going to be so compelling. I wish I had put in an early reservation to have my options open. I'm not sure how many Ford will produce per month/year or when it will start production, though a fall order sounds like spring production. I thought I read something about 100K units per year planned. That could mean a year from now on the early side, being 20-30K reservations back in the list.a google article said they have 20k reservations so far
With how bad ford has screwed up the bronco I am hesitant to believe anything they say about the f150 release and time tableI had planned to watch the reveal mostly just out of car-enthusiast curiosity, but I was in the middle of something when it started and forgot later. Honestly, I didn't think the Lightning was going to be so compelling. I wish I had put in an early reservation to have my options open. I'm not sure how many Ford will produce per month/year or when it will start production, though a fall order sounds like spring production. I thought I read something about 100K units per year planned. That could mean a year from now on the early side, being 20-30K reservations back in the list.
the issue with this hypothesis is that you cant incentivise charging at different timesI used to think the same thing until I had my mind completely changed my Engineering Explained’s video about this topic 2 weeks ago. It’s pretty long but the gist of it is that the same thing was probably said about air conditioning back in the 40’s and 50’s. The grid engineers figured it out then, and there are various solutions now. (Mostly spreading the load around by incentivizing charging at different times)
Peak electricity usage is not at night, but in the afternoon. Cooling loads far outweigh lighting loads by one or two orders of magnitude. Electric utilities incentivize commercial customers to reduce their peak load during summer months. As time goes on, I can see utility companies doing something similar for residential customers with EVs. If you make it cheaper to charge your EV during a specific time period, you bet folks will change their habits.the issue with this hypothesis is that you cant incentivise charging at different times
people wake up , go to work , come back , and charge the car overnight.
This is also the time where peak electricity usage (lights) is occuring
the grid actually cannot handle it.
Not sure if this is a thing in other places, but Arizona is already set up for this to be the reality. We have these plans that basically jack up your rates for several hours a day. I personally move my AC to 82 during these hours because it is just that much more expensive. They can do the exact same thing with electric cars and people will just set timers to charge when their rates go down.the issue with this hypothesis is that you cant incentivise charging at different times
people wake up , go to work , come back , and charge the car overnight.
This is also the time where peak electricity usage (lights) is occuring
the grid actually cannot handle it.
Yeah, with a 0-60 about the same as a Shelby GT350, there doesn't seem to be much room for complaining. I think that's faster than the original Lightning was.With the torque and HP they announced, I imagine that is a good starting place.
Back in the 40's and 50's we were all about building and expanding, not the case now. A YouTube video is just someone's opinion expert or not. Spreading the load around will help but even today load shedding is used to help with capacity issues. Even in Minnesota they installed a switch on my mom's house AC so they can turn off the AC. This past winter and for the first time in my life I experienced rolling blackouts here in Lincoln NE. It caused major traffic jams because traffic lights stopped working. I don't call that progress!! I would like to think that engineers will figure it out, but engineers aren't in charge anymore. I can't say anymore without getting banned for being political, but one thing is for sure there will need to be a major increase in capacity and with the culture at the top I'm not very optimistic. We can't even build power plants anymore everything has to be imported. Pretty sad.I used to think the same thing until I had my mind completely changed my Engineering Explained’s video about this topic 2 weeks ago. It’s pretty long but the gist of it is that the same thing was probably said about air conditioning back in the 40’s and 50’s. The grid engineers figured it out then, and there are various solutions now. (Mostly spreading the load around by incentivizing charging at different times)
True, but it doesn't make the name any less stupid. I'm just gonna call it a trunk and the millennials can call me "old man".It's actually been around for a long time. As long as Porsche's have been around.
noPeak electricity usage is not at night, but in the afternoon. Cooling loads far outweigh lighting loads by one or two orders of magnitude. Electric utilities incentivize commercial customers to reduce their peak load during summer months. As time goes on, I can see utility companies doing something similar for residential customers with EVs. If you make it cheaper to charge your EV during a specific time period, you bet folks will change their habits.