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I think the best you can do is to enter it as your destination in the Nav. A big red box that notified me that KC was out last night sometime between 5:30-5:45pm, I think. I have no idea what the lag time was for it to pop up.Since in-app supercharger takes a long time to update, what's the next-best way to check if charging locations are up or down?
That is the one good thing that the NEVI formula funding program is trying to do; put a fast charging site at least every 50 miles on the major highways. (Though I don't how large of any area these power cuts were impacting at a time.)This really goes to show how helpful it is to have multiple geographically dispersed options!
Probably a bad idea to travel in an electric car during a heat wave when power shutoffs are planned (especially in California). Fast charging will be the first thing shut off not only because of its impact on the grid, but the demand charges Tesla and other operators would face to supply that electricity. They would lose massive amounts of money so it may have been Tesla turning off to avoid those charges and "help" the grid. In the past, they pushed a message to cars registered in CA alerting of the upcoming power shutoffs and asking people to not charge during the day.Kettleman is completely down today: both sides. The entire area is without power. Lots of people wondering what to do.
Was able to limp to Harris Ranch with 3 miles left.
Considering all of the other businesses in the area were without power too it wasn't Tesla's choice.They would lose massive amounts of money so it may have been Tesla turning off to avoid those charges and "help" the grid.
Dam this is scary and my biggest fear traveling... what do we do in these scenarios for anyone who's been in this? I typically aim to get to Kettleman with ~10% or so battery. What if you don't have enough % to get to the closest supercharger?
those hot days plus CA grid problems, we decided to stay home and not gamble or stress of charging in the middle of no where. Thank you CAProbably a bad idea to travel in an electric car during a heat wave when power shutoffs are planned (especially in California). Fast charging will be the first thing shut off not only because of its impact on the grid, but the demand charges Tesla and other operators would face to supply that electricity. They would lose massive amounts of money so it may have been Tesla turning off to avoid those charges and "help" the grid. In the past, they pushed a message to cars registered in CA alerting of the upcoming power shutoffs and asking people to not charge during the day.
Dam this is scary and my biggest fear traveling... what do we do in these scenarios for anyone who's been in this? I typically aim to get to Kettleman with ~10% or so battery. What if you don't have enough % to get to the closest supercharger?
My long term back up plan: is allow 20% buffer to arrive any Supercharger charger in case like this scenario, black out or long wait. I will never wait.. just keep chugging along until you find that charge spot. That's CA Supercharging adventure.Have a backup plan. Is it prudent to arrive at a Supercharger with 10% or less if that doesn't leave enough of a buffer to get you somewhere else in the event of an outage?
Sounds like good advice and I'm sure this will be adopted as the proportion of EV drivers hit the road. Given my 2013 S85's longer Supercharging sessions, I usually try to arrive at a Supercharger site below 20% SOC since I usually spend no more than 40 minutes charging. One thing to keep in mind is that range efficiency declines about 8% per 5mph over 55mph. In other words, cutting down your speed from 80mph-70mph might get you enough range to skip a downed Supercharger site. In an emergency situation, there's no shame driving in the right lane with hazards on while getting passed by a few semis.Have a backup plan. Is it prudent to arrive at a Supercharger with 10% or less if that doesn't leave enough of a buffer to get you somewhere else in the event of an outage?
Definitely. At a property we owned in Mountain House the power was from the irrigation district. The good thing was it was really cheap.Not sure why everyone is assuming rolling blackouts or “CA grid problems.” Other than small muni utilities, none of the investor owned utilities had CAISO- ordered rolling blackouts during those days. It could have been an overheated or overloaded transformer, a fault on the feeder, a car vs. pole, or any other issue common to electric distribution systems in any state that sees hot weather or otherwise.
So 30 miles at 7% is miles to 0% plus miles after 0%? Otherwise reverse math puts you at 428 mile 100% range…Agreed, you almost don't have to think if you just use the built-in Nav. Tell it your destination and hit the road. I am usually happy with arriving with 7%, which in my car means 30 miles, but if I just get in and go the car will wait until there will be 12-15% remaining at the destination before suggesting it's time to continue the trip. The Tesla Plan B is: Go to the next Supercharger, and if we tell you to slow down, slow down.
I cannot imagine what it must be like for non-Tesla owners. Probably all different as each car has it's own charge maps (or no maps) and each network has their own reliability issues.
I’ve done about maybe about 10 miles beyond “0”% on the 2018 TM3 LR RWD but 24 sounds like a lot. My wife was freaking out as I was hypermilling, drafting behind a truck, all systems were off, and not going over about 42 mph till we got to Kettleman during the 2019 (maybe it was 2018) I5 snowpocalypse of xmas 2019.What? were you still editing that post?
30 miles at 7%, about 3+ miles a percent, I rounded up. I hear there is about 24 miles below zero on the TM3 LR RWD, but I have never tried it out, only went a couple miles below zero ever.