Looks like a temporary setup.
In that picture with the generator fed by a tank of diesel dropped on the lawn beside it, it sure feels like a temporary solution not standby power.OK. Here we go.
EV charging station connected to grid power. Let's say that's 90% non-CO2-emitting. EV naysayers "What happens when grid power goes down?"
Engineering answer: Backup power. YES it's fossil fuel powered. What percentage of the total energy supplied from that station, averaged over the year, comes from backup power? 0.1%, maybe? There's 87xx hours in a year. I've not had 8 hours cumulative of grid power down. Maybe 1 hour. I know it's worse in some places. It's still pretty negligible.
Naysayers see the backup power "LOOK! All the EV power is coming from fossil fuel!"
Uuuuuh no, only backup power, to address the grid-power-down naysay you made before.
Sheesh.
Even if that is true, it's still mildly amusing to see due to the potential irony of the situation.OK. Here we go.
EV charging station connected to grid power. Let's say that's 90% non-CO2-emitting. EV naysayers "What happens when grid power goes down?"
Engineering answer: Backup power. YES it's fossil fuel powered. What percentage of the total energy supplied from that station, averaged over the year, comes from backup power? 0.1%, maybe? There's 87xx hours in a year. I've not had 8 hours cumulative of grid power down. Maybe 1 hour. I know it's worse in some places. It's still pretty negligible.
Naysayers see the backup power "LOOK! All the EV power is coming from fossil fuel!"
Uuuuuh no, only backup power, to address the grid-power-down naysay you made before.
Sheesh.
In that picture with the generator fed by a tank of diesel dropped on the lawn beside it, it sure feels like a temporary solution not standby power.
I'm surprised they don't just tow the dead vehicle with regen braking engaged. That charges them really quickly. There may be issues trying that from dead dead though.To me, it looks like a contrived situation, created specifically for purposes of clickbait.
Out of Spec Reviews has a portable diesel generator and charging station that they've been using after their "run it until dead" EV range tests reach their predictable and inevitable end. No other way to find out how big the bottom buffer is. They tow the whole contraption with a Rivian. Impractical to use F150 Lightning export power because it would take too long.
Sooner or later a picture of that is going to show up with stupid comments on social media...
Just bring a portable genny!Speaking of buffer, a YouTuber drove a Polestar 2 (what I have) and found it went an extra 20 km after the reading went to zero. Good to know but I'll never willingly test that out myself.
Giving the kids each a set of pedals to convert child energy into get there faster energy would be appreciated. Sadly, not much more effective than that thing though.Real men just keep an adapter cable and one of these in the trunk:
I'm surprised they don't just tow the dead vehicle with regen braking engaged. That charges them really quickly. There may be issues trying that from dead dead though.
Given the loads that EV charging can bring online quickly, it doesn't surprise me that it could cause issues with a generator. Easy enough to fix in charger logic if you wanted to (slower ramp to allow generator to keep up instead of a big step that causes both the generator and charger to freak out).With the cybertruck they had to bring a flatbed with a winch (and tow that behind the F150 Lightning) because the cybertruck wouldn't play nice with the charging station. Go figure.
Given the loads that EV charging can bring online quickly, it doesn't surprise me that it could cause issues with a generator. Easy enough to fix in charger logic if you wanted to (slower ramp to allow generator to keep up instead of a big step that causes both the generator and charger to freak out).
EV naysayers "What happens when grid power goes down?"