I got my first EV about a month ago. I charge off a 120v 15a outlet at home and I've been fine. Yes, it would take 2 days to go from 0 to 100%, but that's not necessary. It only takes a few hours to charge the 6% I average per day.
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Technology Connections is great. The last video on renewables helped make my mom look into EVs and this one might convince my older brother since charging was a main concern of his
That video is well done and good at laying it all out. I wish I could get my brothers to watch it.
The thing is, I came here as devils advocate, thinking he was going too strong on level one. But he did well.
- I had a similar discussion with my older brother, where I tried to convince him level one was possible, especially short term, but that he’d be happier with more. He installed 50a level 2, after I explained it’s the same as an electric range circuit (that’s what I have. Almost always more than I need but nice to have)
- no luck at all with my younger brother. He works for a legacy car manufacturer and is convinced EVs are not practical. They found it impossible to install chargers at a plant since it would need the power of a city ….. since they assumed every spot needed a fast charger and that all would be in use all day
I was confused as to why this didnt show up in my RSS feed, but turns out i dont have Connextras in there
A great option for some that’s worth communicating. That’s how I charge mine. Only once or twice in the last couple of years has it given me anxiety—which turned out to be unfounded. Not a heavy driver though, I don’t plug it in every day, and my range is nearly 300 miles.
My older brother need to see this, but then he won't even watch past 1min mark.
Pretty funny seeing two different comments regarding their older brothers. Do you guys have the same brother?

We all have that brother that whine about limited range but they only ever drive 200km per month
it's an IMO valid point to raise if you are very likely to have surprise trips that can take >150km in each direction. Not very hard to achieve in a day of work.
Additionally the fluctuations of summer vs winter range. Our work EV slashes the summer range of >300km by 0.5-0.6 resulting in a range between 200-180km depending on the temperature and street elevation.
Yes but how many surprise trip one would usually have? My brother have 1 for about 2 years. It's valid point until one look back on how much they drive, because people usually do that to just spite the *better option. And my country is tropical so no huge temperature swing for now, and distance to desired destination usually about 150km to 300km one way, not to mention there's charging point on highway which you can just let it boost to 80% for about 10-15min, which he would need to rest anyway. His worries of "once in a while long distance trip that can used up all the battery in one go" did not happen for at least a decade now, the most recent one he did is 80km one way.
It's really depend on the person and they should totally reflect on how they drive before brushing off EV entirely, which he did.
*good public transport is better.
We made it work for several months with our EV and a Level 1 charger cable ran out the back door before I could get the time to install the level 2 charger. For regular commuting around town, the wall plug would keep up. For longer trips, we would have had problems and had to have sought out level 3 chargers until we got the level 2 install finished. Level 2 charging at home was a game and cured range anxiety for us.
Well, at least this video might convince my older brother, especially with current gas prices
Sure, if you want it to take a week to fully charge.
120vac at max 15 or 20 amps is going to take forever to charge. That's why most car chargers are 230vac and 60amps.
He addresses that. Most drivers will not be charging from empty, and overnight charging will be able to keep up. That's with an estimated 40m/day or less.
Your individual usage could be higher.
40 meters is a bit low, no?
You should actually watch the video. There are a dozen counterarguments to this and Alec has taken the time to lay them out for you.
Charging from 0 to 100% really shouldn't be the goal here.
Ideally you would be charging to about 80% for just daily use, and only going 100% if you are planning a longer trip.
Unlike a gas car, you don't want to wait until it gets to 0% before you start charging it. Just plug it in when you get home and it'll recoup whatever you used that day.
You dont want to do that in a gas car either. A lot of the impurities in the gas settle out to the bottom of the gas tank, if you run your vehicle low on gas its easier for that layer to be agitated and your engine takes those impurities instead.
My wife's electric car has been fine for us. It took about a month until we could get a level two charger installed at home. Until then, I had to drive her to a nearby town to leave her car for 6 hours to charge.
However, our experience when we went on a road trip was less than pleasant. The first 300 km of our trip there were only two charging stations. We checked at the first one, but there was one car charging and another waiting, so we continued on. We arrived at our destination with about 50 km to spare.
The next day we went to a level 3 charging station, but it was out of order. A nearby one had Tesla superchargers, but the other chargers only put out between 50 and 100 KV. It didn't matter, because the company's app refused to work for us.
The next closest charging stations were closed, because it was Sunday.
We managed to get to a station a little farther away, and it took about 90 minutes to charge the car.
We don't live near a large city, so when there are charging stations, there is often a line of vehicles waiting, which puts the time to charge into hours. Equally bad, we never know until we get there how much time it will take.
We live in Canada, so in the winter a full charge drops from over 500 km to about 300. If we have to travel anywhere, we are going to have to rent a gasoline car.
I haven't watched the video, but he did own an ev and do all these deepdive video for a living so when he said something it has more weight than a calculation on paper.
That’s not a normal occurrence. He does a good job of answer that several ways. Watch the video
I've been charging my cars this way for 9 years. You do need a sufficiently efficient vehicle. You ain't charging a Hummer this way. Also I recommend getting a "heavy duty" receptacle because I have melted a couple of them after a while.
I don't have an EV yet, but I already refuse (prefuse? pre-refuse?) to use an app to charge my car which pretty much locks me out of most fast chargers.
I've been WFH since COVID and only drive a few times a week. When I do get an EV hopefully in the next 1-3 years, it's probably going to basically trickle-charge from a modest PV setup. If it takes 3 days to fully charge, so be it; it'd just be sitting there anyway. Though I'll probably wire in a 220v level 2 charger (or whatever they're classified as) on the rare occasion I need a faster charge.
I want a dumb electric car. Give me a Honda civic with button and knobs that can plug in. Boom insta buy.
But they ALL have to have an app, and all the extras I really dont want or need. Plus in my area it regularly gets very extreme temps that have messed up electric cars in the past. He talks about how batteries are not an issue...but I know at least 3 people that have had battery trouble with EVs and had to get them replaced.
Im waiting a bit for EVs, but the ability to plug in and not go to the pump is a very tempting offer.
Electrify America accepts credit cards, and while Tesla technically requires an app, once your card is saved, you just plug in and it figures out the rest.
He makes good videos in general and this one is long enough I’ll have to make time to watch as usual, but as he has ranted about extension cords in the past, I’m not sure that it’s a wise idea to make the case to just use any plug and pull maximum (12? Amps) current for 10 or more hours continuously, let alone with the potential addition of an extension cord because the garage outlet isn’t quite in the right spot.
I think for safety reasons it’s probably best for people to have a shiny purpose built high amperage circuit installed so that old work doesn’t burn the house down. Even if it’s just a dedicated 110V in the USA (which adds transmission losses a bit too).
The UK is mandating heat pumps in new builds. Should they carry that further and mandate a EVSE circuit for every parking spot?
Standard outlets are rated for 15A. The vehicle is already de-rating by 20% (to 12A) per NEC requirements for any appliance running for more than 3 hours continuously (which is how you get 1800W hair dryers but only 1440W space heaters).
Assuming code was followed for your house wiring, nothing is at risk there.
Then it’s just a matter of buying the right extension cord. Note that the vehicle will refuse to charge if the input voltage drops below a certain level (in my car, I think it’s around 110V).
So you only have to worry about a 10V drop at 12A or 120W of heat dissipation. Assuming all of this happens inside your extension cord, you just need to make sure you don’t coil it up too tightly (or, better, don’t use such a cheap cord).
Then it's just a matter of
bitingbuying the right extension cord
Right.
As TC has covered this before, consumers are clueless (and cheap) about extension cords.
Also, just because code is/has changed, doesn't address current homes and also imperfect installs. How often have I seen loose screws on outlets...
No, charging for high current, long charge time items like this should be like any other high current, long-run devices like stoves, dryers, etc, using a dedicated, properly sized circuit.
I don't want my house burning down because my neighbor was clueless and caught their lithium battery on fire.
Right, but people use space heaters all the time inside their homes. This is even less dangerous because people tend not to park their cars on carpet and EVs store most of that energy instead of using it to heat up the drapes.
If we're worried about pulling 12A out of a 15A outlet, there is much more to be worried about before we get to cars.
As TC has covered this before, consumers are clueless (and cheap) about extension cords.
Only a danger if the cord is tightly coiled and drops enough voltage to get warm, but not enough to trip the car's protection circuit. A lot has to go wrong for this to be a major problem.
Also all extension cords are wrapped in fire retardant plastic, so it'd likely melt, short out, blow the breaker, and nothing would happen.
Electrical code is wrapped in many layers of safety. You really have to try to hurt yourself.
Yeah the wire is already rated at higher than 15amps. It is safe if it is modern wiring. I wouldn't do it with knob-and-tube, but any solid core 14awg thhn should work at 12 amps continuously. Just use the right extension cord. Hell, you could just swap the head on a 20amp extension cord to a 15amp head, and never have to worry about the cord at all.
Assuming code was followed for your house wiring, nothing is at risk there.
Big assumption, because houses aren’t all on NEC 2014, or 1999. Also assumes the circuit isn’t in use for other things - garage door openers are very convenient and are supposed to be on a reserved circuit, assumes that the connections are tight, and oxidation free.
There are reports of new dryer outlets melting because while they meet code, they aren’t constructed to run full output for 12h+ straight, charging a Silverado. Never mind the 1965 Bakelite outlet in the garage.
I agree with your point in concept but in practice it’s best to get a good electrician to run a new circuit from the box in even somewhat recent construction. The absolute state of some DIY work that people just don’t know about.
but in practice it’s best to get a good electrician to run a new circuit from the box in even somewhat recent construction
The photo you linked was a dedicated circuit installed by a licensed electrician. Mistakes/freak accidents happen. As I said in another comment, think of how many millions of households use 1440W space heaters indoors and don't burn down. That's what TC is advocating here. By and large, it's completely safe.
I’d also argue, at least in the US, it’s only going to cost several hundred to have a 50 amp outlet installed.(mine cost $350 and I didn’t exactly comparison shop). Compared to the price of even a used EV that’s an easy investment to make.
I tried trickle charging, and it worked. Keeping it plugged in all the time while I wasn't driving meant, by week's end, I was back to full.
However, I don't have a garage, I have a carport. Keeping the cable run on the ground in a common area all the time was drawing ire from the HOA, so I installed a Level 2, so I only have to charge it once a week overnight.
i wish i was lucky enough to have a garage. we had to run a new circuit out to our townhouse parking lot anyway, so at that point we figured might as well make it an L2 charger. now we have 2 EVs and it would be way more of a pain in the ass (or impossible) to trickle charge them. not to mention i just prefer having the cable out as little as possible in a public space. also sucks having to deal with snow/ice freezing the plug to the car.
"The last people you should be getting advice from about electric cars is electric car enthusiasts."
And then, Alex the electric car enthusiast himself, goes on to say later:
"I don't know why the world isn't getting excited about this! You can literally have a gas station at home using the exact same technology that operates a clothes dryer!"
I love you Alex! Never Change!
First, he's right in his first statement. Those of us that really are enthusiasts will go far beyond what is needed, and may lose sight of what someone that isn't an enthusiast actually cares about.
Second, a suggestion for Alex, if you are on the Fediverse: You very briefly touched on the NEMA 6-20, but I think it needs more attention.
To me that outlet (which goes on a 240v at 20A circuit) is the sweet spot for home EV charging with regards to speed and low cost. Why? It uses the same common cheap 12/2 household wire that many of your existing household circuits use. With copper prices always on the rise, larger gauge wire starts getting exponentially expensive. The magic is really the 240v. You don't get double the charging speed of 120v, you get nearly quadruple! And for the same wire! One other change I'd recommend is getting hardwired EVSE (car charger) because it can let you charge faster on the same wire as a plug in charger (because of electrical safety codes). If you have an electrician at your house running a circuit anyway, having them wire up a hardwired charger at the same time is not a high price increase.
I know this is a Tesla specific charge, but the value here is showing all the various current ratings and how that scales with charging speed. Check out our 240v 20A hardwired charger performance (in the green square):

15 MPH of charging from cheap 12/2 wire (regular yellow romex)!
One extra note here, if you already have a dedicated 120v (15A or 20A) circuit to your garage with a regular outlet on it, you can simply change the breaker in the box to a 240v breaker and change the outlet receptacle in the garage with zero modification to the wire in the wall) and get the benefits of 240v speed charging!
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