> Condo dwellers can basically treat this car just like a gas car with fewer fillup options

The building that I live in is going to run out of physical space for electric meters long before it has issues with electrical capacity. My neighbor opted to forgo having a charger for his Model 3 and instead put one into the garage of his weekend home (he doesn't drive much during the week so he'll be ok).

Given existing equipment on the market now, our building can support maybe 10-15% electric cars. If you are designing a new building, there is no limitation. Our condo board has been searching for a solution and has found some things that are "promising", but nothing that will solve our problem before we run out of space. Again, this is a physical space limitation for the meters, not electrical capacity. And it's a problem where the solution will have to interface with the existing built environment and the existing electrical grid and the existing safety codes, etc. If all you pay attention to are single family homes with garages, you'll never know this is an issue until sales take a nosedive in big cities.

Isn't the solution to put smart meters that can track usage on a common meter and bill the condo owners for their share of the electrical bill?

Do you have an example of a purchasable product that works with existing electrical systems?

All the charger networks have solved this. Just choose a network (Chargepoint, Semaconnect, etc.), put in a 2- or 4-connection charger, and each EV owner pays for each charge with an RFID card or their phone. There are also online services for scheduling and paying for use of private (not-smart) chargers (evmatch.com), and others that specialize in your exact problem (multiple chargers in shared dwellings): evercharge.net

In a condo building, each parking space is deeded to the owner as a limited common element for the exclusive use of the owner. The charger in the parking space is owned by the owner of the parking space and the electrical connection runs to a utility closet that the electrical utility controls.

In a new building, you just design the electrical system so this is a non-issue. In an existing building, it's not so simple. Any state that has a lot of condos is going to have 100+ years of condominium laws that govern the ownership and usage of space in a condominium. You can't force someone to share their space and you can't authorize someone to enter someone else's space.

Condo associations that want to solve this can. It isn't a technical problem and it won't slow down EV adoption very much. It is kind of like adding satellite TV and plenty of HOAs have figured that one out despite not having it wired into the building. Yes, specific organizations will be slower than others, but as the demand ramps up more and more people will want this solved in their own HOA and they'll start getting it done like dominoes.

People on our condo board have owned Teslas for years. We are a building that is out in front of it. Coax cable doesn't carry 240V power. This isn't something you can hand-wave away.

The why isn't the board voting for an easement for overhead distribution and a single junction off the service connect to power the charger network?

Why not just put the meter at the charging station?

At least in Germany, that math doesn't add up. Electricity is - if it's not heavily subsidized, which had been the case for a long time with a lot of EV charging spots over here, although only by accident - at least about 50% of the comparable gas price per mileage. Can be even more than 100% in some corner cases, but I think 50% is a good approximation, assuming you charge mostly at home.

I drive a hybrid and charge at home. My stats on electricity costs, after almost two years, is that my electric kilometers cost me 1/3 of my gasoline kilometers. For reference, it's in Portugal where electricity cost 0.2€/kWh and gasoline 1.5-1.6€/L.

And there's the local difference that makes or breaks this kind of calculation. For Germany these numbers currently are more like 0.3€/kWh and 1.2-1.3€/l.

Portugal has the fourth most expensive electricity in the EU. You are unfortunately above our level, because of taxation (Germany holds the top spot). Throughout the EU, the calculation is better for EVs. The median is at about 15¢/kWh.

> At least in Germany, that math doesn't add up. Electricity is - if it's not heavily subsidized...

In Germany, 1 kWh costs over 30 cents. As far as I know, that's one of the highest rates in "Western" countries.

If electric cars make sense in Germany, then they can succeed pretty much anywhere.

Edit: https://en.wikipedia.org/wiki/Electricity_pricing#Global_com... lists Germany price/kWh at 0.35 USD, making it indeed the most expensive Western country at least by quick eyeballing.

So perplexed, why did this get downvoted? Everything is factually correct.

I love the implicit assumption that electric vehicle adoption will run rampant, but at the same time, electricity costs will remain "negligible" and charging/pricing won't adapt to the increased demand...

Higher costs for electricity would be a great problem to have because solar is already competitive at current prices. Costs would have to go up 5x at least to make even a bad EV in an expensive kW/h locale cost as much as a gasoline car. At that rate almost anybody could make money deploying solar generation and storage in a remote locale, and of course for those with the luxury of having a roof.

Many people's car payment is $0.

Then the car is a trade-in downpayment. Sure, if you can't afford a $20,000 car then there are very few Tesla options for you.

I can afford any production car. I choose not to allocate money that way and I’m far from unique there.

We drive 10K miles per year across two drivers. My daily electric (LEAF) costs me $0.05/mi for energy (and I love it). My wife’s SUV costs $0.10/mi for gas and a few pennies for oil (and she loves it). She pays $600/year max for fuel. That covers about a month of Tesla car payment.

Ah, it doesn't work out in your case because you've already made the transition to electric. We went from two gas guzzlers (one of them was a 40mpg diesel, the other a fairly typical 25mpg) to one model 3 and the financing equation easily works in our case. Obviously not everyone is going to give up a car, and the math doesn't work for everyone. But more people should be doing the math rather than just looking at the sticker price of the teslas.

Going from $0.11/mi to $0.05/mi ($0.20/kWh in MA) even at 20K miles per year saves $100/mo. That’s not economically compelling. Driving 1/4 of that (per driver) is even less compelling. I bought an electric because I wanted one (and there was $10K in government cheese in the trunk).

$100/mo is pretty compelling to lots of people. Why throw money away? My locale is even better because I pay $0.08/kwH (Portland, Oregon). We like to ski; every time we drive up the mountain was $50 in gas for our Ford Escape. Now it's roughly $5. That alone represents $180 a month. In the summer we have different hobbies that are equally travel intensive so it's a year-round win.

Why spend $50K or more to save $100 or even $180 a month for maybe 8 years and get $10-20K back at the end? That’s just not compelling on an RoI basis.

There are many reasons to like a Tesla. It’s almost surely not the cheapest way to motor though. A $5K Honda and investing the difference will be wildly cheaper during the ownership period (including no need to carry collision/comprehensive insurance!) and have a much higher residual value (in the investment account). To me, that should be more compelling to many people.

What's the insurance like on a model 3 compared to a similar gas sedan?