I’m on vacation with a rented Tesla Y LR in Tuscany right now. We traveled all the way from northern Germany (about 1500 km) and never had any issues finding a free charging station. Just once every single parking spot was used and the charging automatically stopped at 80% in order to make space for others more quickly (and to be honest, this was due to other cars parking in the Tesla reserved parking spots at an Italian supermarket).
Traveling with kids automatically makes you take a break every 3 hours or so. This time, we just let the car charge during these breaks and had a 100% charged car afterwards. That’s about 55 min of charging time. In about 25 min you can charge from 20% to 80% using a 250 kW supercharger.
You have to keep in mind that long distance travel is not the usual use case and that being able to slowly charge the vehicle during the night is also important. Most camping sites, hotels and vacation resorts offer at least two 11 kW stations at their own rates.
You realize you can put “electricity pumps” in any retail parking spot, right?
Putting in a gas station is a horrifyingly complex infastructure demand. Slapping 2-4 chargers in literally every retail parking lot is simple in comparison.
A lot of generalization and supposition in the above.
Adding charging stations may require grid upgrades, but its a slow and steady requirement you can do neighborhood by neighborhood. Depending on the neighborhood, it may not be required, be minor, or be massive. It all depends. Making sweeping generalization about power generation, a deeply localized utilty, is a poor choice.
In my locality and most of my state, a large amount of charging spots are going up in front of common retailers with no clear utilty work. Our grid is currently fully able to bear the added load.
As to who pays for it, the current system seems to work, and will only improve as more cars go electric. The most effective method seems to be a mesh of private/public investment. Public for grid sizing, power supply and sometimes space for the charger. Private cost of wholesale power, charger install and maintenance, interoperability and paymebt processing. The Private entity takes the gross profits in the above, paying for power and any split with other private entities. The public has its costs covered and has a net positive public good added.
It is not that complicated to install charging infastructure 2 chargers at a time. It seems pretty apparent that retail spaces at least in the US are over built powerwise, and can largely handle the addition. Its why many grocery stores have them popping up suddenly in urban areas.
As to the cleanliness of energy, one large pollution provider is overall more environmentally friendly than millions of small ones. They can also be regulated and inspected in a way millions of small ones cannot be. Centralized generation of power for cars via electricity, of any source, will be greener than millions of cars burning gasoline. Always. Shifting the load to renewables as well is the right answer, but any shift here is good.
Stop saying this is a “massive infastructure challenge” when its actually a small and steady challenge occuring thousands of times. Small things done over and is the massive part, and they are very doable today, in the US and the EU.
Thanks for your feedback! I’m just curious how it would be realistic to scale the charging stations enough to sustain a larger (let’s say 30% or even 50%) of cars being EV. Should we just have giant charging stations hubs every 50 km?
You have to keep in mind that long distance travel is not the usual use case and that being able to slowly charge the vehicle during the night is also important.
That’s very true, to be honest my personal preference would be to reassess the need to have so many people travelling so much during July/August (you see the most popular hotspots such as Venise or Barcelona trying to reduce the number of tourists) but that’s a different story
I’m on vacation with a rented Tesla Y LR in Tuscany right now. We traveled all the way from northern Germany (about 1500 km) and never had any issues finding a free charging station. Just once every single parking spot was used and the charging automatically stopped at 80% in order to make space for others more quickly (and to be honest, this was due to other cars parking in the Tesla reserved parking spots at an Italian supermarket).
Traveling with kids automatically makes you take a break every 3 hours or so. This time, we just let the car charge during these breaks and had a 100% charged car afterwards. That’s about 55 min of charging time. In about 25 min you can charge from 20% to 80% using a 250 kW supercharger.
You have to keep in mind that long distance travel is not the usual use case and that being able to slowly charge the vehicle during the night is also important. Most camping sites, hotels and vacation resorts offer at least two 11 kW stations at their own rates.
deleted by creator
You realize you can put “electricity pumps” in any retail parking spot, right?
Putting in a gas station is a horrifyingly complex infastructure demand. Slapping 2-4 chargers in literally every retail parking lot is simple in comparison.
deleted by creator
A lot of generalization and supposition in the above.
Adding charging stations may require grid upgrades, but its a slow and steady requirement you can do neighborhood by neighborhood. Depending on the neighborhood, it may not be required, be minor, or be massive. It all depends. Making sweeping generalization about power generation, a deeply localized utilty, is a poor choice.
In my locality and most of my state, a large amount of charging spots are going up in front of common retailers with no clear utilty work. Our grid is currently fully able to bear the added load.
As to who pays for it, the current system seems to work, and will only improve as more cars go electric. The most effective method seems to be a mesh of private/public investment. Public for grid sizing, power supply and sometimes space for the charger. Private cost of wholesale power, charger install and maintenance, interoperability and paymebt processing. The Private entity takes the gross profits in the above, paying for power and any split with other private entities. The public has its costs covered and has a net positive public good added.
It is not that complicated to install charging infastructure 2 chargers at a time. It seems pretty apparent that retail spaces at least in the US are over built powerwise, and can largely handle the addition. Its why many grocery stores have them popping up suddenly in urban areas.
As to the cleanliness of energy, one large pollution provider is overall more environmentally friendly than millions of small ones. They can also be regulated and inspected in a way millions of small ones cannot be. Centralized generation of power for cars via electricity, of any source, will be greener than millions of cars burning gasoline. Always. Shifting the load to renewables as well is the right answer, but any shift here is good.
Stop saying this is a “massive infastructure challenge” when its actually a small and steady challenge occuring thousands of times. Small things done over and is the massive part, and they are very doable today, in the US and the EU.
Thanks for your feedback! I’m just curious how it would be realistic to scale the charging stations enough to sustain a larger (let’s say 30% or even 50%) of cars being EV. Should we just have giant charging stations hubs every 50 km?
That’s very true, to be honest my personal preference would be to reassess the need to have so many people travelling so much during July/August (you see the most popular hotspots such as Venise or Barcelona trying to reduce the number of tourists) but that’s a different story