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Yeah ..Possibly. Or you could see more 3rd party networks install CCS1/Tesla plugs rather than CCS1/Chademo
Delta 25kW chargers are also available for $10k if you only put one cable on it. The second cable (CCS / CHAdeMO) is another $2,500. They are also available for 120Y208V 3-phase power service.ABB makes a 25kW DC charger in the Euro market.. but it's closer to US$10k. 3ph 32A is gettable to power it without any fancy transformers and the like.
Terra DC wallbox Complying to CE standards
Högspänningsladdning som lämpar sig för ett brett urval av användningsområden och som är säker och tillförlitlig även för bostadsmiljöernew.abb.com
Having slept on it, I think ~20kw is too close to 11kW AC, which is considerably less expensive to install.
That is a very interesting item. Did they say when these would be available ?You might want to bookmark this site: EV Charger, Solar Inverter & Energy Management - dcbel
They claim to be developing an all in one solution for solar, battery storage, and ev charging. When charging from the battery backup you can DC charge via chademo or CCS. I would be honestly shocked if Tesla didn't eventually produce an HPWC that could supercharge when paired with a powerwall.
Jalopnik article: This Home EV Charger Is Super Fast And Prepares Your Home For Power Loss
That is a very interesting item. Did they say when these would be available ?
Did you read the specs of the dcbel product? It's a 15kW DC charger with a 7.6kW V2H inverter, possibly increasing to 15kW with a future update. Nobody said it was an HPC that could fill a Tesla like a Supercharger or that it had any batteries of its own.It's likely not a real product., at least the DC fast charging part. The C rate needed to do really fast DC charging at home would require a very large battery pack. It would take three power wall to do only 11 kW AC charging. And those could not fill a Tesla.
ExactlyNobody said it was an HPC that could fill a Tesla like a Supercharger or that it had any batteries of its own.
It's aiming to be a residential product. 64A AC and 38A DC. Those both work out to ~15kW. There's really not much point to scaling up the system because few people will be able to run it on a breaker over 80A (125% of 64A). Judging by their web site, they are really trying to sell it based on its smarts, not it's raw power output.Exactly
Or that DC charging could not be fed from the grid, alone or in part.
I initially thought that up to 25 kW DC charging was supported but the spec sheet says 38 Amps DC output. I wonder what it takes to bump up that spec.
Yeah, fair take. And it really may be a very attractive smart home product for the PV and EV endowed crowd.It's aiming to be a residential product. 64A AC and 38A DC. Those both work out to ~15kW. There's really not much point to scaling up the system because few people will be able to run it on a breaker over 80A (125% of 64A). Judging by their web site, they are really trying to sell it based on its smarts, not it's raw power output.
So... my thought is that in the future AC charging (in cars) will be discontinued and the cars will be DC charging only. Why put the AC charger in the vehicle... put the the AC to DC converter in the wall unit. And as such, lower KW DC chargers will become more prevalent. 10, 15, 20KW will be options. For the small town, perhaps 50KW to 100KW units backed by a power wall to even out the load so it can be driven by a lower KW power feed from grid.
Mike
Why would I want to pay for a system to charge a Tesla at 15kW DC? Whats the use case?Did you read the specs of the dcbel product? It's a 15kW DC charger with a 7.6kW V2H inverter, possibly increasing to 15kW with a future update. Nobody said it was an HPC that could fill a Tesla like a Supercharger or that it had any batteries of its own.