And likely has more compatibility problems with CCS stations than the pass-through adapter will have.The lectron is just the setec adapter that emulates the chademo protocol and is limited in how much power it can deliver.
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And likely has more compatibility problems with CCS stations than the pass-through adapter will have.The lectron is just the setec adapter that emulates the chademo protocol and is limited in how much power it can deliver.
...because Setec/Lectron is reverse-engineered, whereas the passive adapter uses native Tesla charger electronics inside the vehicle.And likely has more compatibility problems with CCS stations that the pass-through adapter will have.
And likely has more compatibility problems with CCS stations that the pass-through adapter will have.
Not only that, the Setec adapter has compatibility problems with the CCS stations themselves.Yes. We read in TMC forums that the Setec adapter people are seemingly in a running compatibility battle with Tesla concerning software. If I understand correctly, that adapter has internal electronics, a battery, and firmware. And the latter can be in conflict, or not, with Tesla car software updates.
Thanks.The evhub adapter is 100% passthru. The lectron is just the setec adapter that emulates the chademo protocol and is limited in how much power it can deliver.
That said, since EvHub is located in Ukraine, the war must make it virtually impossible to run their business.
Really, the only risks in a passive adapter are two: that of HV isolation (enough spacing between leads/no arcing potential/no potential for flexible wires to short to places they oughtn't, or to get close enough to start an arc), and that of conductivity/resistance. The latter is my higher concern - the latter is what would melt ports. Good news is... that's why my Gen3->Gen4 mod prioritizes port temperature sensing and actually pushes the threshold a little lower (so the car thinks the port is warmer than it is - not colder). Both the CCS handle and the car port have thermal sensors, and charging rate slows down if something's getting hot. Being as though both sides of the adapter have such sensors (port and handle), there's not much to worry about there. As for HV isolation/arcing, really no need to worry there as long as the adapter is well designed (and EVHub has been through quite a few iterations to get that part right!)Also the risk that any problem in a 150kw part can be catastrophic, so you are betting on the quality of the maker. Which may be fine, I don't want to unfairly deprecate them but rather am saying you want high confidence.
I was actually a bit frustrated in trying to dig this reference out. That linked post just references "those adapters" but doesn't draw an arrow directly to what "those" they're referring to (I couldn't make sense of what was being said leading up to it). Quoting is important Illustration is even better. But it sounds like that's referring to some sort of unknown plug that has no latching (not perhaps locking, as we know it) mechanism at all, and could just be pulled out by tugging on the cable. Of course that would be bad! But because CCS has a latch with an electronic switch on the button, it knows when you're pressing it, and it cuts current immediately when you're pressing it. Thus for our NA purposes, there's really no such thing as what that thread calls a "suicide adapter" here - all the adapters we have are latched/sensed. The little pin-push-lock is just an additional layer beyond that.Although the focus is on Type 2-to-TPC adapters, this Thread covers some of the issues with the aftermarket, third-party pass-through adapters. The comment about "suicide adapters" in particular attracted my attention.
It seems...
Yes, you want thermal detection. I don't want to say I have any evidence to believe anybody's adapter is unsafe. I want there to be a market of aftermarket products. But I can't avoid the thought that if Tesla's adapter were to fail and melt, Tesla would pay for the damage and it might be harder with an aftermarket product. Maybe I am wrong and Tesla would fight you tooth and nail. EVHub might come through though it's a smaller company. It's a tough call. However, the big thing is the EVHub is $525 and you can get Tesla's from Korea for probably around $300 and eventually get it for $200 here so it doesn't seem a hard choice.I have an unhealthy habit of playing angel's advocate against hellfire-preaching So here goes!
Really, the only risks in a passive adapter are two: that of HV isolation (enough spacing between leads/no arcing potential/no potential for flexible wires to short to places they oughtn't, or to get close enough to start an arc), and that of conductivity/resistance. The latter is my higher concern - the latter is what would melt ports. Good news is... that's why my Gen3->Gen4 mod prioritizes port temperature sensing and actually pushes the threshold a little lower (so the car thinks the port is warmer than it is - not colder). Both the CCS handle and the car port have thermal sensors, and charging rate slows down if something's getting hot. Being as though both sides of the adapter have such sensors (port and handle), there's not much to worry about there. As for HV isolation/arcing, really no need to worry there as long as the adapter is well designed (and EVHub has been through quite a few iterations to get that part right!)
No, you can't. Unless you live in South Korea.you can get Tesla's from Korea for probably around $300
Yes, it won't lose all value. I am amazed at the current price these are getting -- Craigslist sales would be an anomaly, and in fact if somebody is foolish enough to sell on CL for $350 it is more than likely the buyer would just sell it for $900 in eBay the next day unless you know them.Good summary.
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- CHAdeMO adapter is/was for sale on San Francisco Craig's List for $350*. (And I saw another recently one for $550.) So maybe prices (on CL at least) are more reasonable?
- I don't know for sure, but I thought I had read that Tesla has kind of clamped down on the exporting of South Korean CCS1 adapters to Tesla customers out of the country?
- I am unsure (and have not seen any definite evidence so far) whether the SK CCS1 adapter will work with Models S/X. (I suspect not.)
- Will the CHadeMO adapter with TPC plug lose all value once a North American CCS1 adapter is released? I don't know. One possible market: owners of TPC (proprietary) charging-port cars (from North America, Japan, South Korea) taken (temporarily or permanently) to Europe, Oceania, and other areas using the Type 2/CCS2 charging standards. I read that Supercharging for such cars taken there is difficult or impossible, but that CHAdeMO charging may remain a fall-back on-the-road DC resource for those drivers.
* I have no relationship with that seller or item. Use appropriate caution.
Oh, the CCS/CdM networks are not nearly as reliable as the Tesla supercharging network. Some of that is Tesla doing a good job. Some of it is the fact that Tesla stations have large numbers of chargers, so even if one breaks it's not a big deal. Some is the fact that almost no fast charging network is a business, not even Tesla's, and so the incentives to keep them maintained are wrong. Tesla chargers are there to sell cars, not electricity. EA is there to help VW pay a fine. EVGo is trying to be a business and a few others.Speaking of CHAdeMO: I pulled the trigger and bought a new CHAdeMO adapter on eBay earlier this month for $800*. The seal was broken on the outer box but everything inside was sealed and pristine. I tested it when it arrived last Friday. CHAdeMO is an exercise in frustration. First charger was broken. Second was in use. At the third, it took me 5-10 min of trial-and-error before I figured out all the hokey-pokey steps to get everything communicating correctly. CHAdeMO gives me renewed appreciation for Superchargers.
* Why? Because we have some trips planned late spring that are beyond the Supercharger network and I doubt our 2018 Model X will be upgradeable to CCS. And getting delivery of a refresh Model X is a whole 'nother matter.
...doubt our 2018 Model X will be upgradeable to CCS...
Gut feel, based on the response I got from Tesla when I asked about adding Autopilot to our 2014 Model S ("no, but we can take it as a trade on a new car").Can I ask; how come? I am not ssaying you are wrong; just curious. Older Model X is up-gradable in Europe (to use CCS2), I think.
Those are nothing alike. They were very clear up front that autopilot affects a HUGE number of systems in the car and relies on an entirely new computer to run it. Musk was asked about adding autopilot to old cars like that, and he made the analogy to a human getting an entire spine transplant. It is ridiculously, horribly difficult and invasive to try to put all of that system into old cars, so Tesla isn't going to do it. The old cars don't have any of the cameras or radar and no place to mount them and no wiring connections that go there. They don't have mechanisms to move the steering wheel, and on and on.Gut feel, based on the response I got from Tesla when I asked about adding Autopilot to our 2014 Model S ("no, but we can take it as a trade on a new car").
EVgo is there to help NRG pay a fine.EA is there to help VW pay a fine. EVGo is trying to be a business
I don't have one myself so can't verify, but I've seen it claimed multiple times that the CCS connector does not lock to the Setec adapter, and you can just pull it out directly, which creates an arc risk.I was actually a bit frustrated in trying to dig this reference out. That linked post just references "those adapters" but doesn't draw an arrow directly to what "those" they're referring to (I couldn't make sense of what was being said leading up to it). Quoting is important Illustration is even better. But it sounds like that's referring to some sort of unknown plug that has no latching (not perhaps locking, as we know it) mechanism at all, and could just be pulled out by tugging on the cable. Of course that would be bad! But because CCS has a latch with an electronic switch on the button, it knows when you're pressing it, and it cuts current immediately when you're pressing it. Thus for our NA purposes, there's really no such thing as what that thread calls a "suicide adapter" here - all the adapters we have are latched/sensed. The little pin-push-lock is just an additional layer beyond that.
Gut feel, based on the response I got from Tesla when I asked about adding Autopilot to our 2014 Model S ("no, but we can take it as a trade on a new car").