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Well sure, but that’s because Tesla went about creating their Supercharger network a decade ago when CCS wasn’t ready or capable enough for what the Model S needed. There would be relatively point in Rivian developing their own independent and separate DC charging communications protocol now. Rivian can do everything they need by using the CCS standard protocols or extending them slightly, if needed.It means when a Tesla connects to a Tesla supercharger, it doesn't need to use CCS/PLC for the communications mechanism. It can use the Canbus based Tesla protocol.
The 34 stall (+6 L2 stations) Geary station in SF was $795k. 16 are urban chargers, but the other 18 are V3. I know for a fact SF project valuations include everything (not only labor) although it's only a ballpark number (does not include any cost overruns later in the project).Actually it comes from the permits that Tesla has pulled, just like I said. For example:
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In some jurisdictions that only includes labor, but I thought in Oregon it had to include everything.
Actually it comes from the permits that Tesla has pulled, just like I said. For example:
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In some jurisdictions that only includes labor, but I thought in Oregon it had to include everything.
I don't think you know what you are looking at.
We did just get the CCS adapter a couple weeks ago. We might make it down to Salida in August and could try it out then.We don't even know if the RAN uses CCS, or if they use a completely proprietary signaling method. (I do wonder if it is CCS, and since it is currently in "free vend" mode if non-Rivians could use it.)
The only person I "know" in Colorado with a Tesla that could test it is @MorrisonHiker and he is about 2 hours from Salida. (And I don't know if they have a CCS adapter or not.)
Actually it comes from the permits
Yes, there is probably more cost from the utility, but how much is that really? Are you saying the utilities are charging almost $2 million per site? (Which is what would be necessary for what you say, that Tesla has spent more than $7.5B on the existing Superchargers, to be true.)I don't think you know what you are looking at.
That's the cost for the contractor to install the Supercharger.
A huge portion of the cost of a DCFC station is the electrical upgrade required to bring power to the site.
You don't really know, do you?Yes, there is probably more cost from the utility, but how much is that really?
I would estimate the total cost of Supercharger per site at $0.5 million+Are you saying the utilities are charging almost $2 million per site? (Which is what would be necessary for what you say, that Tesla has spent more than $7.5B on the existing Superchargers, to be true.)
Finally, you admit that you were wrong. ($500k/site * 3,500 sites = $1.75B.) So like I said Tesla has spent way less on their entire worldwide Supercharger network than the government is giving out to build chargers just in the US. (Less than 25% as much.)I would estimate the total cost of Supercharger per site at $0.5 million+
I always estimated Superchargers at $500,000+ per site.Finally, you admit that you were wrong. ($500k/site * 3,500 sites = $1.75B.) So like I said Tesla has spent way less on their entire worldwide Supercharger network than the government is giving out to build chargers just in the US. (Less than 25% as much.)
I do understand that the entire $7.5B isn't gong to DCFC chargers, and I don't recall what percentage is.
True, it is just an estimate, some sites will cost more, others will cost less. But the point is still valid, there is no way Tesla has spent $7.5B on the Supercharger network.Your calculation is wrong because you assume that every site is $500,000K.
For example, there is no way that Supercharger at Harris Ranch is $500,000K
If you went back to 2012 and told them that there's $7.5 billion available in 2022, they'd probably do exactly the same thing they've already done. "A decade? We might not even be around by then if we don't get moving on fast chargers!"Imagine if back in 2012, when Tesla was rolling out the Supercharger, there is $7.5 billion to rollout public EV charging stations.
I doubt Tesla would say, "No, I don't want it!".
True, it is just an estimate, some sites will cost more, others will cost less. But the point is still valid, there is no way Tesla has spent $7.5B on the Supercharger network.
If you went back to 2012 and told them that there's $7.5 billion available in 2022, they'd probably do exactly the same thing they've already done. "A decade? We might not even be around by then if we don't get moving on fast chargers!"
Anyhow, the point I was trying to make is that if public funding was available back in 2012 to build public charging stations, Tesla certainly would have used it to build the Supercharger.True, it is just an estimate, some sites will cost more, others will cost less. But the point is still valid, there is no way Tesla has spent $7.5B on the Supercharger network.
I don’t know if you are intentionally trying to misread what I said or what.If you went back to 2012 and told them that there's $7.5 billion available in 2022, they'd probably do exactly the same thing they've already done. "A decade? We might not even be around by then if we don't get moving on fast chargers!"
No.Isn't the $7.5B also including a lot of more local chargers? L2s at various places? I thought the DCFC highway network was "only" about half of it? Of course, given the administrative overhead, this will likely be equivalent to ~2B for someone line EA or Tesla.
What is the 400V problem?And, tbh, this isn't even talking about the 400V problem.
That’s how normal people would read it.I think the idea for this hypothetical scenario is that the money would have been available in 2012.
Who else would be competing?Cynically, I do sometimes wonder if Tesla will be prioritized last for this money, though, even if they add CCS. After all, Tesla will build them anyway...
No.
The DOT wants to use the entire fund to rollout fast chargers.
$5 billion will be handed out to states according to national hughway formula.
The rest ($2.5 billion) will be used to fill coverage gaps in rural and disadvantaged areas.
What is the 400V problem?
That’s how normal people would read it.
Who else would be competing?
That is really interesting. I expected it to beat V2, but I didn't think it would catch to with the v3.Tesla Model 3 charges faster on an Electrify America charging station than on a Tesla V3 Supercharger
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