Let's focus on the fact the Fremont factory is running 24/7 & Model 3LR seems to charge faster at different SOC's than a S100D.
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How would the size and nature of a Puerto Rico project compare to the one in Australia?
WAG's welcome.
FWIW, I designed and installed a photovoltaic system on a remote island in the Bahamas, in 1990. I anchored the panels with deep concrete mounting but made zero coverings for the panels. The charge controller and inverters were in a high ground protected area close to the panels themselves. A couple years after installation a Cat 5 hurricane (Andrew) had the eye pass over the island. Storm surge came up to the panels but did not submerge them. During the storm our power never was interrupted, and we had satellite phone (remember them?) connections during the storm also....
Is there away to protect a solar farm for the times when there is a hurricane coming? Can you fold them down to the ground and lay plywood over then to protect them while the storm passes over? Still doesn't fix the infrastructure to delivery the energy.
Edit: if you're starting over from nothing, you could probably build a hurricane resistant system but pr doesn't have that kinda money. You would need to bury the per lines and distribute the batteries and have residential solar, that way individuals wouldn't all need pw1,a community could share a regional per pack with buried lines to their home to store the entire communities excess electricity for use at night.
FWIW, I designed and installed a photovoltaic system on a remote island in the Bahamas, in 1990. I anchored the panels with deep concrete mounting but made zero coverings for the panels. The charge controller and inverters were in a high ground protected area close to the panels themselves. A couple years after installation a Cat 5 hurricane (Andrew) had the eye pass over the island. Storm surge came up to the panels but did not submerge them. During the storm our power never was interrupted, and we had satellite phone (remember them?) connections during the storm also.
We do not know what the exact max wind speed over our island was. We do know the system operated unscathed and continues to do so even today, I am told.
In PR independent freestanding photovoltaic or wind systems can be installed to be extreme weather resistant. FOD still could destroy them. The could have utility interconnect or not and submerged waterproof transmission lines are less expensive than one might think, especially when you're starting from scratch, which much of PR must now do.
This is a very large opportunity for TE, and they know it. lethargy and disbelief are the problems, not the technology nor cost.
Elon kinda congrats GM for going to the right direction.
And that's how they they respond :
Tesla rival says Elon Musk is “full of crap”
I don't know the cost differences but I believe one issue is that buried lines need to be larger since heat isn't dissipated as quickly.Is it really so much more expensive to bury power lines then run them on poles.
Mercedes C class, not S class. S is top of the line, Model S competitor.Teslanomics Compares Tesla Model 3 To Competitors - Video
Interesting comparison of Model 3 with BMW 3, Mercedes S and Audi 4. Not even close! Also, the comparison does not consider dual drive and the better handling characteristics due to the low center of gravity of the Model 3. Can't wait until we hear from the general public once Model 3 is being produced at thousands per week.
...because Musk has a clock running on sloth time.
So if a deal comes out of the Puerto Rico twitter exchange, is anyone else concerned about where the batteries will come from? The Australia deal required tapping Samsung for some batteries. With Model 3 production in full swing, Gigafactory construction would have to be put into overdrive, no?
Okay after reading the article and doing a little research on Thai Summit all I can say is a certain article writer is blowing smoke out their you-know-what.
This company at most is doing sub-assemblies for Tesla. *yawn* Nothing to do with production line as we are thinking of it or ‘body panel line’, which by the way does not exist in the automotive world. No such thing.
Thai Summit for the most part is a stamping shop. They also do a little of this and that (ie. die design and building). It makes no sense they’d be doing body panels for Model 3 (unless some of the initial prototype parts) given the new press line Tesla had put in Fremont. It also makes no sense for a second set of body panel die sets to exist, yet, for Model 3 given cash outlay required, the ramp hasn’t been completed, gross margins not met and continued growth of demand requiring such.
I've done a little work in pulling underground high voltage lines (campus distribution, not the really HV stuff but there are similar considerations).I don't know the cost differences but I believe one issue is that buried lines need to be larger since heat isn't dissipated as quickly.
It is 50% complete, but they just signed the contract on Sep' 29th and still have 100 days to complete. They'll likely be done in early to mid December.What happened with the Australian power all or nothing deal?
I don't think the margins are very favorable yet, but at this scale they could get better pricing from Samsung to provide a significant share of the batteries and help keep Panasonic focused on Tesla battery production. The more they can keep the industry focused on their processes, the faster they can drive cost reductions for their solutions. They would also need to partner on solar cells. There is no way the NY plant could produce enough solar to power an Island the size of PR in the next 6-9 months. I do think they could build hundreds of kits to build of the first responder environment now though. Basically a shipping container with solar cells and 1-2 Powerpacks. They could very quickly power up dozens or hundreds of sites. The big question for a project like this would be financial sustainability. Trump is not going to sponsor legislation to fund 500 million for distributed solar, so how can this happen? Tesla can't afford to hand out a billion in Solar cells and battery packs.It's the exposure that would be more valuable than the profit anyway. Tesla isn't going to have a lack of batteries in the future.