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Everything opposite of these points are just a cultish/religious type stance. How dare we question "the science" says the holy with their righteous anger? How dare we...

There is only one reality for all of us. Science is the study of reality. Because science is a human endeavor and hence prone to error, science has developed methods to reduce theses errors. as there is only one reality, different (independent) methods should result in the same answer. By way of examples
- you can’t have measurements on radioactivity pointing to a young earth while geology (sedimentation) and paleontology point to an old earth. Unsurprisingly such a mismatch doesn’t exist.
- the theory of evolution was well established by factual evidence and an understanding of genetics decades before DNA sequencing came along. This new, powerful and completely independent method then validated what had already established by the study of fossils.

Scientists are drama queens. They love to say that new discoveries require the text books to be rewritten. In reality we already have a great (but indeed incomplete) understanding of the natural world. We are honing in on the truth. Einstein showed Newton was completely wrong, didn’t he? Well, completely? Newton‘s laws were only wrong for extremely high velocities. In practice Newton’s laws work fine for most practical engineering calculations. It is more a significant digits thing than that science was completely wrong and things actually fall upwards.

Scientists build a career by showing other people are wrong, or by adding more data or better models to society. As a scientist, you don’t want to be found wrong, so you look careful at your own work. And you’d better do that because you know that the peers that review your paper will do the same.

As a scientist, you are well aware of the fact that you CAN be wrong, and that you should watch out for confirmation bias/wearing blinkers for facts you’d prefer not to be there. Scientists are forced to be honest, if it didn’t already come naturally. We could use something like that in society (Politics, etc). This forum is good bc we value good data, good reasoning and critical self-reflection here. Pooh poohing science without evidence and logic based support doesn’t reflect well on the person who does that.
 
I think there is a role for wind, solar and batteries and the optimal mix depends partially on location. Solar works better for Spain than Norway and some countries are landlocked.


Offshore wind is great, but these big projects, wind is problematic at best on a domestic scale.
Mostly I agree with your points. The offshore wind issue, however, is certainly complex made more so because the turbines themselves are growing constantly. The biggest one regularly moves from one maker to another but the present winner seems to be this, to be deployed in 2024:
The blades are 115.5 meters long so deploying them will require new blades deployment technology too.
The point is that these giants are deployed where prevailing winds are unusually stable, so requiring less storage than otherwise be the case. Still, these need buffers because they cannot turn on and off so quickly as have the smaller traditional ones.

Today we really do not know what will happen with Tesla Energy businesses because in that area every major player is working very hard on new technologies, solar panels, solar roofs, industrial scale storage as well as the Tesla sweet spot of grid services, which now have several Autobidder-style products.

None of those really credit Hornsdale and Tesla Autobidder for their about-face on smart grid, distributed power and storage solutions. To be sure, Tesla did not invent this conceptually. However, it developed by far the first one that allowed muti-source multi-use grid stabilization services to work with <one second response times. That in turn enables frequency and voltage stability previously not even seriously imagined. Everything in the previous paragraph was largely fomented by the Hornsdale story.

Unlike auto companies the electrical vendors of grid equipment, turbines, solar panels and storage have almost all moved with great speed and resource commitments. That huge investment was driven on the demand side by State Grid China and the massive Chinese domestic market.

Elon Musk, Tesla, SpaceX, The Boring Company etc are successfully forcing global energy transformation.
We should not forget that as we imagine what will happen next.

Cars are the beginning, not the end. Even RoboTaxi is less crucial to sustainability than is all the needs for energy generation and distribution. How about all the energy licenses Tesla has in EU, UK, Texas etc? We all are ignoring the elephant while looking closely at the mouse. Me too, most of the time. The scale of transformation is nearly unfathomable.

Right now we have no clear idea how to value all these things for TSLA, but once Grūneheide and Austin have their energy roles clearly revealed and the evolving Supercharger world becomes obvious we probably will also have larger scale TE direct offerings also. Hence I think we'll see the massive shareholder value emerging by late 2023. If so, now is probably the time to begin serious efforts to learn more.

We've said this is coming for years. Now the future is being constructed before our eyes.
 
Today we really do not know what will happen with Tesla Energy businesses because in that area every major player is working very hard on new technologies, solar panels, solar roofs, industrial scale storage as well as the Tesla sweet spot of grid services, which now have several Autobidder-style products.

None of those really credit Hornsdale and Tesla Autobidder for their about-face on smart grid, distributed power and storage solutions. To be sure, Tesla did not invent this conceptually. However, it developed by far the first one that allowed muti-source multi-use grid stabilization services to work with <one second response times. That in turn enables frequency and voltage stability previously not even seriously imagined. Everything in the previous paragraph was largely fomented by the Hornsdale story.

Unlike auto companies the electrical vendors of grid equipment, turbines, solar panels and storage have almost all moved with great speed and resource commitments. That huge investment was driven on the demand side by State Grid China and the massive Chinese domestic market.

You don't see Tesla credited within that blog post because it's from Sunrun, the top US solar installer whose business model is diametrically opposed to Elon's vision for decentralized energy.

Sunrun is a pure sales & marketing firm masquerading as a solar installer. They are literally 80% of the reason residential solar hasn't taken off in the US.

I'll leave it at that. I can't get my rage levels too high this early in the day.
 
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These points are actually evidence based, logical thinking with historical precedent. The "existential" crisis has been complete BS for at least 50 years. Pathetic track record of dire predictions.

Everything opposite of these points are just a cultish/religious type stance. How dare we question "the science" says the holy with their righteous anger? How dare we...
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I was wondering what was the planned battery capacity production of the multiple car companies promising to build EVs in the next years. Have someone stumble across a comprehensive table listing all the car companies with their promised vehicles and how many they will be able to produce with the disclosed contracts for battery supplies?

People at work always talk about competition which has been coming for a decade, now they announce 25 news models of EVs but do we have publicly accessible numbers on how much they will be able to produce according to global battery production capacity signed with their subcontractors?
 

I'm genuinely curious what measures are in place in Fremont and Austin to ensure that production is not interrupted by upcoming large scale power cuts which are anticipated this summer.
We have summer power cuts in Fremont?
 
Wow didnt see this when 1st skimmed the email from Musk.

“Anyone who wishes to do remote work must be in the office for a minimum (and I mean *minimum*) of 40 hours per week or depart Tesla. This is less than we ask of factory workers,”

Damn that is pretty heavy handed. He is going to lose talent. If you work full time in the office your allowed to continue working from home. Oh how nice of you Elon.
 
Science is not a house of cards where removing one collapses the structure. It's built on a solid foundation. If you are to invalidate a scientific theory of which the physics have been known since the 1890s, you need extraordinary proof that is repeatable.
 
Tesla has a lot of proprietary/bleeding-edge stuff going on, the less remote the better. cheers!!
That makes zero sense. Also, the place where Tesla needs the most advanced talent, software, is the place where remote work is most productive. Working with AI there are many things done in batches where you wait. If you are working from home, popping in and out over a longer period can get in more cycles of work. Lots of research shows work from home is often more productive. We know some jobs also are not more productive at home. So a blanket statement either way is counterproductive.