steadily increasing AH, 362.60, maybe news about to drop?
Appears to just be from general after market macros, not TSLA specific from what I can tell.
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steadily increasing AH, 362.60, maybe news about to drop?
Something is going on!!steadily increasing AH, 362.60, maybe news about to drop?
Something is going on!!
Off-T:
Is there anyone else who thinks humbaba's avatar looks like a person facing right (screen left) wearing atop his head a pig - or bear - mask facing left (screen right) and obscuring his eyes? Can anyone tell me what it is supposed to be?
Haha sameWell, Gilgamesh would say "he had the paws of a lion and a body covered in thorny scales; his feet had the claws of a vulture, and on his head were the horns of a wild bull; his tail and phallus each ended in a snake's head."
Heh heh.
MY point hinged on the fact that #45's self-congratulatory fantasies haven't many times before caused the market to rise by as much as it did Monday morning before, you know, reality.
This page:
Margin Call
claims that the broker liquidates securities when the investor doesn't deposit enough money for a sufficiently large margin quickly enough. But I remember someone mentioned that the broker can also liquidate if they think that the investor won't be able to deposit (quickly) enough, for example during a short squeeze.
On-Topic:
This week's market actions are a good demonstration of how #45 now is the wolf who has cried "Sheep!" once too often.
- It is likely that from now on, his nonsense no longer will be listened to.
- And guess what happens to wolves when the surrounding wolves tire of him?
And you call yourself Elon's fan tsk tsk
So, anyone else paying attention what's going on with the macros? Anyone worried?
Forget that! Anybody else see what TSLA did during the After-hours session?
Up $2.82 by 8:00 pm EST
View attachment 357927
Does that mean supplying energy to Semi buyers at $0.07/kWh from Mega-chargers is profitable for TSLA?Both solar and wind are highly variable (even though wind is more variable), which is why you will never see a situation where "Region A generates all power and exports it to all other regions".
There are lots of peer-reviewed studies on how to make a fully or near-fully renewable grid. Long story short, you spread things out. Within a given region, yes, you have solar and wind cited in the most optimal locations, but you don't shove them all in whatever region happens to be the cheapest. Otherwise, you A) suffer huge power losses when that region experiences adverse weather, and B) your capital costs on HVDC construction are too high. Your HVDC grid cannot be intended for moving all power all the time, or it becomes too expensive; it's a supplement and/or localized backup.
For the same variability reasons, you combine both solar and wind. It's even more important to spread wind out geographically. Solar and wind tend to run counter to each other, with solar providing power mainly during the day, and wind tending to be strongest at dawn and dusk. Solar likewise produces the most power in the summer, while wind produces the least in the summer in most regions. But here comes geographic distribution again - while the "wind is worst in summer" rule applies to most regions in the US, in the west coast its summer power situation is much better, and in some places wind is actually strongest in the summer.
The last reason for geographic distribution and mixed solar-wind is perhaps the most straightforward: people don't stop using power when the sun is down, and daytime is not the same everywhere! Indeed, power consumption often actually rises after sunset in many places as people arrive home in the evenings, cook dinner, watch TV, etc. Spreading out generation resources effectively "timeshifts" power generation.
Just to pick a random study, here's the calculated financially-optimal map from MacDonald et al (2016) for solar + wind + hydro-uprating for peaking (but not pumped hydro) + existing (but not new) nuclear + HVDC + NG peaking (battery or other grid-scale storage beyond hydro is not considered):
View attachment 357739
This is their "LRHG" (Low-cost renewables, high-cost gas) scenario. The binned colours (green = wind, red = solar) indicate generation density, with dark colours being higher density than light colours. The outer pie chart is installed capacity, while the inner pie chart is consumed generation. 6570km² (0,08% of the US) is used for power generation. The HVDC network above consumes 4% of the generated power. Water consumption for thermal power generation drops 65%. Their optimal mix for consumed power in their LRHG scenario was wind (38%), NG (21%), solar (17%), existing-nuclear (16%), and hydro (8%). Interconnects with Canada and Mexico are not considered.
Generation capacity has to be overbuilt to account for fluctuations. The less NG peaking you want to use, the more you have to overbuild your generation capacity. The financially-optimal balance between all factors, their locations, and linkages are strongly dependent on how prices evolve. At then-current wind, solar and HVDC prices, and (again) no battery storage, here's the sensitivity to natural gas prices (right) in determining how much of the mix would be NG vs. renewables (green = % carbon free; current NG price = $4,39):
View attachment 357740
Good energy storage options, or small gains in wind / solar pricing, or moderate increases in NG cost (such as carbon taxes), can dramatically alter the financially-optimal share for wind / solar. Or, to put it another way:
View attachment 357743
While we're not yet tracking for a "high gas price" scenario, we are indeed tracking well for a low renewables cost scenario - particularly PV. If offshore wind prices can drop significantly, they'll also take up a much larger role than they do above; the study found it generally much cheaper to transmit inland wind to the coast than to use offshore wind at present prices (523 GW onshore vs. 22 MW offshore).
More useful would be "Charge now" and "Finish charging by (date / time)". Let the vehicle / grid decide when during that timeperiod would be cheapest, with the absolute requirement that it be at the desired charge state by the desired time. It's never okay to have the vehicle not be charged when you need it.
Hey, what's your problem with Lavender? ;-)
Bah, dat's nuting! Smeagol is -300% in TSLA.It’s silly af. Honestly 100% of the fund should be TSLA. 99% of my portfolio is TSLA and that’s me being a big fat bear.
It’s my birthday, and I’d like green to end the day!
Now I suspect the current cost of 38k for SR might be the retail price after adding a healthy margin, which means they could already break even if they start to make it today.
Birthday wish granted! Mine was yesterday.