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Short-Term TSLA Price Movements - 2016

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Ah, this one is really good. I am so glad Bloomberg is putting this material out there.

So to get to their 2 mb/d oil displacement, cumulative EVs need to reach 50 M. Growing at 50% means annual EV production needs to hit 25 M. At 60 kWh per EV, this requires 1500 GWh/year capacity, or 30 Gigafactory equivalents. Reallistically, about 50 gigafactory scale factories need to be on line at some stage of ramp up by the critical year for oil impact.

I am not sure if you consider this in your calculations, however, assuming 6% battery efficiency gain per year, you would expect about 60% improvement (compounded) over that period of time, so in effect "only" 31 GFs needed.
 
I hope new longs that came in between 150-170 don't start selling now to take profits.

When this rally starts for real - bit soon to tell but I think perhaps it has already (as it should0, then it will go on practically uninterrupted with a possible if not probable April fools sale on the news following the Model 3 unveil retracing some percentage of the gains before heading on up again. This is a very big year for the TSLA SP imho. All predictions from sock eating avoidance to Q3 looking fine in my view. Enjoy.
 
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So to get to their 2 mb/d oil displacement... Regardless of who the winners and losers prove to be, scaling the battery supply is a critical factor.

I appreciate your depth of analysis on this.

My question though is the impact to the supply side of electric power generation. If oil continues to be at the low price, and with this displacement of oil further pressuring the price to go even lower and the real possibility of an increase in the per kwh price of electricity due to a spike in demand, might there be a feasible business case to now profitably operate an oil-fueled power plant (ironic and honestly abhorrent, I know.)?

My understanding right now is that about 30% of our electricity is comes from coal-fired generators and oil at less than 1%. What are your thoughts on future sources of electric power? Not sure if current renewables like solar+battery, wind and hydro could ever fully meet the demand side?
 
Loved your analysis (and rest of the comments I removed, as I want to comment specifically on the bolder portion).

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Thinking more about it, perhaps this is a real possibility once oil companies get more distressed. Boards and shareholders will develop more appetite for risk, once writing on the wall is easier to read. And they may bring outsider to engineer this turn-around, once they're in real trouble. Which takes care of my comment on the type of executives that are currently part of oil industry.

The oil industry has a record of defending itself when threatened. In the 70s with pressure from consumers to switch to alternative energy, Exon bought Reliance (t?) Electric ostensibly to apply energy saving technology toward very large industrial electric motors. (I once worked in a hot strip steel mill. Each stand of several in a line was powered by a 10,000 horsepower motor the size of a house.) Later, no such technology was employed. Also, some correspondent in the Bay Area reported solar energy specialists were routinely denied awards by the Carter administration. Carter was a creature of the Trilateral Commission created by David Rockefeller. A conspiracy theory, or just recognition of the power of big money?
 
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Two days in a row with some after market sales to push down price on no news.

I'm of the opinion after hours trading is "amateur hour" and somebody is being taken advantage of with those trades. The big boys close up shop and head home at the closing bell.

We've discussed it before in the TSLA investment thread. The general conclusion is that it's a so called "late print". The trade probably happened during the day while the stock was at or just around that market price, but for some reason got registered in the after hours.
 
Loved your analysis (and rest of the comments I removed, as I want to comment specifically on the bolder portion).

I don't think it will happen any time soon, but here is how that problem could be solved. it would be almost a certain path to creating massive legacy, if any youngish oil executive (XOM, BP) decide to engineer turn-around to battery producing (GF producing) company. After all, they're in energy business, and more importantly, oil industry has massive investments funds. Diverting chunk of it will start moving the needle.

Obstacles to this happening are sky high, so it would have to be someone who has long time-horizon, at least 15 years. And, he's charismatic personality a la Jammie Dimon, if not EM type (there is only one EM) to get board/shareholders/C-suite to follow him (grudgingly I guess).

But creating legacy is more and more important for new breed of executives, that have all the money in the world they need. Not sure this breed has caught on in oil industry yet.

Thinking more about it, perhaps this is a real possibility once oil companies get more distressed. Boards and shareholders will develop more appetite for risk, once writing on the wall is easier to read. And they may bring outsider to engineer this turn-around, once they're in real trouble. Which takes care of my comment on the type of executives that are currently part of oil industry.

If they understood themselves to be in the energy business, not the oil business, this would make sense. But I think the stationary battery market will heat up and attract capital. This will also drive down battery costs. So eventually the supply will emerge for incumbent automakers. But batteries are the engine of future autos. The incumbents risk ceding their role as engine makers to the likes of LG Chem.

So the capital will flow into these plants, but it will easily bypass both automakers and oil companies.
 
I am not sure if you consider this in your calculations, however, assuming 6% battery efficiency gain per year, you would expect about 60% improvement (compounded) over that period of time, so in effect "only" 31 GFs needed.

Well, it's tricky. Density gains mean that for a certain physical capacity, so many MT/year, the energy capacity output of the plant goes up each year. Thus once the the Gigafactory 1 capacity keeps growing about 6% each year. I do expect this, but point is that 1500 GWh/year is still needed. Perhaps Gigafactory 1 will reach 70 to 90 GWh/yr by that time so it counts as 1.4 to 1.8 gigafactory units. This also depends a lot on how quickly we reach the critical level. To get there by 2023 instead of by 2028 we need about a 30% bigger investment in plants.
 
If they understood themselves to be in the energy business, not the oil business, this would make sense. But I think the stationary battery market will heat up and attract capital. This will also drive down battery costs. So eventually the supply will emerge for incumbent automakers. But batteries are the engine of future autos. The incumbents risk ceding their role as engine makers to the likes of LG Chem.

So the capital will flow into these plants, but it will easily bypass both automakers and oil companies.

Yeah, almost all ICE manufacturers are making their own drive-trains. Very few exceptions. They happily outsource a lot of other things, sometimes even design.

So what is it they can't/shouldn't outsource when it comes the EV? Probably the battery pack, electronics and electronics software and the electric motors. Maybe the battery cells themselves but for now I think there is a high chance of that being a commodity they can outsource/purchase, just as Tesla is doing currently with Panasonic. Electric motors they maybe can outsource as the design of them as far as I know is not that complex.

I expect to see many ICE manufacturers starting to outsource the EV drive-train to various extent when the transition to EV is about to happen in a few years, just as GM did with Bolt. Those manufacturers will fall behind eventually assuming the EV drive-train is as important as the ICE one is.
 
The "good news" title of the article linked by Curt Renz is misleading. I just went through the video of the actual session and all that has actually happened is that the meeting is adjourned for continuation next Thursday.

Here is the end of that session with the Chairman saying exactly this: Indiana General Assembly HB1254 Feb 18 CTC (Anti-Tesla bill) - YouTube

Julian, today was the "next Thursday" alluded to in that February 18 video. The proposed amendment has been removed from the bill which has been tabled for further discussion during the summer.


February 18 Committee Meeting



February 25 Committee Meeting

 
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