Battery based electric vehicles of today and tomorrow.

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   / Battery based electric vehicles of today and tomorrow. #2,121  
You may not know that Natural Gas was the BIG Fail for Texas, followed by Coal and Nukes? Wind was not allocated much, as Wind tends be lower in the Winter and Summer than in the Spring and Fall.

But a life time ago, your area was my area -- but economically the area sort of went on an economic decline. Thing that is rough with a decline -- it is hard to get new investment. You could change all that at anytime, but I think we both know that is not too likely? In areas of expanding economy, there are new poles, wires, even new substations going in all the time. Just mentioning that so you to do not over-expand your experience beyond your own experience.

But as we quit wasting so much investment money into Gas and Oil, it frees US to do useful things -- like expand and renew the Grid. You have seen or read the numbers? It takes very little growth of the overall generation or grid load to take all the present US Ground Transportation to Electric. And once we are free US from Gas and Oil, we will have the money to do so.
I understand the new poles.subs and such installed a bunch in my life time..Maybe since you are in the electric field you DO understand even when we build new power lines the power companies (at least around Michigan) build to handle the bare minimum of power/load output a $$ thing I assume.I often wondered when setting 50 poles "new construction" on a job why in the hell are we putting #4 acsr wire on the pole verses 336 wire for future load.Why are we installing single phase wire instead of 3 phase on medium X arms? Again a $$ thing IMHO.Keep costs down and keep the stock holders happy along with the Michigan public service commission ..
 
   / Battery based electric vehicles of today and tomorrow. #2,122  
I understand the new poles.subs and such installed a bunch in my life time..Maybe since you are in the electric field you DO understand even when we build new power lines the power companies (at least around Michigan) build to handle the bare minimum of power/load output a $$ thing I assume.I often wondered when setting 50 poles "new construction" on a job why in the hell are we putting #4 acsr wire on the pole verses 336 wire for future load.Why are we installing single phase wire instead of 3 phase on medium X arms? Again a $$ thing IMHO.Keep costs down and keep the stock holders happy along with the Michigan public service commission ..
Think of the mindset that is driving your experience? The people behind the decision(s) -- say wire size for example -- are sincerely expecting NO GROWTH.

Maybe (even more?) Negative Growth. If they have done a correct business case analysis . . . they may be correct.

If you climbed down from the pole one day, and had to walk into doing the long-term planning for your region or even say the state -- what could tell them for the "look-ahead" for demand? 2% Growth per year? 1% Growth? 0%? or even Negative Growth? I am not saying there is some right or wrong answer, but does it not look the plan matches Zero or maybe even Negative Growth?

There are some paths out of this situation, if desired . . . but it may not be desired -- the present situation may be intentional.
 
   / Battery based electric vehicles of today and tomorrow. #2,123  
For a long time the added load due to growth was partially offset by more efficient appliances, lights, etc.

As has been mentioned, now we are talking about replacing one enegry source at the home with another adding a huge burden to the electrical infrastructure (on top of that added by population growth).

I just do not see it without new power plants, new transmission lines, etc. I have not heard much about new power plants.

46DA4120-529D-47E7-8BF4-C99E13B131D3.png
 
   / Battery based electric vehicles of today and tomorrow. #2,124  
Think of the mindset that is driving your experience? The people behind the decision(s) -- say wire size for example -- are sincerely expecting NO GROWTH.

Maybe (even more?) Negative Growth. If they have done a correct business case analysis . . . they may be correct.

If you climbed down from the pole one day, and had to walk into doing the long-term planning for your region or even say the state -- what could tell them for the "look-ahead" for demand? 2% Growth per year? 1% Growth? 0%? or even Negative Growth? I am not saying there is some right or wrong answer, but does it not look the plan matches Zero or maybe even Negative Growth?

There are some paths out of this situation, if desired . . . but it may not be desired -- the present situation may be intentional.
If you want my experience the people driving these decisions are a bunch knuckle heads who are clueless.Back 20-25 years ago we hired TRUE electric engineers.To save $$ our company got rid of most of them and hired shall we say the CAD class kids who sit on there butts and design chit from there desk and seldom go out in the field..On your other growth numbers thats for them college educated types to figure out.Heck they might even screw that up to.. :LOL: :LOL:
 
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   / Battery based electric vehicles of today and tomorrow. #2,125  
If it wasn't for Federal subsidies Musk would have been **** up long ago.
That's true. Tesla was a big beneficiary of Obama's tech-start program during the Great Recession. If it were not for federal-private partnership, Tesla would never have shipped its first car. To his credit, Musk made the most of the opportunity, unlike the solar startup that squandered millions on fancy offices and went broke right away.
 
   / Battery based electric vehicles of today and tomorrow. #2,126  
While Mossy touched in ethanol which I dislike anyway, while I don't grow corn for alcohol production. Most people don't know that if you contract to grow corn for ethanol, you must grow a specific variety, usually mandate by the distiller. Not just any corn but a specific variety, genetically altered to produce more sugars.

To me the whole ethanol thing is nothing but big government dictating what you have to use in your vehicle and as a reference, it takes more energy to produce corn liquor than the liquor produces. Its a net looser and always has been and if the Gummit don't subsidize them (distillers) they would fold.

Probably come up with some sort of surcharge on plug in cars too. You have to pay your pound of flesh no matter what.

Biofuels are here to stay. Certainly if ethanol was not mandated the oil companies would not deal with it. If you think that's a subsidy, go for it. Direct ethanol subsidy ended almost a decade ago, and those were actually a 45 cent a gallon subsidy to oil refiners, not the farmers or distillers.

As for the energy budget, the nice thing about corn ethanol is that after you ferment the sugars out, you still have the oil and protein. Feed lots cluster around ethanol plants because they can get a steady supply of cheap wet brewers grains and feed it up to 30% in cattle rations. Carbs are cheap, particularly since cattle can make direct use of cellulose as a carbohydrate source. Protein is the expensive ingredient in feed.

Hogs do not do well on brewer's grains, but chickens can make limited use of the feed source. None of it goes into a landfill. A little bit gets dried and distributed, but the energy costs of drying limit that market. Wet brewers grains that can be trucked a few miles to a cattle feed lot are where the profit is.
 
   / Battery based electric vehicles of today and tomorrow. #2,127  
If you want my experience the people driving these decisions are a bunch knuckle heads who are clueless.Back 20-25 years ago we hired TRUE electric engineers.To save $$ our company got rid of most of them and hired shall we say the CAD class kids who sit on there butts and design chit from there desk and seldom go out in the field..On your other growth numbers thats for them college educated types to figure out.Heck they might even screw that up to.. :LOL: :LOL:

As for the "true" engineers stuff . . . most of US Engineers under an ABET (that is the Industry Board for accreditation) College Program will have at least some of this -- it is part of Industrial Engineering, and called "Engineering Economics." Bunches (and bunches) of Spreadsheets. Cash Flows on various models -- like we were talking about above -- Some Growth, No Growth, Negative Growth. Really sharp organizations will do what are called Scenario Planning -- we plan for Best Case, Worst Case, and Changed Case.

For the Best Case, you try to be profitable, the Worse Case you try to survive, and Changed Case you try to flexible. Sound like your folks are trying to survive a Worst Case, so they are conservative, holding onto Cash, and keep things from losing money? Just trying to describe the typical business thinking behind the actions that you are describing.

But Michigan does NOT HAVE TO BE in that case. It is all driven by mindsets, and how to turn the stumbling blocks into stepping stones -- (sorry for the typical pep-talk jargon).

When you are doing Scenario Planning -- you are NOT supposed to use just one case (Best, Worst, or Changed) and use it as the ONLY Case. In practice, you may have noticed that Texas always/only uses the Best Case -- for example, Oil at $100. Massive Growth, etc., etc., etc. It is why Texas is always going Boom and Bust. When the Worst Case hits (Oil at less than $0) or the BIG WINTER Storm -- Texas is standing flat foot fued. Again -- always only driven by the mindset.
 
   / Battery based electric vehicles of today and tomorrow. #2,128  
Do you mean where for "US Ground Transportation going (at least mostly) Electric?"

It is already happening. Even cheap Gasoline or Diesel cannot compete. Retail Electricity is less than 1/4 the price of "Cheap" Gasoline or Diesel.

Renewable Electricity (Silicon Solar PV in particular) has become so cheap, that businesses or even normal folks can "fuel" or charge at their own place for "Free."

Going out further, Electric Roadways will be even less than "Battery" system, and prices just collapse further.

This is NOT some "Future Tech" stuff -- it is happening now. My question is about the effects on the Ethanol Corn Industry.
Some pretty large areas of the US will have to be switched away from corn production as irrigation becomes impossible. Aquifers created during the last ice age are drying up. Those agricultural areas may be rescued by massive federal water projects, but it would be expensive, and urban congresscritters are generally not interested in agriculture.

There's a good export market for ethanol, though Brazil dominates that. They distill their ethanol from sugar cane, which is way cheaper than corn. We have import quotas on ethanol to protect our domestic industry. Free trade, y'know.
 
   / Battery based electric vehicles of today and tomorrow. #2,129  
Some pretty large areas of the US will have to be switched away from corn production as irrigation becomes impossible. Aquifers created during the last ice age are drying up. Those agricultural areas may be rescued by massive federal water projects, but it would be expensive, and urban congresscritters are generally not interested in agriculture.

There's a good export market for ethanol, though Brazil dominates that. They distill their ethanol from sugar cane, which is way cheaper than corn. We have import quotas on ethanol to protect our domestic industry. Free trade, y'know.

Good future musings. Pondersome question? What do you think of (existing) Oil / Gas Pipelines becoming Fresh Water Pipelines?

My guess on the Ethanol -- it may become Aircraft or Shipping Fuel? again, just musing.
 
   / Battery based electric vehicles of today and tomorrow. #2,130  
As for the "true" engineers stuff . . . most of US Engineers under an ABET (that is the Industry Board for accreditation) College Program will have at least some of this -- it is part of Industrial Engineering, and called "Engineering Economics." Bunches (and bunches) of Spreadsheets. Cash Flows on various models -- like we were talking about above -- Some Growth, No Growth, Negative Growth. Really sharp organizations will do what are called Scenario Planning -- we plan for Best Case, Worst Case, and Changed Case.

For the Best Case, you try to be profitable, the Worse Case you try to survive, and Changed Case you try to flexible. Sound like your folks are trying to survive a Worst Case, so they are conservative, holding onto Cash, and keep things from losing money? Just trying to describe the typical business thinking behind the actions that you are describing.

But Michigan does NOT HAVE TO BE in that case. It is all driven by mindsets, and how to turn the stumbling blocks into stepping stones -- (sorry for the typical pep-talk jargon).

When you are doing Scenario Planning -- you are NOT supposed to use just one case (Best, Worst, or Changed) and use it as the ONLY Case. In practice, you may have noticed that Texas always/only uses the Best Case -- for example, Oil at $100. Massive Growth, etc., etc., etc. It is why Texas is always going Boom and Bust. When the Worst Case hits (Oil at less than $0) or the BIG WINTER Storm -- Texas is standing flat foot fued. Again -- always only driven by the mindset.
Designing infrastructure for future needs is made tricky by changing technologies. Twenty years ago I was working for a city that dug up 3 miles of US highway through town to install all new water, sewer, gas, and electric lines through the town's largest commercial/industrial zone. I proposed an additional conduit for future fiber optic communication lines, and got a flat NO from the ignorant fossils at the top. This was really a nice project, designed to accommodate economic growth over the next 20-30 years, except the planners, civil engineers and economists had no concept of data as a critical resource. The administrators, of course, were ignorant obstructionists.
 
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