Make 29% On Your Money, Guaranteed!

Guest Post by Willis Eschenbach

Sounds like a scam, huh? But it’s real. Let me explain how people (no, not you or me, don’t be foolish) can make a guaranteed 29% return on their investment. However, to make it clear, I’ll need to take a short digression. I ran across a National Geographic article on where the world gets its electricity. Here are their figures:

Figure 1. World electricity production by fuel type. Renewables (defined by AGW activists as solar-, geothermal-, wind-, and biomass-generated electricity, but not hydroelectricity) are 2.7% of the total electricity use. Data from National Geographic 

You can see why the AGW supporters’ heads are exploding as the Durban climate party approaches. It is obvious from the chart that years and years of subsidies and tax breaks and IPCC reports and various urgings by well-meaning but clueless pundits and billions in wasted taxpayer dollars have not succeeded in getting renewables up to even 3% of the total electricity generated. Less than 3%. It must drive them round the twist to contemplate their stunning lack of success at making water flow uphill.

Despite that history, you know how they say on those TV commercials, “But wait! There’s even more!”? In this case, it’s “But wait! There’s even less!”

The reason that its even less is that Figure 1 just shows electricity. It doesn’t show total energy consumed, which is a much larger number. Total global energy consumption is shown in Figure 2.

Figure 2. World energy consumption by source.  “Renewables” are solar, geothermal, wind, and biomass. Note that the traditional use of firewood for cooking is not included. Data from the BP Statistical Review 

So although renewables have (finally) gotten to 2.7% of the electricity production, they still only represent 1.3% of the global energy consumption. And this is with heaps of subsidies.

And I don’t mean just a bit of money to get them over the hump. Huge subsidies. Because of the total failure of renewables to penetrate the market, the AGW supporters are desperately throwing money at renewable technologies. The New York Times showed a graphic for one such power plant in California. Their graphic is reproduced below as Figure 3.

Figure 3. Federal and State Subsidies for the California Valley Solar Ranch.

Unfortunately, the Times didn’t really discuss the business implications of this chart, so let me remedy that omission.

First, how much money did the investors have to put in? Since the project will start earning money once the key is turned and the market is guaranteed, the investors only had to put up the total capital outlay of $1.6 billion. Less, of course, the generous government grant of nearly half a billion dollars. Total invested, therefore, is $1,170 million dollars.

On that money, the investors stand to make a net present value of $334 million dollars … which means that due to the screwing of the taxpayers and ratepayers, a few very wealthy investors are GUARANTEED A RETURN OF 29% ON THEIR INVESTMENT!!!

How is this fair in any sane universe? AGW supporters talk about the 1% having too much money, and here the same folks are shoveling the money into the one percenters’ pockets. The 1% weren’t rich enough already, so I have to foot the bill for them to get a GUARANTEED 29% RETURN on their investment?

Note also that a huge part of the money, some $462 million dollars, is coming from the California electricity ratepayers, including yours truly, through increased charges for electricity. This means that these solar scam artists are being allowed to sell their power at 50% ABOVE MARKET PRICES!!! Not just a little bit above market. Fifty percent above the market price! Where is the California Public Utilities Commission whose job is to protect the consumer? Oh, I see … the are the ones who agreed to the 50% above market rate hike … for shame.

Pardon my screaming, but this insanity angrifies my blood mightily. Ripping off both the consumer and the taxpayer to allow millionaires to make a guaranteed 29% return on a not-ready-for-market technology, and charging ratepayers 50% above market for the electricity? That is reprehensible and indefensible. In particular, the rate hikes hit the poor much harder than the wealthy, so we are billing the poor to line the pockets of the 1% … and all this in the name of enlightened carbon fears.

A few last numbers to consider. Without the layers and layers of subsidies, the investors would have had to put in $1.6 billion, and they would have suffered a loss of $1.1 billion dollars. The investors wouldn’t lose just a little, they’d lose their shirts, their pants and their ties … and seventy percent of the money they put in. That’s how far this technology is from being marketable. Not just a little ways short of profitability. A long, long, long ways from being marketable, more than a billion dollars short of making a profit.

Finally, the total subsidies for this plant were $1,430 million dollars. So this single “successful” green project will cost the consumer three times what Solyndra cost. And in return … we get energy priced at 50% above the market. Thanks, Energy Department, glad to know you have my back.

You can see why I’m screaming … the inmates have taken over the asylum. Steven Chu, the Secretary of Energy, says we need more successful green projects in order to survive the depression … me, I fear we won’t survive Secretary Chu.

I know we won’t survive if we follow Chu’s brilliant plan for ‘successful green projects’ that do nothing but line the pockets of the 1% with billions in subsidies. That path is the poster child for the concept “unsustainable”, and Secretary Chu is the poster child for the brilliant idiot. He is undoubtedly a genius in his scientific field, but whoever unlocked his ivory tower and let him loose on the business world has some serious explaining to do.

Here is the problem with Energy Secretary Chu. His failures are bad enough. But his successes are lethal.

w.

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Gail Combs
November 19, 2011 2:04 pm

Dave Springer says:
November 19, 2011 at 9:11 am
……….There’s a windmill a few hundred feet from away from me that still spins nearly every day pumping water uphill into a holding tank where the water is then available on-demand. It’s extremely reliable. The wind energy is thus buffered into gravitational potential energy. One could, if one wanted, use that gravitational energy to (for instance) drive a water-wheel that might be attached to a mill that grinds grain or the shaft of a generator shaft that supplies electricity. Then it would be both reliable and available on-demand.
________________________________________
On my property I have a hundred foot drop in elevation and a high water table (clay). I am sitting on the top of a hill with decent wind so I have considered this idea for my own energy requirements. The biggest hurdle is the blasted planning board and EPA and not the engineering. If I recall correctly, the generation of power from water in my area is forbidden to individuals on top of everything else.
After my last couple go rounds with the cement head in planning, I am not even going to try to get her to understand an innovative concept. Arguing with an inspector is like mud wrestling with a pig……

G. Karst
November 19, 2011 2:18 pm

Willis Eschenbach says:
November 19, 2011 at 1:39 pm
That kind of “I’ve got mine, who cares what it does to your costs” attitude doesn’t sit well with me.”

Nor does it me, but looking down the road, I see outrageous power bills, and perhaps a unstable grid. Receiving compensation to offset such outrage, makes a soothing salve to treat a slightly bruised morality.
Obviously, I am not close to a decision, which is why I wanted to throw it out there for discussion. GK

Gail Combs
November 19, 2011 2:23 pm

G. Karst says:
November 19, 2011 at 10:07 am
Here is everyone’s chance to have a direct say:
__________________________________________________
I would be VERY VERY careful.
Land owners are usually the Rubes that eventually get the shaft. If the bottom falls out in say ten years, YOU get stuck cleaning up the mess. Even if you have a “Contract” it does not mean diddley if the company goes belly up.
Talk to a lawyer and make sure there is an escrow account (up dated annually) for the removal costs and environmental impact costs.
We have good water and had the chicken factory people approach us. After investigating we found it makes lots of money for Tyson, Pdue et al but is slavery for the farmer.
The catch is having to mortgage your land to pay for the buildings only to find out that every time the buildings are close to being paid off the regulations changed and you need new buildings or renovations. Turns out the money maker is the MORTGAGE not the chicken produced!
Your neighbors with those windmills are going to be stuck in about ten years when the maintenance costs go up and the government money runs out.

Gail Combs
November 19, 2011 2:30 pm

Dave Springer says:
November 19, 2011 at 11:07 am
…….nterestingly enough the dimbulb who wrote the non-hydro article above classified “landfill gas” as a renewable. Like nature what generates the trash that goes into them. Duh. Where do they find these people?
_______________________________
Affirmative Action

David
November 19, 2011 2:32 pm

Dave Springer says:
November 19, 2011 at 9:01 am
@Willis
“billions in wasted taxpayer dollars have not succeeded in getting renewables up to even 3% of the total electricity generated. Less than 3%. It must drive them round the twist to contemplate their stunning lack of success at making water flow uphill.”
“Hydro” is renewable and is 16% which brings the total for renewables to about 19% of the total. Duh.
What drives me around the twist is how little thought you put into what you write.
Dave Springer, your irrational relationship with Willis causes you to lose credibility with many excellent to decent posts. Hydro was not counted becase the eco fanatics do not count Hydro. This was all made clear but your emotional advesity to Willis caused you to miss it.

G. Karst
November 19, 2011 3:18 pm

Gail Combs says:
November 19, 2011 at 2:23 pm
…I would be VERY VERY careful…

Yes, I too, have run off chicken scheme people, pig scheme people, spring water scheme people, paint ball scheme people, rock concert scheme people, etc. There is no end to it. Thanks for the input and advice. GK

Philip Bradley
November 19, 2011 3:42 pm

Easily the most energy efficient way of generating electricity from fossil fuels is home generation of electricity from natural gas, in places where the waste heat is used to heat the home.
Combine this with an electric car that charges overnight when home heat demand is greatest, and you have an off grid solution that makes sense.
And were there a real time pricing system for feeding into the grid then you could take advantage of high prices at peak demand times.

Don K
November 19, 2011 3:44 pm

beng says:
November 19, 2011 at 7:16 am
It would be nice, but unless the required new transmission systems could decrease line losses (by upping the voltage, converting to HV DC, etc) by a significant amount over current designs, it becomes problematic transmitting electricity more than (guessing) ~1000 miles — too much line loss and mounting KVARS (reactance) to deal with.
============
Hydro-Quebec generates power near James Bay and in Western Labrador and delivers power to Quebec, the maritimes, Eastern Ontario, New England and New York. It uses a mix of 735KV AC and 450KV DC. Transmission distances are around 400-800 miles. Total power delivered to consumers seems to be about 25,000MW.

crosspatch
November 19, 2011 4:00 pm

Lead/acid storage batteries that you suggest are none of the above. In addition, they are toxic and caustic.

I thought I said AGM batteries. You can shoot at them, break them open with a hammer, over charge them, charge them wrong, whatever. They don’t explode and they don’t leak. They were originally designed for fighter aircraft and as far as I know are the only storage battery you can ship that isn’t considered HAZMAT. You can turn them sideways, upside down, overheat them, whatever. I would sleep with them under my bed and not worry.
And with the new smart meters, people ARE going to be charged different rates for power according to time of use. That is the purpose for them and why PG&E here in California has been installing them. In the middle of the day in summer you might pay twice the rate for electricity as you will pay in the evening. The old mechanical meters had no way of reporting power usage per minute. The new “Smart Meters” do and they all have an IPv6 network connection back to the power utility.

William Batte
November 19, 2011 4:04 pm

The NYT numbers in graph 3 considers tax deductions for depreciations as profit. If you consider this tax write-off as a gift or grant from the government, the governments’ commitment goes from $1431M to $1816M.
The numbers in Graph 3 are obviously one-time, annual, five-year and whatever else. Classic mixed numbers. The $334M to the company from various government action of $1431M or $1816M or more (property tax?) makes my government pension appear cost-effective.

November 19, 2011 4:31 pm

I’ll bet that these investors (millionaires) are the same ones that are requestion higher taxes on the rich to keep their investiments alive. Do we know who they are?

Spector
November 19, 2011 4:55 pm

RE: Willis Eschenbach: (November 19, 2011 at 1:49 pm)
“My point is simple. The only current options are fossil and nuclear. Period. Might change in the future, assuredly will change if we wait long enough, but for a while those are our choices.
w.”

I have no basic disagreement with this, as long as ‘fossil’ includes any hypothetical abiotic carbon stores, and ‘nuclear’ includes thorium nuclear, which to me, appears to be the only plausible candidate for an indefinitely sustainable energy source.
Here is a reference to the Wikipedia article (of unknown objectivity) describing a private corporation (Delaware, USA) founded to develop the thorium energy resource. I understand that China has a similar project underway based on the test results from our successful demonstration model built at the Oak Ridge TN facility forty years ago.
Flibe Energy
From Wikipedia, the free encyclopedia
“Flibe Energy is a company that intends to design, construct and operate small modular reactors based on liquid fluoride thorium reactor (LFTR) technology.”
http://en.wikipedia.org/wiki/Flibe_Energy

DMarshall
Reply to  Spector
November 19, 2011 5:33 pm

That’s Kirk Sorenson’s company; he’s probably the key person in the revival or rediscovery of thorium nuclear energy.
http://energyfromthorium.com/
http://www.facebook.com/EnergyFromThorium
FLiBe is a molten salt, a mixture of Lithium Fluoride and Beryllium Fluoride.
Definite potential but I fear he’s too optimistic about what it’ll take and how long for a reliable, commercial reactor to be developed.

juanslayton
November 19, 2011 5:38 pm

Willis: … forcing PG&E to buy power from me at way over market value just drives the price up for everyone else.h
Are the utilities really forced to pay above-market prices? If so, Azusa Light and Water hasn’t got the word; what they pay for my surplus power production is significantly less than their residential rates.
I think we agree that giving these subsidies to prosperous individuals at the expense of everyone else is fundamentally unjust. I have pondered the ethics of taking advantage of the offer, but I can’t say it keeps me awake at night. After all, I am putting up a third of the capital to put up an installation which remains experimental and may go completely bust.

davidmhoffer
November 19, 2011 5:53 pm

DMarshall;
I would love to see a complete cost-benefit analysis, including all “externalities” of fossil fuels, renewables and nuclear.
Do any such studies exist?>>>
Of course they do, but how are you going to compare them? Every time a jurisdiction changes environmental regulations, the cost analysis changes for all of them. You can’t even compare between jurisdictions unless their laws are the same. Even then you can’t compare because a jurisdiction with large amount of local coal reserves is going to have a completely different economic analysis than one in which there is no coal for large distances.
The ultimate answer however is to look at the market and see what companies are willing to invest in provided their only incentive is to sell the electricity they generate for a profit. I’d guess coal would come out number one. As for “renewables”, I challenge you to find a single instance of a private company investing in wind mills or solar farms unless they have gauranteed prices and/or massive subsidies from government to do so.

Ric C
November 19, 2011 6:04 pm

“You can see why the AGW supporters’ heads are exploding as the Durban climate party approaches. It is obvious from the chart that years and years of subsidies and tax breaks and IPCC reports and various urgings by well-meaning but clueless pundits and billions in wasted taxpayer dollars have not succeeded in getting renewables up to even 3% of the total electricity generated. Less than 3%. It must drive them round the twist to contemplate their stunning lack of success at making water flow uphill.”
Not to worry ….. when kindly suggestions don’t work a gun to the head will suffice.

DMarshall
November 19, 2011 6:21 pm

The ultimate answer is a completely level playing field – a difficult thing in this complex global village that we’ve become.
But apart from its abundance, coal dominates only because the burdens of mining, processing and combusting can be shifted elsewhere.

Claude Harvey
November 19, 2011 6:30 pm

Bi-directional electric utility meters that enable the solar home generators to “unwind” the charges for incoming utility power during the night with excess, self-generated solar power generated during the day may seem fair to all concerned, but they are far from it. The solar owner is not only “unwinding” the energy component of his bill, but he is unwinding the fixed costs and utility overhead it took to get that power to and from him and to provide backup generating capacity. Those fixed costs typically make up 2/3 of the residential utility bill and are pro-rated among all paying customers (note that the “energy component”, the current wholesale price of electric power at the U.S. trading hubs, is in the range of 4-cents per Kwh). Since those fixed costs are not reduced by the solar user’s arrangement, his avoided share of those costs must be piled onto the bills of his non-solar neighbors. Good deal for him. Bad deal for everyone else.

davidmhoffer
November 19, 2011 6:36 pm

DMarshall says:
November 19, 2011 at 6:21 pm
The ultimate answer is a completely level playing field – a difficult thing in this complex global village that we’ve become.
But apart from its abundance, coal dominates only because the burdens of mining, processing and combusting can be shifted elsewhere.>>>
The ultimate answer CHANGES over time. Even tax laws will alter the equation. As for coal dmoinating because mining, processing and combusting can be shited elsewhere, I’m not sure I understand your reasoning. Coal is going to be most cost effective when it is close to the production point.

Steve from Rockwood
November 19, 2011 7:33 pm

.
Up to 25% of the cost of coal is transportation.
Coal is the cheapest fossil fuel by BTU in North America.
90% of coal is burned to generate electricity.
@DMarshall.
The real importance of coal is the fact that it is reliable. Coal works. It is abundant. Unlike solar and wind. And the long term contracts ensure a predictable price and guaranteed supply.
People under-estimate the importance of keeping warm. Coal works. Come to northern Canada in the winter time and I will explain the importance of staying warm.

DMarshall
November 19, 2011 8:16 pm

Isn’t coal the most polluting by BTU, as well? Solar and wind are abundant too, but intermittent. At the current percentage they hold in market share, that’s easily manageable.
I know what cold is like – I worked outdoors for about 8 years, right through the winter..
So you heat with coal in northern Canada? Most of the cold places I’ve lived used wood, heating oil, or natgas for heat, not electricity.

November 19, 2011 8:19 pm

GW says:
November 19, 2011 at 1:43 pm
Anthony and Willis,
Have you run the numbers to see at what price point it becomes cost effective to run your own portable 5 or 10 kw generator on gasoline or nat gas or diesel ?
**********************************
Reply; I have a small 4Kw gasoline generator for back up use when storms take out the REA power. With a 5 gal tank it will run 11 hours with an intermittent load running from about 20% to 80% of maximum capacity. My bill says I pay about $.12/Kwh when on line so the back even point would be when the price of gasoline drops to $1.05 a gallon. No other costs included in the calculations.