One of the most important energy matters to accurately understand is the reality that popular “renewable” electrical energy sources are not even remotely equivalent to our conventional energy sources.
Of course lobbyists don’t want consumers and politicians to think about that fact, so they go to great lengths to disguise it. Everything they propagate is based on an “equivalency” between “renewables” and conventional power sources that does not exist in the real world.
Even generally objective sources like EIA seriously err when they show such things as levelized cost charts that have wind energy and nuclear power in contiguous columns.
The first problem encountered here is the term “renewables.” This is bantered about like it is: 1) a scientific definition, and 2) a homogeneous group of energy sources. This is lobbyist sleight of hand, as neither is true. It isn’t my purpose here to go into the details of this charade but suffice it to say that the definition is very subjective, AND there are extraordinary differences between various “renewables.” (See
'Renewable' Energy R.I.P. and
Is Nuclear A Renewable?)
After you’ve grasped those details, the heavy lifting begins. The trick here is to get our heads around the fundamental difference between something like wind energy and nuclear power.
I’m just a physicist and not a professional communicator, so wordology doesn’t come natural to me. However, what I have learned is that most people have a better chance of understanding complex matters through an analogy. Let’s try that here.
My suggested comparison is to look at two types of transportation (a parallel energy sector), using concepts we are all familiar with.
Let’s say that we have a business that repeatedly needs to get 50,000 pounds of goods from New York City to Denver, in two days, and cost is quite important. [In the electricity business this translates to satisfying a demand (load), through dispatchable energy, reliably and economically.]
So who do we subcontract this job to? A good option is to put this merchandise on an 18-wheeler and send it on its way. Will it always get there 100% of the time without fail? No, flukes do happen. However, if this experiment was repeated 100 times, the truck would arrive well over 90% of the time, on schedule and within budget. This is equivalent to using a conventional energy source, like nuclear power.
Now let’s say greenologists are introduced into the equation, and they arbitrarily add a new requirement that no fossil fuel can be used. Oops. Our options are now severely restricted.
The parallel choice to using wind energy is to send the merchandise with golf carts (battery powered so no fossil fuel will be consumed during transport). The question is:
how many golf carts will it take to dependably replicate the performance of one Mack truck?
Let’s say a golf cart can carry 500 pounds (two golfers with sticks). To transport 50,000 pounds that would work out to 100 golf carts.
This is essentially the message that the lobbyists want you to buy: that approximately
100 golf carts (wind turbines)
will do the job of one 18-wheeler (conventional source: e.g. a coal facility). They want you to blink and move on. Do NOT look behind the curtain!
But wait! Can the golf carts get really there in two days? Of course not. The lobbyists answer is to add more vehicles: use
1000 carts!
Does this “solution” really solve anything? No, but it further confuses politicians not used to critical thinking. What it also does is to insure more profit for the cart industry — which is the ONLY concern of the lobbyists.
What if the load is a hundred 500 pound pianos? Even though (on paper) a golf cart can carry 500 pounds, can a golf cart transport a piano across country? The lobbyists’ clever answer:
disassemble the load and use more carts. (Yes they are slick.)
And will the cost of the golf cart option be comparable to the truck choice? Just to begin with there are 100+ drivers vs one — so I think you know the answer, right?
And what else will be needed to support this ”alternative” source of transportation? A lot: like battery recharge stations throughout the country. And who will pay for that? Duh.
And what is the source of the electricity used to charge the cart batteries? Mostly fossil fuels. Oops.
After the business says a resounding no to the golf cart proposal, the promoters come back with another appeal: just send part of the load with them. Try as they might, the owners couldn’t come up with a plan that sending ANY part of their merchandise made sense from reliability, economic or environmental perspectives. Can you?
In the face of this evidence, the lobbyists and their academic co-conspirators distractingly wave their hands and spout such non-sequitors as “Don’t worry about the details. Give us a huge subsidy and we’ll do a great job. Everything will make more sense mañana.”
This isn’t how science works!
BEFORE we pay them to run this route, these promoters should tell us exactly how many golf carts it will take, and then PROVE IT by actually running this route at least a dozen times. We would then have real-world evidence of the reliability, cost and environmental impact of their proposal.
This is exactly what has NOT been done with wind energy.
They have not only skipped right over the proof stage, right now the golf cart lobbyists are working on convincing our politicians that since businesses have been “resistive” to using their transportation product, that they need a law MANDATING that 20% of all goods from NYC to Denver go the golf cart route! Senators Kerry & Lieberman are now agents of these lobbyists, and have now introduced such legislation!
And the claimed benefit of all of this? Economic recovery. There will be lots of new jobs in the golf cart business! What about the economic loss due to the higher shipping cost, or the slower much less dependable transportation? Don’t worry about it. Come back mañana.
Hopefully this analogy makes things clearer, as this is the insane path we are now on. For a more thorough discussion of this situation, see
EnergyPresentation.Info.
John Droz Jr. is a physicist and environmental advocate ( WindPowerFacts.info and EnergyPresentation.Info) received undergraduate degrees in physics and mathematics from Boston College, and a graduate degree in physics from Syracuse University. He subsequently worked for GE/AESD (Utica, NY), Mohawk Data Sciences (Herkimer, NY), and Monolithic Memories (Cupertino, CA).
After retiring at 34 (due to successful real estate investing) he phased into pursing a variety of community interests. This lead to a 25+ year commitment as an environmental activist. Currently he is a leading individual on four NY state-wide issues (electrical energy, water extraction, water quality, & property taxes).
Two areas of interest and expertise (science and the environment) have merged with his focus on energy matters, especially wind power. John’s basic position is that we should be taking aggressive measures to solve our energy and pollution issues. 
