Here is Michael Schellenberger writing about Germany’s “ambitious” (as it is always called) green energy transition known as die Energiewende (energy transition, or turning point)
For some background, Energiewende is a series of policies first passed in 2010 with the object of completely transitioning the country away from conventional, carbon-emitting energy sources including coal, oil, and natural gas, and towards ones classified as low-to-zero carbon like nuclear, solar, wind, and biomass.
After the Fukushima disaster in 2011, it was decided that Germany would move away from nuclear energy as well, with the aspiration of having the country run exclusively on so-called renewable energy by 2022.
As Schellenberger notes, since its passage Energiewende has been a constant source of hope for leftists the world over, because it gives them something to aim for.
Their contention is that it will show the world that cheap green energy is possible and that it can easily be reproduced anywhere in the world.
Of course, their panegyrics have been light on specifics. In fact, the actual results of Energiewende have been mixed so far:
[L]ast year, Germany was forced to acknowledge that it had to delay its phase-out of coal, and would not meet its 2020 greenhouse gas reduction commitments. It announced plans to bulldoze an ancient church and forest in order to get at the coal underneath it.
That’s right — as the fracking revolution has contributed to America’s leading the world in carbon emissions decline, green Germany is bulldozing forests for the purposes of mining coal.
The problem is twofold. First, green energy sources produce much less energy than traditional ones.
This was once treated as a feature, not a bug, by environmentalists, who believe that modern society requires too much energy, and the best way to fix that is, to borrow a phrase, “starving the beast.”
But as this Luddite attitude is a hard sell to most people, modern environmentalists have adjusted by promising exciting new technologies that are always just over the horizon.
“Governments and private investors poured $2 trillion into solar and wind and related infrastructure” since 2000, according to Schellenberger, though with not a great deal of substantive advancement to show for it.
This touches on the second problem — the expense.
Schellenberger points out that average Germans are increasingly frustrated with the cost (€32 billion annually) of the project, an amount which is only projected to increase.
“Der Spiegel cites a recent estimate that it would cost Germany ‘€3.4 trillion ($3.8 trillion),’ or seven times more than it spent from 2000 to 2025, to increase solar and wind three to five-fold by 2050.”
Public opposition will put heat on the move to renew the twenty-year wind and solar energy subsidies which expire this year, the loss of which would be devastating.
What’s more, the obsession with “net-zero” has led to the type of environmental despoliation which oil and gas companies are often accused of — “Solar farms take 450 times more land than nuclear plants, and wind farms take 700 times more land than natural gas wells, to produce the same amount of energy.”
As bad as bulldozing churches and forests is for coal sounds in modern Germany, it will apparently be much worse if they ever do go completely renewable.
Read more at The Pipeline
Removing cattle from farms and replacing them with solar panels is a work of pure…
Well, ahem, a useful waste product unlike the heavy metals etc in broken-down solar panels. Any farmer who buys a former solar farm site after the subsidies run out is asking for trouble.
Oil is not a fossil fuel: it is constantly produced under heat & pressure in the bowels of this planet.
Book: Oil, The 4th Renewable Resource, by Shawn Alli.
http://www.viewzone.com/abioticoilx.html
Nuclear is safe & clean, despite the MSM fake news propaganda: zero fatalities Three Mile Island & zero environmental damage. One radiation fatality at Fukushima. Chernobyl? You’d need a Chernobyl EVERY DAY to equal the negative impact on human health & life that coal imposes. A direct quote from PhD nuclear engineer Robert Zubrin’s book: Merchants Of Despair.
Warning: book exposes in grim detail the depopulation tactics of the Nazis, the moronic Malthusians & the dog eat dog Darwinists pushing the “environmental” movement.
The false promise of affordable green energy and the false claim that humans burning fossil fuels cause atmospheric CO2 concentration to go up.
https://tambonthongchai.com/2020/11/11/annual-changes-in-mlo-co2/
Why do we need to transition ? – Nuclear, Natural Gas and clean coal fired plants are the way to go.
There is no problem – so it doesn’t need a solution.
If Carbon Dioxide be the food of life – burn on !
When I refer to a “transition,” that means eventually we will need to find replacements for finite resources like oil & gas. That process will take decades to accomplish. I agree. There is no “climate crisis” that necessitates anything other than legitimate pursuit of free market decisions to evolve the energy system to (ultimately) whatever the next big thing (fusion?) is in the energy arena. So, I fully support nuclear & natural gas, clean coal (if feasible) and continued use of oil rather than inefficient biofuels in the transportation sector. I also think sensible energy efficiency standards & reasonable conservation measures along with the right balance in environmental regulations all add into the equation of being good stewards of our planet. I think we are on the same team…
It would appear so.
Randy, I have noticed not many commenting on this site acknowledge the eventual need to replace fossils fuels. As you said, they are a finite resource and will run out. Everyone including myself hopes that fusion will be economically viable by that time. I truly hope it will give the world cheap and abundant energy. However, 35 years of engineering experience has taught me that often things don’t happen according to our vision. One thing that could happen is fusion could turn out more expensive per unit of energy than wind or solar power. Fusion uses hydrogen for fuel and everyone’s vision is that is unlimited. It isn’t quite that simple. Fusion doesn’t use ordinary hydrogen, it uses deuterium and tritium. Ordinary hydrogen has no neutrons, deuterium has one, and tritium has two neutrons. Water contains all three but separating them is expensive and tritium is rare. To use fusion reactors we would have to have fission reactors running to bombard ordinary hydrogen with neutrons and make deuterium and tritium. This could add to the cost. If this isn’t a big cost factor something else might be, such as a need to rebuild fusion reaction chambers once a week. I’m hoping for cheap fusion power, but we need to be willing to using our current nuclear technology. The greatest “break through” in providing the needed energy may be political.
David, agreed. My background is a Landman & regulatory manager with 36 years in the domestic “oil patch.” What has frustrated me for a number of years (now) is we are just not having a fact based, realistic discussion about energy imperatives and thoughtful attendant policies. Robert Bryce in his 2012 book “Power Hungry” was a bit harsh, but he attributed the misinformed general public and misguided government initiatives to the fact that most Americans are scientifically & mathematically illiterate. Somehow, the debate needs to change. Otherwise, our energy system will continue to destabilize. No need for any “unforced errors” if we can get focused on REAL alternatives…
It’s time to start the discussion in the U.S about REAL alternatives to successfully transition our domestic energy system. All you have to do is look at trends & developments in Germany, Denmark, Ontario and (most recently) California and it’ll give you all you need to know about the “mirage” of the “100% renewables” mantra. Energy imperatives are driven by PHYSICAL science, not hope, dreams or political science. The sooner we get up to the starting line & Americans start fully understanding the challenges, the better our national energy policies and outcomes will be…