If BigWind raises electric rates in Ohio, see consequences here!

Ohio results at the bottom, see entire article for detailed tables/charts of detailed effects on jobs in America…
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One European business leader summed up European’s dire energy situation this way: “I can see green taxes, I can see no shale gas, I can see closure of nuclear, I can see manufacturing being driven away. I can see the competition authorities in Brussels blissfully unaware of the tsunami of imported product heading this way and standing blindly in the way of sensible restructuring . . . It’s not looking good for Europe, we are rabbits caught in the headlights, and we have got our trousers down.”…

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Ohio

Almost all of the power produced in Ohio (96 percent)18 comes from conventional and low-
cost sources – coal, natural gas, and nuclear. Ohio is also a major manufacturing state – the manufacturing sector alone represents 17 percent of Ohio’s GDP, generates more than 660,000 jobs, and chips in $36 billion in labor income.19 Ohio generated $576 billion in GDP in 201420,had nearly 5.4 million people employed, and had an unemployment rate of 5.7 percent, below the national average of 6.2 percent.21

Ohio’s economy is on track to continue its growth, with significant growth coming from oil and natural gas development, including from unconventional sources.22 Under European-style energy policies that make fossil fuels more expensive and/or harder to produce, Ohio households and businesses would suffer major economic impacts.

Those impacts start with jobs: under this new pricing regime, Ohio would lose more than 187,000 jobs, and $8.2 billion in wages being paid out to Ohio workers today would also be eliminated. All told, the state’s annual economic output would decline by a staggering $14.8 billion. Our analysis of energy price increase impacts to Ohio (including the extra $5,000 that Ohio households would have to pay for their energy, over and above what they already pay today) is represented in Table 18.

As with the other states we analyzed, we examined what the potential economic value at risk would be for the top 25 energy-intensive industries in Ohio. Similar in many ways to the industrial profile on display in Michigan, Ohio’s economy would stand to lose more than 512,000 jobs if EU energy prices became the norm there. Those lost jobs put nearly $30 billion in wages at risk, and have the potential to deprive Ohioans of more than $57 billion in annual state GDP.

One segment worth noting in Ohio is its iron and steel manufacturing sector, which contributes
$2.2 billion in direct GDP to the state. If energy prices were to rise to European levels, this sector could be at risk (i.e., the industry may stop or move production elsewhere). Because of the ripple effect, the total economic value at risk increases to $5.8 billion. Table 19 shows the economic value at risk for Ohio’s top 25 energy-intensive industry sectors….

http://www.energyxxi.org/sites/default/themes/bricktheme/pdfs/EU_Report.pdf

Jimmy Fallon Makes the Best Argument Against BigWind

Jimmy Fallon Makes the Worlds Best Argument Against Solar and Wind Energy

 

Jimmy Fallon Makes the Worlds Best Argument Against Solar and Wind Energy

BigWind is a parasite that requires a host….

But a few years ago, when he was host of Weekend Update, Fallon made one of the best arguments ever why solar, wind, and other forms of renewable energy work very, very badly….

“…in the future, cars could be powered by hazelnuts.  That’s encouraging, considering an 8 oz. jar of hazelnuts cost about $9.  Yeah.  I’ve got an idea for a car that runs on bald eagle heads and Faberge’ eggs.”

In other words: if your form of energy is UNAFFORDABLE, who cares it it’s based on the sun or works in a lab?…

The diluteness problem is that the sun and the wind don’t deliver concentrated energy—unlike coal or oil—which means you need a lot of materials per unit of energy produced….mFor wind, they can include high-performance compounds (like those used in the aircraft industry) for turbine blades and the rare-earth metal neodymium for lightweight, high performance magnets, as well as the steel and concrete necessary to build thousands or tens of thousands of structures as tall as skyscrapers.

Here’s a comparison of how steel (and iron) intensive it is to generate electricity from wind as compared with coal, nuclear, or natural gas….

The only way for solar and wind to be truly useful, reliable sources of energy would be to combine them with some form of extremely inexpensive mass-storage system. No such mass-storage system exists, because storing energy in a compact space itself takes a lot of resources. Which is why, in the entire world, there is not one real or proposed independent, freestanding solar or wind power plant. All of them require backup—except that “backup” implies that solar and wind work most of the time. It’s more accurate to say that solar and wind are parasites that require a host….

As you look at the jagged and woefully insufficient bursts of electricity from solar and wind, remember this: some reliable source of energy needed to do the heavy lifting. In the case of Germany, much of that energy is coal. As Germany has paid tens of billions of dollars to subsidize solar panels and windmills, fossil fuel capacity, especially coal, has not been shut down—it has increased.

Why? Because Germans need more energy, and they cannot rely on the renewables.

They might be better off relying on hazelnuts.

Jimmy Fallon Makes the Worlds Best Argument Against Solar and Wind Energy.