Another fail about implying that this would happen in the United States, is that a lot of the energy proposals concerning "green" jobs here count jobs that would be created from efficiency gains.
Think simple tax deductions (subsidies) for, say, weatherizing existing buildings. This kind of job wasn't looked at in that paper, that focused solely on electrical production.
Just about any economist who studies this stuff will tell you the best "bang" for the buck comes from simply encouraging efficiency.
Another fail for this study is that it didn't account for what I consider an almost certain rise in the cost of competing forms of energy, such as oil and coal. One has to consider, in any cost to benefit analysis, differing potential outcomes, or how sensitive your model is to changes in your starting assumptions.
Consideration of the effects of changes on the starting assumption was not done in this study.
If one were to roll forward say, five years, and the cost of coal were to double, Spain would be in a very good position to benefit from that because of its investment in photovoltaic cells, which have a productive lifespan of 30+ years, with little to no maintenance.
What I see here is that demand for coal was starting to well out-strip supply until the global downturn. Bear in mind that US production, although not exactly world production, but this price e in US coal was reflective of global supplies.
Here is an analyst who noted a similar trend that supports my conclusiont that coal supplies were not keeping up with demand in the e period above.
Current prices for coal will continue to drop during the global economic downturn.
BUT
What happens when the global economy picks up, as it will eventually?
Supplies will not change markedly, and with the collapse in price, companies will not be putting money into deloping new sources. Existing seams will be slightly depleted, and not fully replaced.
So with an economic upturn, i.e. increased demand, coupled with decreased supply, you will see a pretty large e in the price of coal, along with oil for that matter.
Compare compe iveness:
Country A invests in renewables and efficiency while energy is relatively cheap, decreasing reliance on coal energy.
Country B invests in coal, because it is cheaper relatively, and does nothing, locking itself into coal energy for 30 years for each coal power plant it builds in this time.
Fast forward to economic upturn. Cost of coal and oil skyrocket.
Which country's manufacturing base will benefit more?

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