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US Panel Extends Nuclear Power Tax Credit (thehill.com)
Slashdot reader mdsolar quotes The Hill:
The House Ways and Means Committee voted Wednesday to remove a key deadline for a nuclear power plant tax credit... The credit was first enacted in 2005 to spur construction of new nuclear plants, but it has gone completely unused because no new plants have come online since then...
It would likely benefit two reactors under construction at Southern Co.'s Vogtle Electric Generating Plant in Georgia and another two at Virgil C. Summer Nuclear Generating Station in South Carolina. Both projects are at risk of missing the 2020 deadline... "When Congress passed the 2005 act, it could not have contemplated the effort it would take to get a nuclear plant designed and licensed," said representative Tom Rice (R-S.C.).
Although one Democrat criticized the extension by arguing that nuclear power "does better in a socialist economy than in a capitalist one, because nuclear energy prefers to have the public do the cleanup, do the insurance, cover all of the losses and it only wants the profits."
It would likely benefit two reactors under construction at Southern Co.'s Vogtle Electric Generating Plant in Georgia and another two at Virgil C. Summer Nuclear Generating Station in South Carolina. Both projects are at risk of missing the 2020 deadline... "When Congress passed the 2005 act, it could not have contemplated the effort it would take to get a nuclear plant designed and licensed," said representative Tom Rice (R-S.C.).
Although one Democrat criticized the extension by arguing that nuclear power "does better in a socialist economy than in a capitalist one, because nuclear energy prefers to have the public do the cleanup, do the insurance, cover all of the losses and it only wants the profits."
It's failing on its own merits. Even with subsidies, it's too expensive and can't compete.
The UK just approved a new nuclear plant (Hinckley Point 3) which requires consumers to buy power at a price much higher than wind, solar, coal, or anything else.
It was approved in the best traditions of corrupt government... advisers to government had a financial stake in it's approval.
Also, the plant gives the Chinese access to French and UK nuclear technology and control over the plant... a win for everyone except the UK.
I don't read your sig. Why are you reading mine?
The "nuclear is expensive" claim is only true because the anti-nuclear lobby has made it that way. If breeder reactors were used, modern fail-safe designs used (unlike Fukushima's reactors) and a "opportunity cost of human life" approach used to dictate safety regulations, then it would be much cheaper than coal and most renewables. The problem is that everyone views damage from radiation as being much more dangerous than global warming, acid rain, oil spills, toxic heavy metal poisoning, etc. so we overspend and obsess over it ways that we never do over coal.
(On the international stage, there are also entirely legitimate concerns over weaponization and nuclear proliferation.)
Three Mile Island was the only major commercial nuclear accident in U.S. history. Nuclear power in the U.S. has generated 24,196,167 GWh between 1971-2015. At an average price of 12 cents/kWh, that's $2.90354 trillion. So the approx $3.4 billion in cleanup and lossses from TMI is 0.117% of that. Or in other words, at a retail price of 12 cents/kWh, the historical cost of cleaning up nuclear accidents in the U.S. is 0.014 cents per kWh.
In contrast, subsidies for different energy sources are 23.1 cents/kWh for solar, 3.5 cents/kWh for wind, and 0.2 cents/kWh for nuclear. (Tables ES4 and ES4. Solar received $4.393 billion in subsidies while generating 19,000 GWh. Wind received $5.936 billion while generating 5,936 GWh, and nuclear received $1.66 billion while generating 789,000 GWh.) That's right. The subsidy for solar is 1650x more expensive than cleaning up nuclear accidents. The subsidy for wind is 250x more expensive.
Nuclear decommissioning costs are already paid for by the NRC's Financial Assurance fund. A portion of the revenue from electricity sales are placed into this fund.
The problem with insuring nuclear plants is just a quirk of statistics. The more times you roll the dice, the narrower the bell curve becomes and the more predictable the average outcome. e.g. A 1d100 has an equal chance to produce any result between 1 and 100 - the probability distribution function is a straight line. 2d50 produces a triangular PDF, with the values in the middle tending to be more likely. 10d10 produces an even more compact PDF - a narrow normal curve with results in the middle much more likely than the extremes. And 100d0.5 will always produce 50 - its PDF is just a single peak in the middle.
This is a problem for insuring nuclear plants - because they produce so much energy you don't need very many of them. Whereas there are thousands of coal plants, and (potentially) millions of solar installations, there are only operating 100 nuclear plants in the U.S. So insuring a nuclear plant represents a greater risk for the insurer. Even though the mean outcome will be that there is 1 accident every 30 years, the chance of a 2nd or 3rd accident is still significant and the amount the insurer has to pay out may easily surpass how much they've collected in premiums if they assume the statistically most likely outcome of a single accident.
The insurance company's response is to increase the premium to also cover that 2nd or 3rd event even though they're unlikely. In contrast, with thousands of coal plants they can be much more confident that there will be (say) only 10 accidents every 30 years, and 20 or 30 accidents is extraordinarily unlikely. So the premiums can be lower, even if the average risk (mean) is exactly the same. If there were some way to build thousands of small-scale nuclear plants instead of 100 large ones, private insurance wouldn't be a problem. You get around this problem by creating the largest insurance pool possible, which in this case would be nationalized insurance covering all 100 nuclear power plants.
Statistically, per unit of energy generated, nuclear power is the safest power source man has invented.