Follow Slashdot blog updates by subscribing to our blog RSS feed

 



Forgot your password?
typodupeerror
×
Power

France To Close Four Coal-Fired Power Plants By 2022, 14 Nuclear Reactors By 2035 (cleantechnica.com) 387

Socguy shares a report from CleanTechnica: French President Emmanuel Macron gave a speech on Tuesday in which he announced a raft of new energy policies, including a promise to close the country's remaining four coal-fired power plants by 2022 and 14 of the country's 900 MW first-generation nuclear reactors by 2035. "The generation capacity will be replaced with wind and solar," adds Slashdot reader Socguy. The closure of the 14 nuclear reactors will reduce nuclear's contribution to the energy mix from its current level of 75% to 50% by 2035.

"I would have liked to be able to do it as early as 2025, as provided for by the Energy Transition Law," Macron added, "but it turned out, after pragmatic expertise, that this figure brandished as a political totem was in fact unattainable. We therefore decided to maintain this 50% cap, but by postponing the deadline to 2035."
This discussion has been archived. No new comments can be posted.

France To Close Four Coal-Fired Power Plants By 2022, 14 Nuclear Reactors By 2035

Comments Filter:
  • by aglider ( 2435074 ) on Wednesday November 28, 2018 @03:22AM (#57713148) Homepage

    Less energy and more efficient usage is the key to real environmentally savvy policies.
    Renewables and lower prices can lead to higher energy use.

    And maybe we'd be less people on the planet. But this is another story.

    • by AHuxley ( 892839 )
      France is an educated nation with experts who can run production lines that export products globally.
      That needs a lot of power. 24/7 power and at a low cost.
      • That needs a lot of power. 24/7 power and at a low cost.

        Funnily the biggest power consumer in France is the nuclear industrial complex with its reprocessing plants ...

        • by AHuxley ( 892839 )
          That gave very smart people in France years of work and over time. Not every nation has the generations of experts work to support nuclear projects.
          A low cost and 24/7 power supply allows France to bid on international projects. Even nuclear projects.
    • by mentil ( 1748130 )

      This is why coaxing people to spend their money on hats and skins in online games is better than house decor, Chinese-made plastic bins to store the decor, and larger houses in which to display/stow the decor.

      Remember how PETA made it unsexy to wear fur? Maybe they can throw paint on McMansions to encourage people to live in high-rise condos instead.

    • by phantomfive ( 622387 ) on Wednesday November 28, 2018 @04:05AM (#57713244) Journal

      Less energy and more efficient usage is the key to real environmentally savvy policies. Renewables and lower prices can lead to higher energy use.

      Higher energy use is by itself a good thing. If we had enough cheap energy, we could transmute lead into gold as much as we wanted. The more energy you have the more cool things you can make happen.

      The only problem is when energy production damages the environment. That is what we want to avoid, but don't get confused that the goal is less energy use.

      • by Sique ( 173459 )
        What would be the point in converting lead into gold? About half the world's gold production goes to China and India to make bridal jewellery.
      • Less energy and more efficient usage is the key to real environmentally savvy policies.
        Renewables and lower prices can lead to higher energy use.

        Higher energy use is by itself a good thing. If we had enough cheap energy, we could transmute lead into gold as much as we wanted. The more energy you have the more cool things you can make happen.

        The only problem is when energy production damages the environment. That is what we want to avoid, but don't get confused that the goal is less energy use.

        Any energy you use will be in part transformed into heat to be released into the environment.
        It's not my belief, it's thermodynamics.
        More energy == More heat.
        Do you still think this is good?

        • Any energy you use will be in part transformed into heat to be released into the environment. It's not my belief, it's thermodynamics. More energy == More heat. Do you still think this is good?

          Hell yes! It's fucking cold outside where I live right now and I'm paying out the nose to keep my home heated. I'd love me some free or cheap heat.

      • by AmiMoJo ( 196126 )

        That's an oversimplification that leads to the wrong conclusion.

        For a start there are times when there clearly are benefits to using less energy, such as anything that is battery powered. The less energy you use, the smaller you can make the battery and the longer it will last between charges.

        Lower energy consumption also means better performance in many applications. Your CPU could go faster if it wasn't for the fact that it would melt. There is always waste heat, and often it's a limiting factor. From pho

  • Good thing they're delaying the nuclear plant closures rather than the coal plants. Otherwise, Netherlands would have to build a larger sea wall -- and make the ocean pay for it.

    • Good thing they're delaying the nuclear plant closures

      They are not delaying them. They are reaching the end of their service life, and are being closed on schedule.

      What has changed is that they will not be replaced with new nukes.

      This makes sense, since nukes are no longer economical. While the cost of renewables has plummeted, the cost of nukes has steadily gone UP. There are, of course, reasons why nuclear power is so expensive, and those reasons might not be valid in an alternative universe, but that doesn't change our reality.

      • by mentil ( 1748130 )

        The summary says the country's energy mix being 75% nuclear will be reduced to 50% by 2035, rather than the 2025 originally intended by the law. So either new plants are being brought online, then taken offline by 2035 in addition to the old plants being decommissioned by 2025... or the old plants are being decommissioned up to 10 years later than originally intended (i.e. a delay). Or the summary is misleading and TFA says something else.

      • The cost of nukes has not gone up. The cost of legal and bureaucratic issues related to nukes, due to irrational hysteria, has gone up.

        Just dig out the blueprints from a 1960s nuke design and use them as is. The resulting power plant will be safer and better for the environment than wind and solar (because energy production per unit of materials is so much lower for wind and solar).

        • by Sique ( 173459 )
          Then why Finland or the UK, which are all strong nuclear proponents, don't manage to get a nuclear reactor online on time, and on price? The Hinkley Point C [wikipedia.org] nuclear plant will cost about 30 billion pounds to operate, and it will probably never recover its construction costs. The government of the UK had to warrant a fixed energy price to AREVA and TVO to even motivate them to finish the construction. The finnish Oikiluoto [wikipedia.org] Units 3 and 4 have doubled in construction time and tripled in costs sofar, and none o
          • You are talking about countries where anti-nuclear hysteria is rampant and affects every stage of design, construction, and operation. In South Korea, where the hysteria level is much lower, nuclear costs are several times lower [world-nuclear.org].

          • Because of the parent poster had just explained to you: "The cost of legal and bureaucratic issues related to nukes, due to irrational hysteria, has gone up."

            Was it that hard to understand !?

            Besides, when it come to manage large industrial infrastructures, the Brits can easily become a bit.. weird. Let's say they love to listen to their accountants and they resist to whatever their engineers suggest. So they tend to suffer more from delays, cost overruns, bad supervision and "cost saving" experimental dead

          • by GuB-42 ( 2483988 )

            The plants you mentioned use EPR, a new kind of reactor, definitely not something designed in the 60s.
            Like every large scale project, delays and cost overruns are to be expected. Hopefully, future builds will be more profitable and help recover the costs. And I highly suspect that legal and bureaucratic issues played a major part in these delays.

            As for the cost going up, it is worth noting that nuclear never was cheap. The reason France is so versed in nuclear power is the result of a political decision, no

      • Re:Build Me a Wall (Score:4, Insightful)

        by Trailer Trash ( 60756 ) on Wednesday November 28, 2018 @10:30AM (#57714350) Homepage

        Yeah, basically the regressive left hates nukes (because they want people to use less power, from what I can tell, and nukes tend to hurt their arguments) so they legally fight every new nuke plant incessantly. Then, the come on /. and other such forums and say "see, nukes are too expensive, can't have them". They don't have to be that expensive, and probably at some point governments need to make it illegal to file baseless lawsuits against power companies for stuff like this.

  • by jez9999 ( 618189 ) on Wednesday November 28, 2018 @04:42AM (#57713352) Homepage Journal

    Could someone explain to me why wind and solar are better than *MODERN* nuclear plants, particularly fast breeder reactors, that output very little waste and are relatively safe? Nuclear plants don't vary with the sun and wind and so have no need for expensive/complex energy storage solutions to go along with them. Is the replacement of nuclear purely down to the green lobby not liking the word "nuclear" or is there any justification that has a scientific basis?

    • by dunkelfalke ( 91624 ) on Wednesday November 28, 2018 @05:19AM (#57713418)

      Mostly because, unlike these fast breeders you are talking about, wind and solar power plants actually do exist in real life.

    • Re: (Score:2, Informative)

      by Anonymous Coward

      Three reasons. One, cost. I hope even you understand that one. Two, risk. Three, complexity of production chain. Yes nuclear has advantages in some environments, but at great cost and with considerable risk regardless.

      Talk of ubiquitous micro-reactors unguarded throughout society is just retarded on the merits, and if you don't see that maybe you don't understand reality. *MODERN* lol, you must be completely new to this subject.

    • by Freischutz ( 4776131 ) on Wednesday November 28, 2018 @05:36AM (#57713454)

      Could someone explain to me why wind and solar are better than *MODERN* nuclear plants, particularly fast breeder reactors, that output very little waste and are relatively safe? Nuclear plants don't vary with the sun and wind and so have no need for expensive/complex energy storage solutions to go along with them. Is the replacement of nuclear purely down to the green lobby not liking the word "nuclear" or is there any justification that has a scientific basis?

      Because renewables are cheaper. From what I've seen there also seem to be reliability issues with these breeder reactors and 'reliability issues' and 'nuclear' in the same sentence tend to be a downer when trying to sell nuclear to the public. On top of that, and according to the International Panel on Fissile Materials: "After six decades and the expenditure of the equivalent of tens of billions of dollars, the promise of breeder reactors remains largely unfulfilled and efforts to commercialise them have been steadily cut back in most countries". Thus a number of countries have abandoned breeder reactor development programs, In Europe this is because renewables are simply cheaper and easier to develop, manage and operate. For those wanting to know more here is an article from the "Bulletin of the Nuclear Scientists":

      https://www.princeton.edu/sgs/... [princeton.edu]

      The bit at the end kind of sums sodium reactors up: "In 1956, U.S. Navy Admiral Hyman Rickover summarized his experience with a sodium cooled reactor that powered early U.S. nucear usbarines by saying that such reactors are "expensive to build, complex to operate, succeptible to prologned shutdown as a result of even minor malfunctions, and difficult and time conusming to repair." More than 50 years later , this summary remains apt.

    • I think Macron is just posturing here. They won't shut down the plants if renewables have not gained sufficient capacity by that point. More than likely he has seen a report which shows the continuing cost reductions in renewables and storage mean they will be able to shut down those plants in the future anyway, so he has seized this information as a big policy win for himself.

      For me the big advantage solar has is that it is not dependent on government or big business. As panel costs and storage keep fallin

      • He's just setting a goal, which is good. When the choice comes between no power or keeping the nukes running, sure, he will probably opt for the latter. Keep in mind they are certainly not doing away with nuclear, they are closing a couple of the 1st gen plants a bit sooner, and they are probably near end of life anyway.
    • by Ichijo ( 607641 )

      Nuclear plants don't vary with the sun and wind and so have no need for expensive/complex energy storage solutions to go along with them.

      1. Electrical demand isn't static. Why must supply be?

      2. How much of total electrical demand is perfectly price-inelastic?

    • by AmiMoJo ( 196126 )

      Cheaper, cleaner, no dangerous waste output or tricky decommissioning, and it's proven technology that can be exported.

      The French are fed up of throwing money at nuclear. It became a form of corporate welfare for energy companies like EDF.

      If it was just about science we would be throwing money at fusion, but it's about what is affordable for tax/utility bill payers and what is an acceptable risk for investors.

      • It is not cheap. It is actually extremely expensive save a few exceptional cases. That is why it is heavily subsidised by different mechanisms. It isn't cleaner in the case of France because it rarely substitutes fossil fuel consumption. It is often the nuclear plants which are slowed down which has zero to negative environmental impact. (A little bit more Xenon pollution in the reactor is all what you achieve).

        And besides it generates electricity when you do not need it, without meaningful means of storing

  • What will they do in a cloudy day with no wind?
  • Emissions are rising in EU. In 2017: https://planetsave.com/2018/05... [planetsave.com] and will again in 2018: https://www.thedailystar.net/w... [thedailystar.net]

    Europe talks a good game, but has very little action. They do like to sign fancy "accords" and have meetings about it though.
  • In 2017 in France:

    Transportation generate 130Mt CO2 - stable since 2000
    Building heating gives 80Mt CO2 - stable since 2000
    Industry is about the same (70Mt) - decreasing every year
    Energy Industry is 40Mt CO2 - decreasing since 1976 (thanks nuclear)

    There is a relatively "easy" target here: make buildings burn less energy. This would give:

    1/ rapid benefits in CO2 emission
    2/ more cash to people living in those buildings (energy is really expensive those days)
    3/ a great deal of business

    Guess what: that's the onl

  • "Politician promises politically popular thing, to happen in the politically indefinite future."

You knew the job was dangerous when you took it, Fred. -- Superchicken

Working...