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Sorry I haven't been around for a while Work has kept me busy, and the eurozone stuff is too depressing to blog about.
Work has kept me busy, and the eurozone stuff is too depressing to blog about.
If this is not enough, supply the state-owned power company with sovereign credit, and it will be enough.
Further, I disagree with Jerome's argument that the Germans might be reasonable to shut down their nukes. This is not so. It might (or might not) be reasonable for the Germans not to build new nukes, but prematurely closing current ones is folly, as they are veritable printing presses now that the loans are paid down. The old Swedish nukes produce electricity at less than 1 eurocent per kWh now that the loans are paid back. The same should be true in Germany. Peak oil is not an energy crisis. It is a liquid fuel crisis.
The trouble is that, even with the limitations in your last sentence, there can be several different "stable frameworks" and the ability to capture market share depends on them (the fitness of competitors is determined by the environment). Things like the financial framework, approval, zoning laws. But I'm sure you have been told this already.
prematurely closing current ones is folly
The reason for the premature closures is of course not economic but that the plants had safety issues and operators like Vattenfall cannot be trusted. Then again, there would be an economic dimension if the old plants were required to implement retrofits according to the newest standards (with the protective hull being the main cost factor).
That said, I don't disagree that the precise implementation of the Merkel II government's nuclear phaseout is not reasonable. In a proper planned transition, the phaseout part should be continuous and not big steps, the advertised replacement should not be throttled, other "replacement" should be throttled even if it hurts big business, and grid development should have been pushed more energetically from the start. *Lunatic*, n. One whose delusions are out of fashion.
Votre commission s'interroge toutefois sur le pari que semble faire EDF : ces investissements, égaux aux trois quarts du coût de construction historique des centrales (72,9 milliards d'euros selon la Cour des comptes94(*)) se placent, en effet, dans la perspective de la prolongation des centrales nucléaires. M. Proglio a indiqué clairement aux membres de votre commission que « ces investissements comprennent une large rénovation, sorte de « grand carénage », indispensable à l'approche des trente ans de fonctionnement. Une fois cette rénovation réalisée, les centrales pourront fonctionner pendant trente nouvelles années, sans préjuger, bien sûr, des avis qui nous sont délivrés tous les dix ans par l'ASN. »
It comes down to trust, in the end. Every nation's nuclear safety record is excellent, until it isn't. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
Also the claim that nuclear plant re-fueling can be timed to coincide with a low period of power demand is questionable, given that the refueling takes months. It takes, what, a day to replace a blade on a turbine?
Nuclear plant refuelling is always done during summer, in Sweden at least. At that time, demand is so low anyways that the slack can be picked up by our hydroplants without a hitch. And not all nukes need to be refueled at the same time. A standard refueling operation takes a few weeks. Peak oil is not an energy crisis. It is a liquid fuel crisis.
Then when you need to go again, the engine needs to start back up. (Obviously it's more complicated than that!) So the immediate reaction of the hybrid-car-denier community was "that's going to wear out your starter motor really fast!"
But obviously it doesn't wear out your "starter motor" because there is no starter motor. It's some combination of traction motor or motors, depending on the system, but the old-fashioned starter motor with Bendix drive engaging the flywheel is not in the picture at all.
Similarly with wind turbines, what you have today is a pretty complicated system with high-load gearing between the hub and the generator, plus what amounts to a helicoptor rotor blade management system to deal with varying wind strengths. The gearing can be replaced by direct drive connections, and one would think that over time the blade management system could also be simplified. So there's lots of space for technical improvements that go in the direction of simplification of the mechanical system--potentially down to something with very few moving parts.
Meanwhile, despite 60+ years of investment in engineering, nuclear reactors are fundamentally complicated, dangerous, and expensive.
And cheap at the price : one wonders why/whether new build has to be so fiendishly expensive. My guess is that the EPR is just a poor design. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
The reasonable thing is to create a stable framework and let wind and nuclear duke it out. May the best one capture the most market share. Abolish all subsidies, guaranteed rates etc etc, and just introduce a high tax on carbon dioxide emissions.
- Jake If you only spend 20 minutes of the rest of your life on economics, go spend them here.
Ironically, such contracts undermine the efficiency of the power market, at least when small consumers who aren't likely to stop using power when the price spikes, are given such options. Peak oil is not an energy crisis. It is a liquid fuel crisis.
Ideally, Joe Q. Consumer would have a contract structured so that he has a baseline quota, which can vary over the day, week and year, and then pays a higher spot charge for going over that baseline.
The utility would then offer Mary Q. Producer a fixed rate for delivering power at the convenience of the producer, a higher forward rate for delivering on 24 hour notice, and a still higher rate for delivering at the convenience of the consumer. The utility would make money on the spread, and on the fact that Joe Q. Consumer will normally be within his quota (because he is risk-averse and because he has noise in his demand profile), which allows the utility to diversify out the noise in individual consumer profiles and to exploit its lower risk aversion.
The cost of new nuclear powerplants is obviously not a relevant argument for turning existing nuclear power plants off prior to the end of their design life. That money has already been spent, the concrete poured, the steel forged, ect, and you dont get a refund.
Secondly: Paying private investors doubledigit returns on low carbon infrastructure in the current economic and climatic situation, regardless of type is.. gah. I dont have polite words. That is not an argument against nuclear, it is an argument against our entire financial framework for building infrastructure.
The cost of new nuclear powerplants is obviously not a relevant argument for turning existing nuclear power plants off prior to the end of their design life.
Indeed no. The argument about shutting them down is about safety.
A completely objective assessment of the safety of Europe's nuclear plants is not possible, because you can't buy insurance against a Fukushima type disaster. i.e. there is no rational way to assess whether the risks are justified by the economic benefit.
The reason new nukes are completely unaffordable, and will not be built without sovereign strategic decisions and sovereign financing (whatever fig-leaves may be employed) is that providing a high level of safety is horribly expensive. Pro-nuclear people no doubt believe that the safety standards that are now required are absurdly excessive. But this is demonstrably in the domain of belief. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
A safe nuke is not more expensive than a dangerous nuke. Nukes are expensive, period.
For example, the Fukushima accident would never happened if the plants had been protected by a comparatively cheap 20 metre high seawall.
And even if such a thing was lacking and the plants had indeed suffered core meltdowns, 99.9% of the radioactive emissions would have been avoided if the plants had been equipped by protective filters, cheap and simple enough that all Swedish nukes had them installed in the 80's. Peak oil is not an energy crisis. It is a liquid fuel crisis.
The US has ample sustainable, renewable energy sources that can be tapped with already existing renewable energy harvest technology for all our energy needs, if we adopt a sustainable economy, and if we don't adopt a sustainable economy then having nuclear power isn't going to save us. Our major energy challenge is vested interests standing in the way of abandoning energy profligate systems that they directly profit from. I've been accused of being a Marxist, yet while Harpo's my favourite, it's Groucho I'm always quoting. Odd, that.
Well, we do have both more acute and more serious longshort term problems than the energy crisis...
Namely, are we going to starve to death this coming winter due to massive crop failures...
Your point about private returns is spot on, and it applies as much to nuclear as to renewables. Given the context we live in (no public sector investment as imposed by the EU), renewables can get lower cost of funding, if the regulatory framework is done right, than nukes can, because risk will be perceived as lower. Wind power
Do you know in what way this is actually stated, in what regulation, what law, what directive, or so on?
I imagine that given how the rules are actually framed, there might be certain loopholes, like borrowing via the state, then having the state issue all the cash to the state-owned utility via a rights issue, and so on. I.E. keep all the debt with the sovereign and have the utility funded solely through equity. Peak oil is not an energy crisis. It is a liquid fuel crisis.
no public sector investment as imposed by the EU Do you know in what way this is actually stated, in what regulation, what law, what directive, or so on?
Or, at any rate, their interpretation by the European Commission.
As a first step, it has to determine whether a company has received State aid, which is the case if the support meets the following criteria: there has been an intervention by the State or through State resources which can take a variety of forms (e.g. grants, interest and tax reliefs, guarantees, government holdings of all or part of a company, or the provision of goods and services on preferential terms, etc.); the intervention confers an advantage to the recipient on a selective basis, for example to specific companies or sectors of the industry, or to companies located in specific regions; competition has been or may be distorted; the intervention is likely to affect trade between Member States. By contrast, general measures are not regarded as State aid because they are not selective and apply to all companies regardless of their size, location or sector. Examples include general taxation measures or employment legislation.
This seems very much a rubber paragraph, which can be used whenever someone has an axe to grind, and to be ignored when it fits the interests of the Commission. Peak oil is not an energy crisis. It is a liquid fuel crisis.
And Commissioner Almunia and his staff are going to be controling the process... If you are not convinced, try it on someone who has not been entirely debauched by economics. — Piero Sraffa
Ok, this is what the rules say:
By contrast, general measures are not regarded as State aid because they are not selective and apply to all companies regardless of their size, location or sector
So... offer all companies, no matter what size or sector or owner, the option of taking part in a massively diluting rigths issue, where the government injects, say 10 % of current equity in the company, and in return gets new shares equal to 1000% of the current number of shares. This would be equal and open to all, but no company would ever except the "offer", except one that is already 100% state-owned.
In this way you could issue sovereign bonds and transfer the cash into state-owned power companies while avoiding the illegal state aid rules. Peak oil is not an energy crisis. It is a liquid fuel crisis.
Fiat money allows such nonsense to be inflated away (which is why inflation-indexed debt is as systemically risky as especie pegs). If you are not convinced, try it on someone who has not been entirely debauched by economics. — Piero Sraffa
.... actually it is even worse than that. Shock implies surprises, but energy production is predictably going to dee upheavals. - it is the one sector of the economy guaranteed to experience technological changes. I dont know how we will be producing electrons in 2032, nor what they will cost, and neither does anyone else. -
I can list half-a-dozen highly plausible optinons for future generation mixes and technologies off the top of my head - some of them are unavoidably moderately more expensive than unmitigated coal, and some of them are ridiculusly cheap. Either of which would completely wreck any currency based off the supply of power. Bad, bad, bad idea.
some of them are ridiculously cheap.
promises, promises...
just supposing we envision a future ever embroigled in the 'winner-takes-all' zero-sum game we call predatory capitalism, couldn't we make at least it fair?
ie no whining when the wheel turns against you and you bet loses to the house. if your currency breaks on the reefs of reality, then cut your losses and bet on another one.
or go home and bake cookies... "It's very hard to see what is kept invisible" Roseanne Barr
That applied to EDF but also to the Landesbanken, whose business model (borrow cheap and lend cheap to local companies) was broken by the EU to comply with the "competition" demands of the London-based (and US-owned) investment banks. So they had to borrow expensive, and turned to crazy stuff like MBS to earn the equivalent revenue, while their past clients went to the investment banks for loans (and get cut off at times of crisis...) Wind power
This seems very much a rubber paragraph, which can be used whenever someone has an axe to grind, and to be ignored when it fits the interests of the Commission.
Which, given the macroeconomic acumen of the current Commission, translates to "no significant public investment in anything useful."
This is a consensus report by an all-party committee. I won't comment the PC position, because I'm feeling charitable today. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
If you'd asked people ten years ago about their perception of windmills, there'd probably have been a majority for saying they were esthetically pleasing, a "green" symbol, reassuring because non-polluting or dangerous, etc. Now a lot of people will tell you they disfigure the countryside, are oppressive, make people ill, and are only there to make a pile of subsidy money for rich people. Some incumbent energy industry/ies has/ve been doing a PR job...
And lo and behold, Swedish forests are owned mostly by massive corporations (google SCA + Statkraft) and cooperatives, so it's easy for the power companies to make deals with them. Peak oil is not an energy crisis. It is a liquid fuel crisis.
In previous centuries, people had a more pragmatic approach to unsightly windmills. They knew they needed the energy. These days, we have our priorities wrong.
That's not to say that all potential wind sites should be used indiscriminately. Actual nuisance should be reduced. Seeing windmills on the skyline doesn't count as a nuisance. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
The right to define a nuisance lays with those who live next to it. Peak oil is not an energy crisis. It is a liquid fuel crisis.
Holiday plans affected by windfarms - Environment - Scotsman.com
A total of 80 per cent of people in the UK - and 83 per cent of Scots surveyed - said the presence of a wind farm would not affect their decision about where to stay when on a holiday or short break in Britain.When asked if wind farms spoiled the look of the countryside, 52.1 per cent of people in both Scotland and across the UK disagreed, with a further 29.3 per cent in the UK and 28.3 per cent of Scots saying they neither agreed nor disagreed.Only 18.7 per cent in the UK and 19.6 per cent of Scots said wind farms did spoil the look of the countryside.
A total of 80 per cent of people in the UK - and 83 per cent of Scots surveyed - said the presence of a wind farm would not affect their decision about where to stay when on a holiday or short break in Britain.
When asked if wind farms spoiled the look of the countryside, 52.1 per cent of people in both Scotland and across the UK disagreed, with a further 29.3 per cent in the UK and 28.3 per cent of Scots saying they neither agreed nor disagreed.
Only 18.7 per cent in the UK and 19.6 per cent of Scots said wind farms did spoil the look of the countryside.
The most in-depth poll I saw which focused specifically on local opinion, was also from Scotland nine years ago, and found that people closest to the wind farms are the most supportive:
Public Attitudes to Windfarms: A Survey of Local Residents in Scotland
People living close to windfarms (within 20 km) like the areas they live in, mentioning the peacefulness (28%), scenery (26%), rural isolation (23%) and friendly people (20%) as particular strengths. When asked to say what the shortcomings are, most commonly mentioned are a lack of amenities (20%), poor public transport (18%), and lack of jobs (8%). Just five people (0.3%) spontaneously mention windfarms as a negative aspect of their area.Three times the number of residents say that their local windfarm has had a broadly positive impact on the area (20%) than say that it has had a negative impact (7%). Most (73%) feel that it has had neither a positive nor negative impact, or expressed no opinion.People who lived in their homes before the site was developed say that, in advance of the windfarm development, they thought that problems might be caused by its impact on the landscape (27%), traffic during construction (19%) and noise during construction (15%). However, only 12% say the landscape has been spoiled, 6% say there were problems with additional traffic, and 4% say there was noise or disturbance from traffic during construction....People living closest to the windfarms tend to be most positive about them (44% of those living within 5km say the windfarm has had a positive impact, compared with 16% of those living 10-20km away). They are also most supportive of expansion of the sites (65% of those in the 5km zone support 50% expansion, compared with 53% of those in the 10-20km zone).Similarly, those who most frequently see the windfarms in their day-to-day lives tend to be most favourable towards them (33% of those who see the turbines all the time or frequently say the windfarms have had a positive impact on the area, while 18% of those who only see them occasionally say the same).
People living close to windfarms (within 20 km) like the areas they live in, mentioning the peacefulness (28%), scenery (26%), rural isolation (23%) and friendly people (20%) as particular strengths. When asked to say what the shortcomings are, most commonly mentioned are a lack of amenities (20%), poor public transport (18%), and lack of jobs (8%). Just five people (0.3%) spontaneously mention windfarms as a negative aspect of their area.
Three times the number of residents say that their local windfarm has had a broadly positive impact on the area (20%) than say that it has had a negative impact (7%). Most (73%) feel that it has had neither a positive nor negative impact, or expressed no opinion.
People who lived in their homes before the site was developed say that, in advance of the windfarm development, they thought that problems might be caused by its impact on the landscape (27%), traffic during construction (19%) and noise during construction (15%). However, only 12% say the landscape has been spoiled, 6% say there were problems with additional traffic, and 4% say there was noise or disturbance from traffic during construction.
...People living closest to the windfarms tend to be most positive about them (44% of those living within 5km say the windfarm has had a positive impact, compared with 16% of those living 10-20km away). They are also most supportive of expansion of the sites (65% of those in the 5km zone support 50% expansion, compared with 53% of those in the 10-20km zone).
Similarly, those who most frequently see the windfarms in their day-to-day lives tend to be most favourable towards them (33% of those who see the turbines all the time or frequently say the windfarms have had a positive impact on the area, while 18% of those who only see them occasionally say the same).
On the first question, I have been surprised by the number of people I've heard express fairly virulent anti-wind opinions. And the movement is wide enough to stop local projects not far from where I live.
I'm aware of no connection with the UK. This movement (as far as I can make out) is endogenous. It took off from the coastal areas.
Afaik farmers (as such) are not so much involved in the hill projects - landowners may be. They can lease and pick up rent. In some cases they can build their own projects (possibly after having bought land for the purpose). But there are also local-authority projects (one of which, locally, see above, is not going to see the light of day because of widespread opposition).
The more you go towards the Med coast, the more built projects there are, and the more virulent the opposition.
The Massif Central is more densely populated than Appalachia, also. Un roi sans divertissement est un homme plein de misères
This kind of issue doesn't even require a Republican farmer to vote for a Democrat ~ just turn out to vote against an anti-wind and for a pro-wind Republican delegate to the county Republican convention. I've been accused of being a Marxist, yet while Harpo's my favourite, it's Groucho I'm always quoting. Odd, that.
North Sea Caspian Sea Indonesia/New Guinea/Norhtern Australia New Zealand East China Sea Orhotsk Sea Bering Straits Falklands Hudson Bay If you are not convinced, try it on someone who has not been entirely debauched by economics. — Piero Sraffa
(No, not really.) A vote for PES is a vote for EPP! A vote for EPP is a vote for PES! Support the coalition, vote EPP-PES in 2009!
That seems to take most of your list off - leaving possibly New Zealand and (some of) the Great Lakes. The North East of the Us is probably the only other area which makes sense: otherwise Japan will make a lot of sense for floating technology, once it's made to work at a decent cost. Wind power
Which is why the parenthesised part of "a significant (and credit worthy) load center" brings the country of manufacture into play: in what currency is the credit being created? If its being created in Yuan Renminbi, then Shanghai is both a substantial and a quite credit worthy load.
But if the credit is drawn on an electrical utility, rather than on the Chinese government, the fact that China plays neo-mercentalist games with their currency raises reasonable suspicions about the multiple-decade credit worthiness of an enterprise that sells in Yuan Renminbi, if its loan is denominated in € or ¥ or US$. I've been accused of being a Marxist, yet while Harpo's my favourite, it's Groucho I'm always quoting. Odd, that.
The way that a nation avoids becoming exposed to an exchange rate meltdown a la many Southeast Asian nations in the Asian Financial Crisis is avoiding excessive debt denominated in foreign currency.
But if the credit is drawn on an electrical utility, rather than on the Chinese government, the fact that China plays neo-mercentalist games with their currency raises reasonable suspicions about the multiple-decade credit worthiness of an enterprise that sells in Yuan Renminbi, if its loan is denominated in or ¥ or US$.
It looks to me like political risk would be a lot more significant than vanilla currency risk over a 20-30 year period.
Substantial credit risks here are (1) the exchange rate risk and (2) the default risk of the actual borrower. From the perspective of US-based consortium raising funds in US$ capital markets, that default risk has to be seen as quite substantial. By contrast, for a Chinese-based consortium raising funds in China, converting what foreign exchange they require on a current rather than capital basis, the default risk seems likely to look much better compared to other investment opportunities in China. I've been accused of being a Marxist, yet while Harpo's my favourite, it's Groucho I'm always quoting. Odd, that.
Of course, loss of ability to maintain the peg is not always distinguishable from loss of willingness to maintain the peg. But it usually is, and I think it is useful to distinguish between the risk of a foreign government deciding to screw your investment over and the risk of a foreign government being unable to decide not to screw your investment over. The latter is a risk which can be forecast with some delicacy. The former is far closer to a Knightian uncertainty.
I find that it usually pays dividends to separate those two sorts of risk.
Even Russia is not able to sell gas to China given how cheap coal has been. Wind power
offshore wind, which currently benefits from tariffs in the 120-130 GBP/MWh range in the UK
That's ~160/MWh. Is the French Senate estimate of 220/MWh realistic? Are there reasons why UK offshore would be cheaper?
The UK now presumably has a certain amount of sunk-cost infrastructure for servicing the building of offshore farms, lowering the cost of additional farms. I guess. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
But yes, the wind resource is not as good off the French coasts as it is off the UL coasts. Wind power
The one tricky issue offshore is wake effect (i.e. the impact of one row of turbines on the production of the row "behind" them) as it can be quite significant (10-30% for individual rows) in some wind directions - both from the wind fair itself as from neighboring ones. Wind power
Do you use raw NOAA data or GFS + validation using other meteorological models? GFS afaik underestimates wind speeds, especially for higher speeds, so I would be curious to see how one corrects for that.
As far as wake losses are concerned, I suppose your regular 2.5/5 diameter rule does not apply... but why is that? Is it because wake effects do not move linearily with rated power? Rien n'est gratuit en ce bas monde. Tout s'expie, le bien comme le mal, se paie tot ou tard. Le bien c'est beaucoup plus cher, forcement. Celine
Spacing is determined by the energy-weighted wind rose. But it takes anywhere from 12 to >20 diameters before upwind turbulence has decayed and boundary layer mixing has replenished the energy taken out by the upwind row.
No project developer uses such spacing today, which puts extra load cycles on the downwind turbines in any direction.. There should be a happy medium, with well understood tradeoffs between energy capture and excessive load avoidance. But proper spacing greatly increases cable costs as well, so... it's often not under major consideration.
We'll have to wait for more operational data from the low rpm greater diameter WTs to see how great the problem is before there's a chance of establishing a rule of thumb. This can also be an underestimated problem between projects, when they are clustered with a narrow shipping lane between.
The science is obtained incrementally. "Life shrinks or expands in proportion to one's courage." - Anaïs Nin
You can visit FINO 1, 2, and 3 on the web, starting in english HERE. You can get live speed data and images. FINO 3 cost 12M which includes years of research and measurement projects. It measures to 105m, with a 15m lightning rod taking it to 120m.
There are less expensive versions primarily aimed and wind and wave measurement. The technology of floating stations is gradually gaining acceptance as well, or at least entering the market, usually LIDAR or SODAR based. Here's a test of one model:
I believe many of the larger projects will need to have a station, because there is no substitute for onsite data. This can help with power curve verification as well as wake analysis, so should prove cost effective, especially if shared. "Life shrinks or expands in proportion to one's courage." - Anaïs Nin
When such base stations are established, then short-term floating LIDAR and turbine sited measurements can be very well-correlated. "Life shrinks or expands in proportion to one's courage." - Anaïs Nin
If you wanted to ingrain the perception that "renewable energies = taxes and subsidies" even deeper in the French public, you couldn't have done any better. This is the not so subtle message that has been pushed by conventional wisdom and corporate media; many ordinary folks now believe that solar or wind are at best, a speculative bubble or even a scam to subsidize their hard won tax euros to politically connected lobbies.
Of course a large part of that perception is 180 degrees from the reality, but never mind, this is that very perception that's going to shape the upcoming political debates in the near future (just like: we must reduce state spending to reduce state debt level).
Many people's reaction to these news are along the lines: forget about solar and wind mills (un-serious), what we need is more nuclear power plants (serious). Europeans think a hundred miles is a long way. Americans think a hundred years is a long time.
Having consulted the report itself, it mentions the projected price of electricity from new build (EPR reactors) at 70 to 90 euros/MwH.
(It also mentions in passing, that the price guarantee demanded in the UK by EDF, of the order of 90 to 110, is higher because of the merit order effect, i.e. they are afraid that demand for nuclear electricity would be uneven because of renewables!)
(I note that you cite the error made by most of the press, equating a 50% increase in prices with a doubling, i.e. 100% increase... innumerate journalists...)
The courageous answer for EELV, I suppose, is to do like the PC... deny reality because it's inconvenient. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
No, denying reality is neither courageous neither good strategy, unless you're a rabid right-winger of course. But for those of us who favor fact & reality based policy, the reality is not always "inconvenient": haven't we read right here that wind "makes power too cheap" and that, all things considered, nuclear energy is not so cheap, to the point where investors start backing off?
Those are certainly worthy points to bring into the debate, especially for EELV. Instead, the perception that's likely to remain for the overall French public is that wind and solar are costly and "un-serious" "gadgets" for tree-huggers. Not a smart move, I'd think... Europeans think a hundred miles is a long way. Americans think a hundred years is a long time.
U.K. Seen Doubling Power Price To Guarantee New Reactor: Energy The future of the U.K.'s nuclear industry will be decided on one number: the price the government's willing to guarantee Electricite de France SA will get for generating atomic power. EDF and government officials will negotiate the so-called strike price for new nuclear power plants by the end of the year. To ensure the Paris-based utility makes a final decision on a new reactor in southwest England, the U.K. must set a price between 95 pounds ($148) and 105 pounds a megawatt-hour in 2020, double the level power trades at today, according to Bloomberg New Energy Finance. (...) When negotiating with the department of energy, EDF will argue that costs of nuclear have increased significantly given delays at reactor construction sites in France and Finland, as well as post-Fukushima safety precautions, according to Bloomberg New Energy Finance analyst Brian Potskowski. Increased Capital Costs Based on increased capital costs and a rate of return of 10 percent to 11 percent, the company will need a guaranteed power price of 95 to 105 pounds, he said. The upper limit on this strike price is 130 pounds, which is the compensation level for offshore wind, he added. "If the U.K. government really wants new nuclear built, there aren't any other options on the table other than EDF and Centrica," Daniel Grosvenor, head of Deloitte LLP's nuclear team in London, said in a telephone interview. "All the utilities are going to look at this as a robust investment decision. No one is going to take a punt."
The future of the U.K.'s nuclear industry will be decided on one number: the price the government's willing to guarantee Electricite de France SA will get for generating atomic power.
EDF and government officials will negotiate the so-called strike price for new nuclear power plants by the end of the year. To ensure the Paris-based utility makes a final decision on a new reactor in southwest England, the U.K. must set a price between 95 pounds ($148) and 105 pounds a megawatt-hour in 2020, double the level power trades at today, according to Bloomberg New Energy Finance.
(...)
When negotiating with the department of energy, EDF will argue that costs of nuclear have increased significantly given delays at reactor construction sites in France and Finland, as well as post-Fukushima safety precautions, according to Bloomberg New Energy Finance analyst Brian Potskowski.
Increased Capital Costs
Based on increased capital costs and a rate of return of 10 percent to 11 percent, the company will need a guaranteed power price of 95 to 105 pounds, he said. The upper limit on this strike price is 130 pounds, which is the compensation level for offshore wind, he added.
"If the U.K. government really wants new nuclear built, there aren't any other options on the table other than EDF and Centrica," Daniel Grosvenor, head of Deloitte LLP's nuclear team in London, said in a telephone interview. "All the utilities are going to look at this as a robust investment decision. No one is going to take a punt."
"robust" is one of these new corporate buzzwords... Wind power
Markets yay, planning boo!!!11 Peak oil is not an energy crisis. It is a liquid fuel crisis.
Some demand adjustments are inexpensive such as scheduling. Others are more expensive, such as the distribution network. Others are really expensive but accounted for differently, such as household battery storage. If you have x% penetration by wind compared to y%, these costs change.
It doesn't seem right to hold the demand side of the equation constant while trying to optimize the supply side...
Europe's offshore wind capacity soared by 50% in the first half of 2012, compared to a year before, figures from the European Wind Energy Association (EWEA) show. The association's `key trends and statistics' report says that 132 new offshore wind turbines, providing 523 megawatts (MW) of power were fully connected to the grid in the first six months of 2012, compared to 348.1 MW in the same period in 2011. The figures for wind turbine builds were even more impressive with 103 erected in five wind farms since January - a 95% increase on the equivalent period in 2011. The average size of wind turbines grew to 4MW, up 14% on last year, and 30% more turbines were connected to the grid. Christian Kjaer, chief executive of EWEA, hailed the news as a triumph in the face of economic adversity. "Offshore wind power is increasingly attracting investors, including pension funds and other institutional and corporate investors," Kjaer said in a statement. "But it would be good to see more activity in southern Europe where jobs, investments and growth are desperately needed."
Europe's offshore wind capacity soared by 50% in the first half of 2012, compared to a year before, figures from the European Wind Energy Association (EWEA) show.
The association's `key trends and statistics' report says that 132 new offshore wind turbines, providing 523 megawatts (MW) of power were fully connected to the grid in the first six months of 2012, compared to 348.1 MW in the same period in 2011.
The figures for wind turbine builds were even more impressive with 103 erected in five wind farms since January - a 95% increase on the equivalent period in 2011.
The average size of wind turbines grew to 4MW, up 14% on last year, and 30% more turbines were connected to the grid.
Christian Kjaer, chief executive of EWEA, hailed the news as a triumph in the face of economic adversity.
"Offshore wind power is increasingly attracting investors, including pension funds and other institutional and corporate investors," Kjaer said in a statement. "But it would be good to see more activity in southern Europe where jobs, investments and growth are desperately needed."
Deepwater: High Temps Enable Offshore Wind To Produce Massive Amount Of Electricity Deepwater Wind says its proposed Deepwater Wind Energy Center (DWEC) could reach maximum output on the hottest days of summer in the Northeast - coinciding with the time of highest demand. (...) According to data from AWS Truepower, had the DWEC - a 900 MW offshore wind farm planned 30 miles east of Montauk and 20 miles south of the Massachusetts and Rhode Island mainland - been operating, the project would have reached its maximum output during the afternoons of both June 20 and June 21, when the heat wave was at its peak. While the wind farm is projected to produce at an average of approximately 45% capacity over the course of a full year, Deepwater says its output could have been in the range of 65% to 90% capacity during most of the hottest hours of the heat wave. "One of the great benefits of offshore wind power is that its output surges during those hot afternoons in the dog days of summer," says Bill Moore, CEO at Deepwater Wind, who attributes the power surge to the so-called "sea breeze" effect. "When temperatures rise onshore and heat the air, that hot air rises," Moore explains. "The resulting drop in air pressure onshore causes cooler air from the ocean to accelerate toward the coast. Those cooler ocean breezes also produce steady wind that powers our offshore wind turbines."
Deepwater Wind says its proposed Deepwater Wind Energy Center (DWEC) could reach maximum output on the hottest days of summer in the Northeast - coinciding with the time of highest demand.
According to data from AWS Truepower, had the DWEC - a 900 MW offshore wind farm planned 30 miles east of Montauk and 20 miles south of the Massachusetts and Rhode Island mainland - been operating, the project would have reached its maximum output during the afternoons of both June 20 and June 21, when the heat wave was at its peak.
While the wind farm is projected to produce at an average of approximately 45% capacity over the course of a full year, Deepwater says its output could have been in the range of 65% to 90% capacity during most of the hottest hours of the heat wave.
"One of the great benefits of offshore wind power is that its output surges during those hot afternoons in the dog days of summer," says Bill Moore, CEO at Deepwater Wind, who attributes the power surge to the so-called "sea breeze" effect.
"When temperatures rise onshore and heat the air, that hot air rises," Moore explains. "The resulting drop in air pressure onshore causes cooler air from the ocean to accelerate toward the coast. Those cooler ocean breezes also produce steady wind that powers our offshore wind turbines."
Sometime ago I made a back of the envelope calculation on offshore wind costs and got a figure well below 120-130 GBP/MWh. This was based on info you posted on one of the north sea projects, which I can't find at this time :). In any case, this figure is a feed-in tariff, do you have an idea of the real cost? Or maybe how long it thanks for a project to reach break-even with such tariff? Vencit omnia veritas.
Offshore, return expectations are a bit higher (but not that much) and debt is a bit more expensive so you get a average cost of capital at 8-9% rather than 6-7% for onshore.
Tariffs typically last 15 years but can be less. Wind power
But that was in the good old days when the country could - and knew how to - do industrial policy, and could fund nuclear power plants using sovereign discount rates (5-8% over 30-40 years) rather than private investor discount rates (10-15% over 15-20 years).
Welcome to the wonderful world of not having a sovereign currency. This will ultimately be the Achilles's heel of the EU: sovereigns without sovereign currencies, and a sovereign currency without a sovereign.
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