Skip to main content

The British Present An Energy Plan

Ed-Miliband-visiting-the--002 Great Britain released last week its analogue of the Obama administration’s energy bill, called the UK Low Carbon Transition Plan. It’s goal is to cut carbon emissions 34% by 2020, using 1990 levels as a baseline. That’s more ambitious than the American plan, but starts from a different place economically and industrially. To put it another way, it’s easier for the Brits to contemplate such a steep decline in such a short time – and it still qualifies as very optimistic.

Here’s what the report say about nuclear energy:

The Government is streamlining he planning and regulatory approvals processes for new nuclear power stations. It is currently assessing sites where developers would like to bring new nuclear power stations into operation by 2025, and this assessment will be included in a draft National Policy Statement for nuclear power, which the Government will consult on later in 2009.

So it’s in the mix. How much in the mix? We think the balance of nuclear and renewables is problematic, but that’s what you’d expect from us.

Energy secretary Ed Miliband said that 30% of electricity would be produced from renewable sources − primarily wind energy, and a further 10% would be from nuclear power.

We’ll really be surprised if that nuclear percentage doesn’t edge upward. Here’s the jobs estimate:

The nuclear power industry would need 11,500 to 16,500 new people by 2015, while the renewables sector will need another 400,000, he [Engineering & Technology Board chief executive Paul Jackson] said. “In order to achieve these [targets] we will need more skilled engineers with the relevant skills and further investment in green technology.

There’s a lot more, of course, but we’ll direct you here to read the whole plan. As you’d expect, energy efficiency, clean coal, a new grid and better fuel efficiency all play a part. We’ll look at some of the reactions to this proposal later, particularly the balance between nuclear and renewable energy.

We’re not expert enough in British government to know how Parliament interacts here (the report itself says it was presented to Parliament), but we’ll see if we can’t sort out how that will go, at least roughly.

Here is the Telegraph’s James Delingpole on Energy and Climate Change minister Ed Milliband, pictured:

“There are, of course, many things to loathe about Ed Miliband: his wonky, slightly sinister face like a giant egg with a hedgehog on top; the way he says “sure” all the time; his Estuarial inability to pronounce his final consonants; the fact that there’s not just him but his ruddy brother too; the annoying missing “l” in his surname; but definitely the worst is the drivel this grinning eco loon is allowed to spout, largely unchallenged, on “climate change.”

Classless and snobby at the same time, a unique combination.

Comments

perdajz said…
Jobs, jobs, jobs...

Isn't this post stark evidence that renewables (whatever that means) are not competitive with nuclear power in the long run? To outproduce nuclear power 3:1 "renewables" would require 30 times as many workers. So per unit output, "renewables" require 10 x as many workers.
woofer said…
Has anyone done a good study of worker safety on renewable energy sites including necessary extra power transmission infrastructure?
perdajz said…
Hey woofer,

Paul Gipe is the only researcher I know who's done it right. He tallies up wind power accidents, fatalities in particular, and normalizes them on a per unit output scale.

It's bad news for wind power fans. A few years back, Gipe conceded that per unit energy, wind power is little better than coal mining, although wind power doesn't have the emissions problem. Still, that's pretty bad compared to nuclear power.

I haven't seen anything on extra transmission infrastructure. Wind power fans never count that as part of the wind power problem.

You might check out the European Commission's Externe study.
Aaron Rizzio said…
Specifically Paul Gipe found the "current mortality rate of wind energy of 0.15 deaths per TWh is roughly equivalent to that of mining, processing, and burning of coal to generate electricity according to some researchers."

@ 0.15 deaths per TWh we'd have ~250 annual coal miner and coal plant deaths per year in the US, which seems a bit high (unless one includes latent black lung disease) but certainly if averaged worldwide especially including China.

The NRC among others surely keep vary rigorous stats on nuke worker injuries for comparison, a 0.15 per TWh mortality rate would mean ~120 worker deaths per annum, so I'm guesstimating wind work is some two orders of magnitude more dangerous; apart from automobile accidents among commuting workers which are probably not included in such data.

Popular posts from this blog

Fluor Invests in NuScale

You know, it’s kind of sad that no one is willing to invest in nuclear energy anymore. Wait, what? NuScale Power celebrated the news of its company-saving $30 million investment from Fluor Corp. Thursday morning with a press conference in Washington, D.C. Fluor is a design, engineering and construction company involved with some 20 plants in the 70s and 80s, but it has not held interest in a nuclear energy company until now. Fluor, which has deep roots in the nuclear industry, is betting big on small-scale nuclear energy with its NuScale investment. "It's become a serious contender in the last decade or so," John Hopkins, [Fluor’s group president in charge of new ventures], said. And that brings us to NuScale, which had run into some dark days – maybe not as dark as, say, Solyndra, but dire enough : Earlier this year, the Securities Exchange Commission filed an action against NuScale's lead investor, The Michael Kenwood Group. The firm "misap

An Ohio School Board Is Working to Save Nuclear Plants

Ohio faces a decision soon about its two nuclear reactors, Davis-Besse and Perry, and on Wednesday, neighbors of one of those plants issued a cry for help. The reactors’ problem is that the price of electricity they sell on the high-voltage grid is depressed, mostly because of a surplus of natural gas. And the reactors do not get any revenue for the other benefits they provide. Some of those benefits are regional – emissions-free electricity, reliability with months of fuel on-site, and diversity in case of problems or price spikes with gas or coal, state and federal payroll taxes, and national economic stimulus as the plants buy fuel, supplies and services. Some of the benefits are highly localized, including employment and property taxes. One locality is already feeling the pinch: Oak Harbor on Lake Erie, home to Davis-Besse. The town has a middle school in a building that is 106 years old, and an elementary school from the 1950s, and on May 2 was scheduled to have a referendu

Wednesday Update

From NEI’s Japan micro-site: NRC, Industry Concur on Many Post-Fukushima Actions Industry/Regulatory/Political Issues • There is a “great deal of alignment” between the U.S. Nuclear Regulatory Commission and the industry on initial steps to take at America’s nuclear energy facilities in response to the nuclear accident in Japan, Charles Pardee, the chief operating officer of Exelon Generation Co., said at an agency briefing today. The briefing gave stakeholders an opportunity to discuss staff recommendations for near-term actions the agency may take at U.S. facilities. PowerPoint slides from the meeting are on the NRC website. • The International Atomic Energy Agency board has approved a plan that calls for inspectors to evaluate reactor safety at nuclear energy facilities every three years. Governments may opt out of having their country’s facilities inspected. Also approved were plans to maintain a rapid response team of experts ready to assist facility operators recoverin