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Power hungry

by Jerome a Paris Thu Nov 23rd, 2006 at 04:18:45 AM EST

Via Logica, a UK consultancy, a "scaremongering" report (which the guys at the Oil Drum find serious and will comment upon in the near future):


The UK energy gap is much larger and closer than currently being reported, according to a new white paper issued by LogicaCMG (...).  Within ten years the gap could cost UK businesses over £108 billion a year.

The Energy Review indicated that by 2025 energy demand in the UK may exceed the available supply by 30 per cent, but research by LogicaCMG suggests that a decade earlier the energy gap could already be 23 per cent at peak times.  This shows that the gap is widening far quicker than anticipated, and will have a significant impact on UK business and households.  The widening of the energy gap is a major issue as potential solutions like nuclear power simply can't be built in time to close it.

Promoted with minor edit from the diaries -- afew



Based on the research LogicaCMG has estimated that by 2015, the impact on GDP could be £108 billion, or £3,700 a year for every working adult in the country.  In just four years time, 2010, the gap could potentially be five per cent.  This could require energy intensive industries to shut down operations at peak usage periods with an immediate cost to businesses of £7.9 billion a year.

(...)

LogicaCMG has (...) found the average cost for each hour of a blackout is as follows:

  • £2 - Residential
  • £800 - Small Medium Enterprises (SMEs)
  • £8,500 - Large Industrial and Commercial

(...)

"The energy supply industry is under great pressure. While nuclear, which some people hope will plug the gap, may be a viable solution for the 2020 period it is not going to be ready in time for 2015 so a range of actions need to be taken.  We believe that the UK Government is taking the right steps to try and create open international markets in energy, but that planning laws around the storage of energy resources and the construction of new generation facilities will need to be changed as a matter of urgency. (...)

As I've commented many times, the solutions should be, in that order (i) energy conservation, (ii) renewable sources, (iii) nuclear, and (iv) gas or coal, but there will be tremendoud pressure to do the exact opposite. This report does exactly that, by focusing on coal and gas generation, occasionally mentioning energy efficiency, and totally ignoring renewables.

Which is my biggest worry: energy finally gets on the radar screen, but the solutions proposed and discussed are those that solve nothing and make things worse.

And in the meantime, we have to deal with this crap (from today's FT):


Workable way to protect electricity supply

The US and Europe have both received sharp warnings this autumn about the inadequacy of their electricity supply de­velopment. In October, the North Am­erican Electric Reliability Council (Nerc), designated overseer of the US and Canadian grids, announced that within two years, electricity supply margins would drop below minimum safe levels in much of the US. Nerc's report found: "The projected de­cline in margins reflects a short-term resource acquisition strategy that has been the norm for most of the past 10 years."

(...) It turns out that the US and Europe have been similarly neglectful and complacent about their inadequate policies on electricity.

(...)

In Europe, from 2000 to 2004, capital investment in electricity fell from about 18 per cent of utilities' sales to less than 10 per cent. While capital spending by utilities rose last year, to €33bn ($43.3bn), that is far below the level needed to maintain reliable service, estimated by the European Union at €1,000bn over the next 25 years.

Increasingly, European utilities have relied on cross-border transmission links to maintain reliable supplies, but transmission investment has not kept up with this increased dependence.

(...)

A market-based approach to electricity pricing and delivery requires an even more capable grid than the old command-economy model. Giving consumers a choice of electricity providers is a cruel joke if they cannot get access, directly or indirectly, to more distant generators.

(...)

However, the market-based pricing of energy charges to consumers can be used to induce more investment in generation. In the US and Europe, though, it will require changes in the regulatory framework for power pricing.

Surprisingly, it is California, famous for its dysfunctional power markets, that is probably furthest in coming up with a balance of market force and effective regulation. The Californian authorities are requiring "resource adequacy" plans from utilities that directly serve consumers, requiring the utilities to demonstrate that they can meet their load requirements for one year into the future, with the strong possibility that a four-year requirement will be put in place by the end of next year. It is up to the utility to come up with its own balance of self-generated and purchased power.

(...)

There are alternatives to the development of better market signals. Europe and the US could accept frequent blackouts and industrial and commercial users could instal myriad back-up generators. Or we could abandon the use of market signals for electricity investment. Then the grids could be overbuilt under a command-economic approach that would provide reliability, but cost consumers several hundred extra billions. Not the way to go.

While the idea proposed (to impose resource adequacy tests) is a step in the right direction, I fail to see how it would improve the grid (other than possibly locally), and I see it as an additional layer of regulation in what is already an astoundingly complex industry.

The fact is, each deregulation has unearthed unexpected consequences that have had unavoidable costs to the economy (not included in the electricity price, of course), and that have required new regulatory provisions. The argument that the "command economy" is more expensive is thus certainly not made, quite the contrary (as EDF's low prices in France demonstrate), while its reliability is acknowledged.

But that solution is unacceptable to our pundits, and thus we need to regulate again in order to save the principle of the market, despite repeated demonstrations of inefficiency in that sector.

An interesting item to note here is that the country which plays a fundamental role in stabilising the European electricity market and ensuring reliability of supply is Switzerland (see this presentation (pdf!) and more from the website of Dr Reichsteiner, a Member of the Swiss Parliament). How do we regulate the EU power market when it is so dependent technologically on a non-member country?

Add another layer of regulation?

We have overwhelming evidence that all power market liberalisations have led to underinvestment in all sectors, to brownouts or to outright fraud. The French example demonstrates, despite the fact that it supposedly overpays its workers, subsidizes heavily their communist unions and encourages wasteful overconsumption in France, that a centralised system, financed by the government, is more reliable, safer, and in the end cheaper than all alternatives.

But no, we have to save the markets, build more gas (hello Mr Putin) and coal (bye bye Bangladesh) plants and forget about demand.

Why don't we hear the French technocrats today to defend their model? Where are they?

Display:
Free markets don't actually work:
Flaws Seen in Markets for Utilities

[see especially the graphic included with the article]

Policies not Politics
---- Daily Landscape

by rdf (robert.feinman@gmail.com) on Wed Nov 22nd, 2006 at 01:40:28 PM EST
From that article:
Finally, the electricity market appears to be particularly balanced on a fine edge. The Chadbourne Park law firm, in a newsletter for investors in electricity generating stations, cautioned that tiny changes in generating capacity could make them rich or wipe them out. It concluded that having 2 percent more generating capacity than a market needed to meet demand would mean "very low electricity prices," while a 2 percent shortage of electricity would cause "significant price spikes," which means outsize profits for power plant owners.
If that's true, it's a massive disincentive for market players to get it right in an oligophy.
by Colman (colman at eurotrib.com) on Wed Nov 22nd, 2006 at 02:37:03 PM EST
[ Parent ]
"Economists have this faith in markets, this blind faith that markets are always a good thing," the professor said, "but the design of markets matters a great deal and the design must be verified to see if it really works as a free market."
D'oh!

Peak oil is not an energy crisis. It is a liquid fuel crisis.
by Starvid on Wed Nov 22nd, 2006 at 04:01:31 PM EST
[ Parent ]
One of the colleagues who played an important role in the early Scandinavian deregulation debate once informed me that regulation is based on dead ideas from (theoretical) welfare economics, but as far as I can tell, the driving force behind deregulation/reregulation is `dead presidents' - i.e. those gentlemen whose pictures are featured on US currency.
-Ferdinand Banks

Peak oil is not an energy crisis. It is a liquid fuel crisis.
by Starvid on Thu Nov 23rd, 2006 at 03:08:59 PM EST
[ Parent ]
Deregulating power markets is an excellent way to transfer value from electricity consumers to power plant owners.

So if your politicans are of the insane deregulation variety, you better buy some power plant stocks to hegde against the certain power price hikes, and fast.

For us in Scandinavia it is too late.

Peak oil is not an energy crisis. It is a liquid fuel crisis.

by Starvid on Wed Nov 22nd, 2006 at 02:44:32 PM EST
[ Parent ]
...so I can burn the stock certificates and monthly statements to have light and keep warm?

Our knowledge has surpassed our wisdom. -Charu Saxena.
by metavision on Sun Nov 26th, 2006 at 07:10:05 AM EST
[ Parent ]
No, but because as a shareholder you can profit from the misfortune of the public. If you'd like to feel moral and not like an exploiter, just buy enough shares so that the profits offset the money you lose from having to pay higher power bills.

Peak oil is not an energy crisis. It is a liquid fuel crisis.
by Starvid on Sun Nov 26th, 2006 at 12:59:34 PM EST
[ Parent ]
As I've commented many times, the solutions should be, in that order (i) energy conservation, (ii) renewable sources, (iii) nuclear, and (iv) gas or coal, but there will be tremendous pressure to do the exact opposite.

I'm starting to dislike the Prius as much as SUVs, because the message is "consume differently" rather than "consume less." Basically the definition of "green" in this country drives me nuts - it's just another consumer style, not a solution.

Which is my biggest worry: energy finally gets on the radar screen, but the solutions proposed and discussed are those that solve nothing and make things worse.

That is certainly what Bush did - remember his energy bill of a few years ago that gave subsidies to the oil industry and called for more oil refineries?

The only question now is how will the public and government respond when the inevitable happens in the UK, which looks like it will be the first victim of declining fossil fuel availability?

you are the media you consume.

by MillMan (millguy at gmail) on Wed Nov 22nd, 2006 at 01:55:41 PM EST
The energy supply industry is under great pressure. While nuclear, which some people hope will plug the gap, may be a viable solution for the 2020 period it is not going to be ready in time for 2015

Is it too much to demand that people look at the French nuclear power crash program? I mean, it was quite big. It should at least have registered on the radar screens of these people.

The energy crisis began in 1973. The program was started in 1974. At that time France lacked both the technical infastructure to enrich uranium on a massive scale or to do heavy boiler work (pressure vessel, steam generators etc).

Anyway, look and learn.

Peak oil is not an energy crisis. It is a liquid fuel crisis.

by Starvid on Wed Nov 22nd, 2006 at 02:41:42 PM EST
Here are some numbers I just put together. Someone enterprising can put it in a graph. :)

It might contain some minor errors:

Year Number of new reactors going critical
1973 [Energy crisis]
1974 [Crash program started]
1975
1976
1977 1 [Construction began before crash program]
1978 3 [Construction of one unit began before crash program]
1979 1
1980 8
1981 7
1982 2
1983 4
1984 8 [one unit exported]
1985 5 [one unit exported]
1986 5
1987 4
1988 3 [one unit exported]
1989 1 [one unit exported]
1990 3
1991 1
1992 1
1993 1
1994 2 [two units exported]
1995 0
1996 1
1997 2
1998 0
1999 1
2000 0
2001 0
2002 1 [one unit exported]
2003 1 [one unit exported]

Total: 57 (plus 8 exports not included)

OK, it only adds up to 57 so one reactor has been forgotten somewhere along the way. As time passed the reactors grew and the crash program

was changed to a steady pace. The first 34 plants were 900 MW, the second batch of 20 plants were 1300 MW and the last batch of 4 plants were

1450 MW.

Construction of one 1600 MW reactor is expected to start in late 2007.

Peak oil is not an energy crisis. It is a liquid fuel crisis.

by Starvid on Wed Nov 22nd, 2006 at 03:24:41 PM EST
[ Parent ]
Any reactors decommissioned in the same period?

Those whom the Gods wish to destroy They first make mad. -- Euripides
by Carrie (migeru at eurotrib dot com) on Wed Nov 22nd, 2006 at 03:48:11 PM EST
[ Parent ]
A few small gas reactors I believe.


Peak oil is not an energy crisis. It is a liquid fuel crisis.
by Starvid on Wed Nov 22nd, 2006 at 03:50:00 PM EST
[ Parent ]
Minor 60's reactor with low power and dual use (plutonium for the military), like Chinon.

The bandwagon of french PWR were due to decommission starting in 2010. They've received a GO for a life extension to 40 years (--> 2020) and EDF is now applying for a 50 years life extension (--> 2030). This has immediate impact on their accounts (they slow the amortization of existing reactors, and save less yearly for the decommissionning), so it's really made to make the bride look better. And it makes Areva's prospects less good on the other hand (if those reactors really last 50 years, EDF won't buy more than 1-2 EPR per decade over the next 30 years, and they could even make a full jump to the next big stuffs whatever they are). I think it's also a power struggle between french administrations.

Pierre

by Pierre on Thu Nov 23rd, 2006 at 08:22:38 AM EST
[ Parent ]
Interesting!

I have always wondered why the French worried about the lifetime of their reactors when everyone else is planning to run theirs for 60 years.

Peak oil is not an energy crisis. It is a liquid fuel crisis.

by Starvid on Thu Nov 23rd, 2006 at 08:33:17 AM EST
[ Parent ]
In a past job, ten people died because some bureaucrats had decided that pressure piping could be gamma-ray inspected only every 5 years instead of 4 planned at design, and that it could stretch to 6 in one instance that was due for heavy reworks anyway.

It doesn't seem obvious at all to me that a reactor should be running for 60 years. 30 years was conservative, and some vessel defects showed up in the first ten years. The 50 year extension involves some changes in "spares" that were not thought of a spares originally (some big foundry work on the vessel). I don't know if it will be granted. I don't know if it is smart (administration and intelligence being diferent things).

Pierre

by Pierre on Thu Nov 23rd, 2006 at 09:39:01 AM EST
[ Parent ]
Did the bureaucrats get charged with criminal negligence?

Those whom the Gods wish to destroy They first make mad. -- Euripides
by Carrie (migeru at eurotrib dot com) on Thu Nov 23rd, 2006 at 09:42:40 AM EST
[ Parent ]
Not that I remember. There was some reshuffling of responsibilities. Some where "invited" to leave.

Pierre
by Pierre on Thu Nov 23rd, 2006 at 10:17:13 AM EST
[ Parent ]
As an example of what can be done when a nation decides it is a priority look at these figures for WWII US aircraft production:

1939 - 2141
1940 - 6086
1941 - 19,433
1942 - 47,836
1943 - 85,898
1944 - 96,318

(full stats including other countries: http://en.wikipedia.org/wiki/WW2_aircraft_production )

I think it is entirely feasible that nuclear power plant production could be ramped up to the tens per year within a decade if this was deemed a priority.
 

Policies not Politics
---- Daily Landscape

by rdf (robert.feinman@gmail.com) on Wed Nov 22nd, 2006 at 03:46:46 PM EST
I'm an employee of LogicaCMG so I had clocked this on our intranet and was going to mention it here, but then client-related emergencies intervened and suddenly all my time disappeared.

There's an obvious 'cui bono' aspect to this of course, which is that LCMG's energy & utils division has been very active in IT solutions work to support energy trading systems - so being seen as a thought leader in this area is a sensible bit of strategic marketing for us. I have no idea how much that will condition the conclusions in the white paper, but it should be borne in mind.

Beyond the marketing and sales opportunity thinking we are starting to see some internal awareness of the need to reduce our energy needs and decarbonise the business however. E&U ran a pilot carbon reduction campaign within their division last year and they are now leading the charge on a UK-wide exercise which has just kicked off - currently it's focused on internal conservation measures at the margin, we'll see how serious it is once the easy, exhortative stuff about switching off the lights has been done and people start asking awkward questions about things like the commuting mileage LCMG racks up deploying teams of consultants from London to Cardiff for 12 month client engagements and the like.

I'll try and get back to this for more comment, but another emergency has just zapped the remainder of my lunchtime so I'm outahere...

Regards
Luke

-- #include witty_sig.h

by silburnl on Thu Nov 23rd, 2006 at 08:01:11 AM EST
"...the gap could cost UK businesses over £108 billion a year." =
will cost the CONSUMER L108 billion a year.

"... cost for each hour of a blackout..."
Those numbers seem absolutely absurd!: For residential, for example, the L2 for the first hour is less than my annoyance, but by the 5th hour, I am losing L100+ worth of food in my refrigerator, or may have hypothermia in winter.  Same applies to the small biz and industrial numbers, not counting productivity losses.


Our knowledge has surpassed our wisdom. -Charu Saxena.

by metavision on Sun Nov 26th, 2006 at 07:34:29 AM EST


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