Energy efficiency, electricity, power plants

Suppose I paid you for every pound of pollution you generated and punished you for every pound you reduced. You would probably spend most of your time trying to figure out how to generate more pollution. And suppose that if you generated enough pollution, I had to pay you to build a new plant, no matter what the cost, and no matter how much cheaper it might be to not pollute in the first place.

Well, that’s pretty much how we have run the U.S. electric grid for nearly a century. The more electricity a utility sells, the more money it makes. If it’s able to boost electricity demand enough, the utility is allowed to build a new power plant with a guaranteed profit. The only way a typical utility can lose money is if demand drops. So the last thing most utilities want to do is seriously push strategies that save energy, strategies that do not pollute in the first place.

Energy efficiency, electricity, power plants | Salon News

There are some things you wish you could have written, and the first paragraph is one of those. Romm nails it. Clearly, the most efficient MW of electricity is the one that was never used. But unless utilities are paid to conserve, not paid to produce, they will always build, build build.

Excellent summary of arguments he makes all the time over at the gristmill. Now to find out what BC does. Canada is one of the worst in terms of energy use per capita. Some of it can be linked to the cold climate, but Germany is plenty cold too, and uses a third less per person.

This article compares BC and California and finds BCHydro lacking in its incentives to save. The key is “decoupling”

Significantly, California adopted regulations so that utility company profits are not tied to how much electricity they sell. This is called “decoupling.”

BC’s per capita energy consumption is 0.26, well below the Canadian average and on the decline as Canada as a whole is getting worse. But more can be done.

The key value judgment to be made here is that reducing energy use benefits all of us. The system should be set up in such a way that it benefits the utility as well. This way, they’re on the same side.

Also, while a carbon tax is all well and good, it is not sufficient. Energy efficiency requires investment up front and people would rather pay 50 bucks a year in carbon tax than pay 300 bucks up front to insulate their homes better and save a 100 bucks a year in energy costs. Rebates only work if you have money up front. Giving people a $100 check is nice, but only if they spend it on improving energy efficiency. But, it’sjust money and we all know that money gets spent (beer, beer beer!) Subsidies work better as they reduce the cost of things. I would rather buy 10 compact fluorescent lamps for a buck each with the government chipping in the extra 10 bucks than get it back at the end of the year as a rebate, or pay 20c extra per incandescent lamp as a carbon tax.

All rambling aside, a really good article on the value of energy efficiency.

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    Hidden in the beginning of an article on a county heavily dependent on coal contemplating a switch to natural gas heating…

    “Heritage should account for something,” said James J. Rhoades, a Republican state senator from Schuylkill County.

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    Of course, this argument can be made to defend any practice including child marriage, the caste system, widow burning, slavery, genocide (the list goes on…). Coal is in august company.

    Some of the issues with anthracite:

    But what makes this brittle and lustrous rock, often known as black diamond, so hard and pure is that it is often deeper and under greater pressure than other forms of coal, which also explains why it is expensive and dangerous to extract.

    The anthracite mines in this area have seen more than 30,000 deaths since 1870.

    The argument about local jobs being lost and local economies being damaged is a valid one and needs to be addressed. In theory, destructive practices cannot be continued in order to prop up local economies. But decisions are made locally and it takes a lot of political courage to shutdown a destructive economy and possibly doom a town to fast death. I guess the solution is to provide alternative modes of economy and employment growth during the transition, easier said than done. Problem with being a one horse town, you better hope your horse stays forever young!

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    Numbers, policy and advocacy

    I got into a twitter discussion with Andrew Leach, who writes thoughtfully about energy policy and economics at his blog and occasionally for the globe and mail. The topic of discussion was a number put up by Bill McKibben of 350.org stating the following:

    By some calculations, the tar sands contain the equivalent of about 200 parts per million CO2

    Now this was a throwaway line in an article warning us that the Obama administration was not doing anything to stop runaway carbon emissions from coal and petroleum. But Prof. Leach made the point that this was a bit dishonest because at the current (and future) rate of oil extraction, it would take over 1500 years, and was  ridiculous. But let’s look at the calculation itself. 200 ppm seems like an outrageously large number. After all, the current concentration of CO2 in the atmosphere is 393 ppm. Is Bill McKibben actually saying that the taroilsands (I can’t pick on tar vs. oil, and I will campaign for taroil) can contribute half of what’s currently in the atmosphere? That can’t possibly be true. I mean, it is a huge project and all, but still, only 6.5% of Canada’s emissions in 2009.

    But, if you follow the mathematics:

    1. 1.75 trillion barrels of bitumen in place , as opposed to the 10% of that deemed recoverable in 2006 assuming 2006 prices and current technology.
    2. One Barrel is approximately 0.5-0.7 metric tons CO2 if you take into account both the production and the combustion. Note that there is a lot of uncertainty in this estimate because most of the data come from the Canadian and Albertan governments, and from the producers themselves, very interested parties. Let’s use the 0.7 for an upper end.
    3. 2.13 GT Carbon emitted adds 1 ppm of CO2 to the atmosphere.

    This gets us to approximately about 160 ppm. Note that the 0.7 MT of CO2 uses a number for land use that takes into account the current devastation of the boreal forest and peat bog. If all the oil needs to get out of the taroil sands, the land use number would explode and likely account for the remaining 40 ppm. Anyway, a rough calculation puts the 200 ppm number in context.

    But it is an unrealistic number, because taroilsands extraction is very energy and water intensive, time consuming, and promises to remain that way. Barring some magic technology that makes cheap energy possible, in which case, we’d just use that and avoid all the mess, we won’t ever get to that number.

    To summarize, 200 ppm is a reasonably accurate mathematical calculation that is wildly out of context. Sounds familiar?

    The larger point is that advocates of all stripes, politicians, lobbyists, chambers of commerce, industry interest groups, corporations, and organizations pushing against them use numbers to make things sound scary and big. People who rail against government spending routinely talk about Canada’s deficit being in the billions of dollars, but when we look at it as a deficit/GDP ratio, the numbers are under control, and there’s no need to panic. In advocacy, it’s great to find a number that makes a fantastic point, somehow to bring a message home. I am sure you remember this one in the wake of the BP oil mega spill. Businesses do this all the time as well, with much greater success. I’m sure you’ve heard this trope about small businesses being the engine of job creation based on just the gross number of jobs they create. Yes, but they’re also the engine of job destruction because they go under a lot, but we don’t see that often.

    As someone who has all their training as a scientist, and who does not like numeric misleading, being an activist/advocate is tricky. You work with people who are (rightly in many instances) trying to fight bad policy, and bad outcomes. The taroilsands are terrible, especially given that we’re cooking the planet and we’re deliberately spending billions of dollars investing in them. Regardless of whether they’re going to be responsible for 20 ppm, or 200 ppm, the trajectory of investing in an especially inefficient fossil fuel extraction when we should be phasing out all fossil fuel use is the big egregious wrong here. You are also trying to influence a public that finds it very hard to put numbers in context. No one will ever see a billion dollars, there’s no perceived difference between a million barrels and a trillion barrels, it’s all big numbers! So, the temptation is to use big numbers to scare people. I can understand how that happens, but I can’t bring myself to necessarily be okay with it. I will tolerate it, I guess, because the corporations, governments who produce the raw data underlying these numbers know what they mean, but distort them continuously to serve their agenda, and the media, some of whom are number literate abet this misleading. So some push back is necessary, but I will roll my eyes when it happens.

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    Duke Energy and Cliffside

    NC Warn produces a good cheatsheet on Duke Energy‘s deceptions about the Cliffside coal fired power plant.

    For more than a year, Duke Energy has tried to sell the idea that building a large coal-fired power plant near Charlotte would somehow be “good for the environment.” Following the January 29th state approval for construction to begin, the deception increased. By masking the new unit’s pollution behind upgrades already required by state law at an existing Cliffside furnace – and the retirement of four very small units that sit idle most of the time – Duke has misled the public, media and elected leaders into thinking that building a new unit will reduce a range of harmful emissions.

    GreenscamAlert-AMythFactHandout

    To summarize, CO2 emissions are set to increase significantly (factor of 12) if this plant is approved. So, in my book, this is a loser project that does not deserve even consideration. The facts are simple. This country is less than two years away from putting a price on carbon through some kind of carbon cap-trade scheme. All three major candidates for president support some kind of scheme, though McCain does not seem to know if the legislation he supports has an emissions cap or not (typical of him, he does not have any policy expertise or attention to detail whatsoever). So, the ground rules on what constitutes a cost effective option and what represents a major money making boondoggle are going to change very soon. Our state officials, thanks to the miracle of the internets, have all the knowledge to make a decision based on a reality that is coming soon. So, their reluctance to consider CO2 is puzzlingly short sighted. Duke Energy has some vague promises to sequester the carbon. But the fact of the matter is that the technology does not exist, and there’s no guarantee that it will exist any time soon in any cost effective fashion.

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