The Australian Heartland

A while ago, the Chicago-based Heartland Institute, a conservative/libertarian/denialist thinktank, got into a lot of trouble by putting up billboards with pictures of people like the Unabomber who, Heartland claimed, were climate change believers. A lot of corporate sponsorships got pulled, and Heartland’s insurance research group broke away en masse to form a new, non-denialist group, the R Street Institute.

The Institute of Public Affairs is Australia’s Heartland. Not only does it share the same positions (anti-science on tobacco, climate change and the environment, pro-corporate hackery and so on) there are close organizational ties. The IPA promotes Heartland events like its annual climate change denial conference (a bit more on this over the fold), and IPA Fellows such as Bob Carter have joint affiliations with Heartland.

And, lately, the IPA has run into its own version of the billboard scandal. Not long ago, IPA fellow Aaron Lane (former president of the Victorian young Libs) whose IPA output consisted mostly of low-grade attacks on unions and workers, was a Liberal party candidate in the Victorian state election. Lane was dumped, and lost his IPA gig, when he was found to have posted a string of homophobic and sexist tweets. A much bigger blow was the sacking of longtime Director of the IPA Deregulation Unit Alan Moran, over a string of tweets, of which the most damaging was one saying “Is there ever anything but evil coming from Islam”.

Quite a few interesting points arise here.
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These are our leaders?

The website of the Group of Eight long-established universities has a section devoted to “Leaders Statements” supporting the Abbott government’s university reform[1] program. It’s a pretty depressing read. Not only are our leaders going in a direction that almost no-one in the sector wants to follow, but the quality of their arguments is depressingly mediocre. It’s a sad reflection on the university sector if this group is the best we can come up with to lead us.

First, there’s executive director Michael Gallagher (a longtime education bureaucrat rather than a former academic). His boilerplate advocacy of microeconomic reform reads as if he hasn’t had a new idea in 20 years. Most notably, he’s still beating the drum for the discredited for-profit model of the University of Phoenix. After giving the most glancing acknowledgement of the scandals that have exposed Phoenix as a machine for ripping off federal grants, he says

The important policy point is not about individual providers but about the directions of change that pioneering providers indicate for the future through their successes and failures. The thing about the US enterprise culture, unlike Australia’s, is a willingness to accept learning from failure as a step to success.

I thought we’d got over this “succeeding by failing” stuff back at the time of the dotcom bubble.

Then we have Warren Bebbington of the University of Adelaide who asserts

in a competitive environment, some fees will go up and some down. Students will have a range of choice they have never had before

Seriously? If Bebbington really believes this, I have a perpetual motion machine to sell him. His Go8 colleague, Ian Young was much more honest when he said that the Go8 institutions will not only raise fees across the board but will use the resulting financial freedom to cut intakes and offer smaller classes. That is, students will face both higher prices and less choice.

But the prize for embarrassment must surely go to the University of Western Australia whose Vice-Chancellor, Paul Johnson, asserts

“Government does not decide what businesses can charge for a loaf of bread, a litre of milk or any other product or service. Why should universities be any different?”

Apparently Professor Johnson has never heard of the Economic Regulatory Authority of Western Australia which, like its counterparts at state and federal level regulates the prices of a wide range of products and services, for a wide range of very good reasons. This is a level of argument which would be lame even for a random rightwing blogger.

Unfortunately, there is nothing new in this. Back in the 1990s, Alan Gilbert of Melbourne was pushing the Phoenix model and asserting that traditional academics were “handloom weavers” doomed to extinction. Among his many achievements was the $50-100 million or so wasted on U21Global, Melbourne University Private and similar initiatives. Before his unfortunate brush with plagiarism, David Robinson touted Monash as “the world’s first global university”, launching a series of overseas campuses that rapidly turned into money pits. At CQU, Lauchlan Chipman pioneered the use of universities as devices to rort Australia’s immigration system, with expensive central city campuses devoted entirely to overseas students majoring in Permanent Residency, while the domestic students in Rockhampton got nothing. The same advisors who pushed these disasters, along with likeminded successors, are driving education policy today.

fn1. I’ve given up using scare quotes around “reform”. Reform is just change of form, and there’s no reason to expect it will be beneficial.

Fossil fuel review committee report: change rules to benefit fossil fuels

That’s the unsurprising outcome of the Abbott government’s review of the Renewable Energy Target, undertaken by climate denialists associated with the fossil fuel industry. It’s hard to see why they bothered with the formality of holding an inquiry.

It now looks possible that the Climate Change Authority, of which I’m a member, will survive long enough to conduct a further review. The Authority is answerable to the Parliament, not the government, which makes for interesting times when the two are directly opposed, as at present.

I can certainly see some ways in which the RET could be improved, but I won’t canvass them here so as not to commit myself in advance. I’ll observe however, that the Abbott government itself has removed the strongest argument against the RET, namely, that it duplicates the effect of a carbon price (there were valid counterarguments, which I’ve discussed elsewhere, but it was still an important issue)

The "Other Operation" (crossposted at Crooked Timber)

Like others, I’m mystified by the “ice bucket challenge” in which, as I understand it, people agree to have a bucket of ice water dumped over their heads, rather than giving money to charity. This is reminiscent of the famous Piranha Brothers’ “Other Operation”, in which they threatened not to beat their victims up if they did not pay them the so-called “protection money”.

Still, it seems as if there is some interest in variants on the standard fundraising challenge in which you pay money to charity to encourage friends, bloggers, C-list celebrities to do difficult, painful or humiliating things. It’s struck me that my upcoming participation in the Sunshine Coast 70.3 Triathlon provides a nice twist on the ice bucket challenge.
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Republicans see Ebola, think DDT (crosspost from Crooked Timber)

I wrote not long ago about the zombie idea that the US ban on agricultural use of DDT, enacted in 1972, somehow caused millions of people elsewhere in the world (where DDT remains available for anti-malaria programs) to die of malaria. A thorough refutation is now available to anyone who cares to look at Wikipedia, but the notion remains lurking in the Republican hindbrain.

So, with the recent outbreak of Ebola fever (transmitted between humans by direct contact and bodily fluids), the free-association process that passes for thought in Republican circles went straight from “sick people in Africa” to “DDT”. Ron Paul was onto the case early, with stupid remarks that were distilled into even purer stupidity in a press release put out by his organization. Next up, Diana Furchgott-Roth, of the Manhattan Institute.
And here’s the American Council on Smoking and Health.
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How can we convince rightwingers to accept climate science …

… persuade them to stop being rightwingers[1]

I have a piece in Inside Story arguing that the various efforts to “frame” the evidence on climate change, and the policy implications, in a way that will appeal to those on the political right are all doomed. Whether or not it was historically inevitable, anti-science denialism is now a core component of rightwing tribal identity in both Australia and the US. The only hope for sustained progress on climate policy is a combination of demography and defection that will create a pro-science majority.

With my characteristic optimism, I extract a bright side from all of this. This has three components
(a) The intellectual collapse of the right has already proved politically costly, and these costs will increase over time
(b) The cost of climate stabilization has turned out to be so low that even a delay of 5-10 years won’t render it unmanageable.
(c) The benefits in terms of the possibility of implementing progressive policies such as redistribution away from the 1 per cent will more than offset the extra costs of the delay in dealing with climate change.

I expect lots of commenters here will disagree with one or more of these, so feel free to have your say. Please avoid personal attacks (or me or each other), suggestions that only a stupid person would advance the position you want to criticise and so on.

fn1. Or, in the case of young people, not to start.

Energy storage getting real

Now that renewable energy sources like solar and PV are cheaper than new coal-fired power stations in most jurisdictions (anywhere with either favorable conditions or a reasonable carbon price), the big remaining question is that of supply variability/intermittency. As I’ve argued before, this problem is greatly overstated by critics of renewables who assume that the constant 24/7 supply characteristic of coal is the ideal. In fact, this constant supply produces a mismatch with variable demand and current pricing structures are set up to deal with this. A system dominated by renewables would have different kinds of mismatch and require different pricing structures.

That said, for a system dominated by solar PV, meeting demand in the late afternoon and evening will clearly depend on a capacity to store energy in some form or another. There are lots of options, but it makes sense to look first at relatively mature technologies like lithium and lead-acid batteries. Renewable News is reporting a project in Vermont, which integrates solar PV and storage.

The 2.5-MW Stafford Hill solar project is being developed in conjunction with Dynapower and GroSolar and includes 4 MW of battery storage, both lithium ion and lead acid, to integrate the solar generation into the local grid, and to provide resilient power in case of a grid outage.

The project cost is stated at $10 million, or $4m/Mw of generation capacity.

Assuming this number is correct, let’s make some simplifying assumptions to get a rough idea of the cost of electricity and the workability of storage. If we cost capital and depreciation at 10 per cent, assume 1600 hours of full output per year and, ignoring operating costs, the cost of electricity is 25c/KwH. There would presumably be some distribution costs, given the need to connect to the grid. Still, given that Vermont consumers are currently paying 18c/Kwh, this doesn’t look too bad. A carbon tax at $75/tonne would make up the difference.

How would the storage work? I’m starting from scratch here, so I’ll be interested in suggestions and corrections. I assume that the storage is ample to deal with short-term (minute to minute or hour to hour) fluctuations, which are more of a problem for wind.

How about on a daily basis? It seems to me that the critical thing to look at is the point in the afternoon/evening at which consumption exceeds generation (As I mentioned, prices matter a lot here). This is the point at which we would like the batteries to be fully charged. The output assumption suggests an average of about 12 MWh generated per day. If we simplify by assuming that the cutoff time is 6pm and that output drops to zero after that, the system requires that 8MWh be used during the day and 4MWh at night. That wouldn’t match current demand patterns, but if you added in some grid connected power (say, from wind, which tends to blow more at night) and shifted the pricing peak to match the demand peak, it would probably be feasible.

As regards seasonal variability, this would be a problem in Vermont, where (I assume) the seasonal demand peak is in winter. But in places like Queensland, with a strong summer peak, a system with lots of solar power should do a good job in this respect.

What remains is the possibility of a long run of cloudy days, during which solar panels produce 50 per cent or less of their rated output. Dealing with such periods will require a combination of pricing (such periods can be predicted in advance, so it’s just a matter of passing the price signals on to consumers), load-shedding for industrial customers and dispatchable reserve sources (hydro being the most appealing candidate, given that potential energy can be stored for long periods, and turned on and off as needed).

To sum up, we aren’t quite at the point where PV+storage is a complete solution, but we’re not far off.