A Climate convention.
Comic Con (short for convention) is a really big event now, which makes some sense in this era of communication. Text is a low impact medium - the sites adding audio and video, integrating with podcasts, have a huge advantage. As the comic and related genres (science fiction, fantasy and superhero) grew from print to screens of all sizes, the graphics and sound growth has simply piled success onto success. The term "simply" recognized almost all characters can be grouped into good or bad.
I'd prefer to be a hero, but realize the model needs villains too.
What I hope will be found in my little section of this Carbon Con is data-driven iconoclasm delivered through research, competent data handling, pointed if not visually appealing graphics, and full contact criticism of those blissfully unaware they deserve to be blisteringly opposed.
What many will find is villainy - I've been accused as anti-wind, anti-renewable, anti-conservation, pro-nuclear, disrespect and misogyny. I don't agree with that entire list, but I'm okay with being the villain if it makes for better heroes.
My concern with the profession of professing concern about carbon emissions begins, as most things do, with religion.
Once upon a time, in front of a roomful of engineering type people and speaking to something about the impact of greenhouse gas emissions on advocacy (for nuclear power), I invoked Pascal's wager. I wrongly assumed most people would know of the wager, but happily found many got a chuckle from my interpretation/explanation of it.
From Blaise Pascal's Pensées Section III: Of the Necessity of the Wager:
Let us weigh the gain and the loss in wagering that God is. Let us estimate these two chances. If you gain, you gain all; if you lose, you lose nothing. Wager, then, without hesitation that He is.The reason people chuckle is choosing faith contradicts what most perceive faith to be. In the modern culture this isn't a problem.
"act as if ye have faith and faith shall be given to you" -Leo McGarry to Josiah BartletWhether or not I represent Pascal's Wager properly, it remains rooted in my mind that people could choose to believe something for personal gain - and the modern wisdom of "fake it 'til you make it" invites participation in any fad where there is potential for enriching oneself.
Since I started writing the blog in 2010, it's become apparent that those in Canada professing faith in green things get a lot more than faith given to them.
Dianne Saxe was given the position of Environmental Commissioner of Ontario after a long career in Environmental Law following a long education. Her interest in "green energy" issues is apparent in blog posts from early 2009 until her term as ECO commenced on Dec. 1, 2015 - at which time Ontario's public broadcaster titled her ECO-CHAMPION.
leading Windshare while I was revealing what an operational disaster their Exhibition Place wind turbine was. That turbine was to be a community owned demonstration of wind power in populated areas. It was gifted a contract years after construction and, still under-performing, became publicly bailed out (by Toronto Hydro) at, as far as I know, never revealed cost.
The recently released report by the ECO this April is titled Making Connections: Straight Talk About Electricity in Ontario. I have been trying to talk straight on the same topic since 2010, so I felt compelled to look at the tale as written by an ECO-CHAMPION.
The least surprising, but most disappointing, aspect is the report does exactly what I pessimistically expected it to: it uses research only to support the bias held by the ECO - which is the worldview that got her the job. That said, it is a really well assembled, eye-catching document and, due to the ECO-CHAMPION's communication with conservation collaborators at the IESO, it does include some information that I've not seen anywhere else.
Reading through the ECO report's Summary section I found plenty of things annoying. In general I find facts abused to meet the narrative of dashing young intellectual Amory Lovins (ie. a perspective frozen in 1977). Most of the anti-nuclear and pro-renewable spin will either be noise to an audience, or my rebuttal will be, so for brevity's, and sanity's, sake I'll focus on 3 issues:
- ability of Ontario, and other jurisdictions to learn from each other
- value/priority of conservation
- capacity credit of variable renewable energy sources (vRES)
- profit/loss on export of electricity
The ECO states,
"Ontario can learn how from other jurisdictions who use much more wind and solar electricity than we do"Really? Like who?
Table 6.1 of the report lists these countries with a higher "share of annual electricity generation for 2016": Italy, United Kingdom, Germany, Spain, Ireland and Denmark." None of these have a lower emissions intensity than Ontario's grid - or even come very close. Two of these countries were models for Ontario's disastrous Feed-in Tariff program (which the ECO frivolously claims was "international best practice"). Somehow the ECO believes the way to address climate change is not to be found in Ontario - and yet she's here, in the lowest emissions system, suggesting we have much to learn from the countries we imported our largest policy mistake from.
The second paragraph of the ECO's report:
Greenhouse gas emissions from burning fossil fuels are the major cause of climate change, the defining challenge of our time. Governments of the world have agreed to dramatically reduce these emissions. Key first steps include increasing conservation...Conservation first is a political slogan now in Ontario legislation including, if I recall correctly, the requirement for the ECO to report on progress in conservation (which the system operator also regularly does). While it's a position required to acquire rich public sector work, it may also be nonsense.
The following graphic from the ECO's report indicates, to me, that in the absence of the 23.5 terawatt-hours (TWh) deemed generated by vRES(13.5 TWh) and conservation (10 TWh), only 7 TWh serviced demand in Ontario - as only that would be required to be substituted with generation from natural gas power plants.
The hope for value in conservation rests on the belief the need for other capacity can be displaced. The ECO claims it might have been:
Without conservation, peak demand would have been 16% (3,602 MW) higher in 2016 than it actually was...The ICI is the Industrial Conservation Initiative, which rewards one class of consumers (Class A) for reduced demand during a set of peak hours by shifting costs to another group of consumers (Class B). The system operator may see the program as having no net cost, but in 2016 it added $980 million in costs to "Class B" ratepayers. If the program accomplished 1300 MW of peak demanad reduction, it came at a spectacularly high cost, to the Class B group, of $754 thousand dollars per megawatt (year) of capacity.
The IESO has calculated that the ICI reduced peak demand by 1,300 MW in 2016.
On a ridiculous side-note, for 2017 the IESO shows a "Variance Account under Ontario's Fair Hydro Plan" growing $1.3784 billion in 2017. I calculate $1.185 billion shifted to class B ratepayers from Class A, so I'll note that full amount was then shifted to future ratepayers - who will be forced to pay it all back with plenty more added as interest.
At the 2016 ICI cost shift of $980 million, the claimed 3,602 MW of peak demand reduction has a capacity cost of 272,000/MW, which is high by itself, but there were other conservation costs too. The $467.1 million share of global adjustment charges push the actual cost of conservation to class B consumers to about $402,000 per megawatt.
That isn't cheap, but it may be cheaper than purchasing capacity with pay-per-megawatt-hour contracts for wind, and now solar. The ECO wrongly explains capacity contribution this way:
The capacity contributions of wind and solar look very low, but this is in part because installed capacity is simply not a good measure of the average amount of electricity that wind and solar projects produce.This is not the issue at all - the issue is how the capacity can contribute to prevention of "loss of load" (lol) events, and it's named capacity credit. Aside from not grasping how the IESO calculates capacity contribution at peak (it's an average, not a minimum, historical output of a supply at the average hour of expected system peak), the ECO doesn't understand the issue of capacity credit. This graphic from her report, demonstrate it has functionally been treated as somewhere around zero:
Capacity credit is a complex issue I would expand on here except to note it isn't an average output, and to date Ontario's electricity procurement of vRES has been in addition to supply meeting capacity needs.
With 2 out of 3 mega/nega-watts not servicing Ontario demand, and with awful capacity value from the vRES and conservation spending, the ECO-CHAMPION must pretend Ontario isn't dumping excess supply. This is the most ridiculous claim in the report:
Ontario sells its surplus power to other jurisdictions for more than it costs to make that power. So why do people sometimes say that Ontario sells surplus power at a loss? Because of confusion between the cost to have something available and the cost to use it on a particular occasion. Economists call this the difference between average and marginal costs.Theoretically one could procure all capacity needs and then buy only required electricity at just the marginal cost - but only a small portion of Ontario supply is procured that way. Wind, solar, nuclear, most biomass and probably all hydro receive either contracted or regulated payments by unit of output: a megawatt-hour of wind procured by a feed-in tariff contract is $135. That almost the entire $135 is due to fixed, and not marginal costs, is irrelevant to the Ontario ratepayer that needs to make up for the supply dumped below that price.
Since the recession gutted demand in 2009, the average price paid by exporters has moved from roughly what all paid to less than a quarter of the average paid by Ontario consumers: at under 2.5 cents per kilowatt-hour the price paid by exporters is 37% below the regulated price of Ontario's cheapest supply, which is its regulated, publicly owned, hydroelectric output.
The average class B consumer is charged 20% more than the average cost of supply in Ontario, but 25% of that higher payment is now deferred to fall on future ratepayers, with interest.
Everything is not good.
I suggest the Ontario Environmental Commissioner is placed in the position for the version of Pascal's Wager practiced by the religion known as the Soft Path. That Path has brought many rewards for many decades - including a very comfortable salary and staff to produce an eye-catching, heavily researched, and quite ridiculous report.
next up at Carbon-Con: It's only economics.
End-notes1. I was please to find annual "curtailment compensation" in Figure 7.8, although I found the accounting unlikely (see A rare accounting of the cost of curtailed electricity supply in Ontario).
I have seen prices given for older (pre feed-in tariff) procurements but none as clear as these:
Starting in 2007 through 2014, Ontario’s first 473.7 MW of solar was procured by the province at 42¢/kWh via the non-competitive, long-term contracts offered under the Renewable Energy Standard Offer Program.49 pg 141
Procurement: From 2004 to 200857 Ontario procured wind energy via the competitive Renewable Energy Supply procurement (1,500 MW target).58 The average costs of the 1,509.4 MW of on-shore wind contracts signed under the program was 9.5¢/kWh.59
Following the Renewable Energy Supply program, the noncompetitive Renewable Energy Standard Offer Program for projects under 10 MW, resulted in 284.9 MW of long-term wind contracts at 11¢/kWh.
1. Some quotes from the ECO report's Summary, with why they should annoy following in brackets:
- "Governments of the world have agreed to dramatically reduce these emissions. Key first steps include increasing conservation, and ..."(why would that be assumed to be key or first);
- "Peak demand has an outsized impact on Ontario electricity costs" (theoretically, but not in reality);
- "Ontario has made a heavy commitment to nuclear while largely abandoning renewables" (Ontario is removing 3,000 MW of nuclear when Pickering shutters and none of renewables);
- "Having a Feed-in Tariff was the international best practice, and the rates paid were reduced as costs fell." (not by competent economists and energy professionals - maybe among Environmental Lawyers, although Saxe had noted the deterioration in Spain before any FIT contracts were written in Ontario);
- "With the end of procurements such as the FIT program, Ontario has largely abandoned its renewable electricity industry," (the 'ward of the state' industry may not include all wind and solar);
- "Ontario’s electricity system is successfully integrating wind and solar power," (in 2017 Ontario probably had the highest curtailment rate in the world)
- "As renewable electricity grows, Ontario will need more ways to match supply and demand, including storage and more flexible pricing." (while "abandoning renewables" Ontario is growing them too?)
- "Ontario can learn how from other jurisdictions who use much more wind and solar electricity than we do," (which ones - if the goal were lowering emissions Ontario would be an example for others to aspire to replicate),
- Taking coal out of electricity dramatically reduced Ontario’s greenhouse gas emissions, and has improved air quality and public health, (Ontario received around 49 TWh of supply from generatores fueled by coal, oil and natural gas in 2003 which fell to about 6 TWh in 2017. Not burning coal dramatically reduced emissions - eliminating the plants altogether less so),
- "Going forward, nuclear costs will rise and solar and wind power costs will fall." (nuclear rates will rise but due to relatively stable overall costs being required from less output during reactor refurbishments: direct wind and solar costs should fall but related storage, and other system costs, may rise),
- "The average Ontario household uses 13% less electricity today than it did in 2005. This has helped to buffer the impact of higher electricity rates," (in 2017 Ontario curtailed or dumped in export markets 2 out of every 9 Watts it paid for - more than negating all potential savings from conservation),
- Electricity conservation remains the cheapest way to match supply and demand (nothing may not be the best way to meet a genuine demand requirement),
- When demand is low, Ontario often has surplus power. This off-peak surplus... (Ontario has surplus most hours, but increasingly that surplus is during sunny hours which are considered mid or on-peak in regulated price plans),
- Ontario exports surplus power for more than it costs us to generate that power; (inconceivable!)