Summary of figures in OSPE presentation |
I've often linked capacity factors and levelized unit pricing, quite noticeably in The High Costs of Ontario's very provincial electricity debacle.
I had constructed a spreadsheet calculator that I posted thinking it might help some people commenting on the province's long-term energy plans.
I just tried my calculator out for the fictitious all gas scenario [1], and I got $63 (with gas at $4/MMBtu).
I just tried my calculator out for the fictitious all gas scenario [1], and I got $63 (with gas at $4/MMBtu).
If it's because of carbon emissions, include an implied cost of carbon to justify the higher cost options.
The following chart is a slight revision to one shown in my LTEP Tools: Calculating deception. My work has shown by far the cheapest low-carbon choice is nuclear (refurbishing existing reactors first, new build second).
Nuclear also provides a hedge against rising gas prices.
Nuclear also provides a hedge against rising gas prices.
Calculations contained here assume gas at $5/MMBtu (other assumptions shown in the calculator) |
Endnote:
[1] I set other capacities to 1, as I didn't set up the spreadsheet to avoid "divide by zero" errors.
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