I’ve known for years that nuclear power is really expensive, and as a resident of Tennessee who gets my electricity from Tennessee Valley Authority (TVA), I’m aware of and quite frustrated by their $22+ billion debt for past nuclear reactors, many of which were not even completed. I day dream about what TVA would look like if even half of this was instead invested in conservation, efficiency and renewable energy programs–I’m thinking cleaner air, cleaner & cooler water, lower bills. But, until last week, I had not seen a break down of the direct impact of constructing new nuclear reactors on electric rates for consumers. I have included a chart from the Florida Public Service Commission staff memo issued on July 2, 2008 listing the projected monthly bill increase for the next 9 years of the construction of two 1000 MW reactors by Progress Energy in Levy County, Florida. This is crazy! Progress Energy’s electric ratepayers in Florida would end up paying an additional $1640 in the next seven years before the plant is even online and producing electricity and then $789 in the next two years as the 2 plants come online. That’s more than $2400 per customer on average over nine years.
Check out this chart from Amory Lovins and Imran Sheikh called “The Nuclear Illusion” about CO2 emissions displaces by dollar spent on different technologies.






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Some astounding numbers no doubt. Seems we’ve got some work to do.
California abandoned nuclear construction in favor of renewables. How does your electric bill compare (in cost per KW-hr) to that of your California counterparts?
Interestingly enough, even after years of pouring rate-payer money into wind farms and failed solar projects, California is the largest importer of electricity in the nation - over 20% from outside the state, which by the way is mostly coal power.
The Southeastern United States enjoys the lowest electricity rates in the nation. Is it any coincidence that they also are heavily invested in nuclear?
Furthermore, I would question the data provided by Amory Lovins and Imran Sheikh. Currently, nuclear power is by far the largest contributor to GHG offsets - currently at about 800 million tons of CO2 per year avoided by the 104 operating reactors in the United States. That’s 74% of the low-carbon energy in the entire nation. There is no large wind project that even comes close to the GHG benefit that a single nuclear reactor provides.
Rather than comment on nuclear directly, I’d like to share my experience with utility regulator staff: they are typically skeptical of nuclear. Most that I had talked to in the past did not like the “lumpiness” of nuclear (i.e., high capital cost). What this tells me of the PSCC decision is that the staff must have been convinced that nuclear would still have a lower per kwh cost than renewables + energy storage.
Say No to Progress Energy’s Rate Hike Request
http://www.floodthelines.com/sayno2progressenergy/
Enough is Enough!
Here is another source that shows the story in a different light:
http://www.bizjournals.com/triangle/stories/2008/08/25/daily40.html?ana=from_rss
So the rate hike is not exclusively for nuclear facilities, and Florida is one of the few states that get a significant 10% of its electricity from oil. Though there are expansions for coal and coal emission control, it is unknown at this time if the oil fired plants or coal would be reduced in respect to new nuclear plants coming online.
The Lovins chart is misleading. It doesn’t explain the basis for displacement. Name-plate capacity ratings for wind turbines are never met and hover around 25%. Nuclear has an average of 90% capacity rating. Power delivered from nuclear will be more reliable and less costly because of that great difference in capacity factor. If a 31% rate hike charges the amount this post claims, this is still far cheaper for the average consumer than installing a $15,000 solar array.
Wall St. does invest in nukes. All the major energy companies with nuclear holdings can be bought and sold on the street. It happens everyday.
Nuclear power in the USA has a better industrial safety than the wind power industry.