Tag Archives: Wind

NRC Power Reactor Status Reports Graphed

Do you know how many outages nuclear reactors near here have had? Probably not, because that’s usually not in the news, and you have to dig into day by day NRC reactor status reports to find out. It turns out nuclear power is 0/7 instead of 24/7 on many a day.

Looking at all nine nuclear reactors within 200 miles of here, the graph drips downtime like tears.

Reactors within 200 miles

The available data on NRC’s website and graphed here goes back to 31 March 2006, through 29 January 2013. Let’s look at each of our closest reactors one by one. Hatch 1 on the Altamaha River, in addition to its recent 40% power on 21 January and 87% on 5 January, has had quite a few outages:

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Power source growth rates like compound interest

What if instead of projecting percentages, we project gigawatts from FERC’s December 2012 Installed Operating Generating Capacity table? Solar and wind still win in less than a decade.

FERC 2012 power source gigawatts and growth rates projected 20 years

Ignore the fastest-growing curve for a moment; I added that. All the other curves start with the December 2012 gigawatts for each power source in the FERC table, and an annual compound growth rate computed by comparing that installed operating capacity to the capacity added in 2012 for that power source. That compound annual growth rate for solar is 60.9% and for wind is 22.8%. Nothing else comes close.

Solar passes coal in about 8 years, wind in about 9, and natural gas in about Continue reading →

Georgia Power to announce 20-year plan Thursday

What will Georgia Power announce for a 20 year energy plan Thursday? Will they (1) just double down on their rate-hike boondoggles for nuclear and gas, or (2) they could flip like Austin Energy in 2003 and Cobb EMC in 2012 and suddenly go solar? The wording here looks like it’s going to be the former. That they even feel compelled to announce some sort of formal plan instead of just shovelling disinformation out another 50 years indicates they’re feeling the pressure to change direction to real sustainable energy: wind and solar power.

Matt Shedd wrote for WUGATV today, Georgia Power To Release Energy Plan,

Georgia Power is set to release a 20-year energy plan on Thursday which will outline a way for the company and the state to be less reliant on coal power. The AJC reports that just 5 years ago, the company’s reliance on coal was at 70 percent.

That number has now dropped to 47 percent. These changes are coming in the wake of Georgia Power’s parent, the Southern Co., being pushed by environmental rules to rely less on coal. Georgia Power won approval to buy electricity produced by natural gas from its sister company Southern Power, which may be part of the company’s future plans.

Thomas A. Fanning, CEO of Georgia Power’s parent The Southern Company (SO), has been touting 70% to 35% reduction in coal since at least May 2012 at the SO shareholder meeting. Fanning continues to emphasize nuclear, gas, and “clean coal” instead of real sustainable energy, namely wind and solar power. He also continues to assert electricity demand will increase, while ignoring conservation and efficiency, which for Georgia could remove all need for new energy, enabling solar and wind to shut down more coal and gas plants, as well as nukes.

So, get out the popcorn and take your bets. Will it be (1) or will it be (2)? I’m betting this time it will be (1), but sooner or later it will be (2), and even Georgia Power, and yes, even Southern Company, will stop digging in their heels and get on the solar train to profits, jobs, energy independence, and oh, by the way, clean air and plenty of clean water.

-jsq

GA SB 51, The Georgia Cogeneration and Distributed Generation Act

Georgia Senator Buddy Carter has introduced a Senate bill for the current session of the legislature, SB 51, “The Georgia Cogeneration and Distributed Generation Act of 2001”. It attempts to fix Georgia’s special solar financing problem, the antique 1973 Territorial Electric Service Act.

Why 2001? Apparently Buddy Carter has been introducing it every year since then. Last year Georgia Power’s disinformation campaign nuked it when it was SB 401. Has the legislature gotten tired of Georgia Power and its parent the Southern Company being way late and overbudget on those new nukes? Does the legislature want Georgia citizens to get the savings and job benefits of the fastest growing energy source in the country? Will GaSU help with SB 51, or only with GaSU’s attempt to become a solar monopoly utility? You can contact your legislators and tell them what you think. Every one of them who voted for Georgia Power’s stealth-tax rate hike for that nuke boondoggle should vote for SB 51 to start getting Georgia on a clean path to jobs and energy independence.

This bill is not perfect: it counts “generator fueled by biomass” as Continue reading →

Solar energy growth like compound interest

Some nuclear backers only want to look at the next table in that FERC report, Office of Energy Projects Energy Infrastructure Update For December 2012, which shows solar energy as 0.34% of total U.S. energy production, and then they stop thinking. But what about that 30% increase in solar power deployed between 2011 and 2012? Think of it like compound interest.

Total Installed Operating Generating Capacity
Installed Capacity (GW) % of Total Capacity % Growth 2011-2012
Coal 337.71 29.17% 1.3%
Natural Gas 491.82 42.48% 1.8%
Nuclear 107.01 9.24% 0.1%
Oil 41.32 3.57% 0.1%
Water 98.12 8.47% 0.1%
Wind 57.53 4.97% 22.8%
Biomass 15.00 1.30% 3.7%
Geothermal Steam 3.70 0.32% 4.2%
Solar 3.90 0.34% 60.9%
Waste Heat 0.69 0.06% 0.4%
Other 1.04 0.09% 0.0%
Total 1,157.86 100.00% 23.3%

Source: Data derived from Ventyx Global LLC, Velocity Suite.
Growth rates computed by jsq for LAKE www.l-a-k-e.org 24 January 2013.

Let’s look what happens if we assume 30% growth in solar power deployed per year:

Solar power growth rates like compound interest

At 30% annual growth, we’re up to solar as 50% of all generation within Continue reading →

New U.S. energy in 2012 —FERC

What new energy sources are being deployed the fastest in the U.S.? According to FERC, the Federal Energy Regulatory Commission, it’s not what you may think. The big winners are coal, wind, and solar.

According to the report Office of Energy Projects Energy Infrastructure Update For December 2012, Coal, while accounting for only 17% of new capacity in 2012, unfortunately increased by 133% over new capacity installed in 2011. Natural gas did account for the second most new installed capacity in 2012, 33%, but the amount in megawatts installed actually decreased by 20% from 2011.

The most new capacity installed in 2012? Wind, at 40%, with a 56% increase over new installations in 2011. That’s right, wind beat natural gas 40% to 33% in total new capacity in 2012, and whomped gas in increase in new capacity in 2011, by 56% to -20%.

While solar only accounted for 5.59% of new capacity in 2012, that was an increase of 30% over new capacity in 2011, which is way more than gas and after only coal and wind.

New Generation In-Service (New Build and Expansion)
December 2012 January – December 2012 Cumulative January – December 2011 Cumulative Percent of Total New 2012 Percent Increase 2011- 2012
Primary Fuel Type No. of Units Installed Capacity (MW) No. of Units Installed Capacity (MW) No. of Units Installed Capacity (MW)
Coal 4 1,434 8 4,510 15 1,932 17.1% 133%
Natural Gas 6 2,306 94 8,746 108 11,020 33.1% -20.6%
Nuclear 0 0 1 125 0 0 0.474% -%
Oil 0 0 19 49 66 136 0.186% -64%
Water 2 4 13 99 41 94 0.375% 5.32%
Wind 45 3,095 164 10,689 146 6,844 40.5% 56.2%
Biomass 5 91 100 543 131 446 2.06% 21.7%
Geo- thermal Steam 2 9 13 149 9 56 0.565% 166%
Solar 16 77 240 1,476 354 1,131 5.59% 30.5%
Waste Heat 0 0 1 3 2 136 0.0114% -97.8%
Other 2 0 5 0 11 0 0% -%
Total 82 7,016 658 26,387 883 21,795 100% 21.1%

Source: Data derived from Ventyx Global LLC, Velocity Suite.
Last two columns added by jsq for LAKE www.l-a-k-e.org 24 January 2013.

Biomass unfortunately accounted for Continue reading →

Shutdown at San Onofre: permanent this time?

California only has a couple of nuclear reactor locations (unlike the 32 reactors within 500 miles of here), and one is in even worse shape than the other: San Onofre, almost as bad as Crystal River. I’m sure Southern Company would never cut corners or have design or construction problems at Plant Vogtle, right?

Harvey Wasserman wrote for AlterNet 7 January 2013, Showdown at San Onofre: Why the Nuclear Industry May Be Dealt a Big Blow,

Perched on an ocean cliff between Los Angeles and San Diego, the reactors’ owners cut unconscionable corners in replacing their multi-million-dollar steam generators. According to Russell Hoffman, one of California’s leading experts on San Onofre, inferior metals and major design failures turned what was meant to be an upgrade into an utter fiasco.

Installed by Mitsubishi, the generators simply did not work. When they were shut nearly a year ago, tubes were leaking, banging together and overall rendering further operations impossible.

Southern California Edison and San Diego Gas & Electric have unofficially thrown in the towel on Unit 3. But they’re lobbying hard to get at least Unit 2 back up and running. Their technical problems are so serious that they’ve asked the Nuclear Regulatory Commission to let them run Unit 2 at 70% capacity. In essence, they want to “see what happens” without daring to take the reactor to full power.

The NRC has expressed serious doubts. On December 26 it demanded answers to more than 30 questions about the plant’s technical realities. There have been assertions that unless San Onofre can be shown as operable at full power, its license should be negated.

It’s good the NRC got around to doing something, after Continue reading →

2 gigawatts of Wind Power off Fukushima, plus solar

Southern Company didn’t do the renewable energy study for Georgia when Mark Z. Jacobson’s study showed All U.S. east coast electricity could come from offshore wind 3 seasons out of 4. Now somebody else has, including how to build offshore wind turbines to withstand hurricanes.

Rob Gilhooly wrote for New Scientist 16 January 2013, Japan to build world’s largest offshore wind farm,

The wind farm, which will generate 1 gigawatt of power once completed, is part of a national plan to increase renewable energy resources following the post-tsunami shutdown of the nation’s 54 nuclear reactors. Only two have since come back online.

The project is part of Fukushima’s plan to become completely energy self-sufficient by 2040, using renewable sources alone. The prefecture is also set to build the country’s biggest solar park.

The wind farm will surpass the 504 megawatts generated by the 140 turbines at the Greater Gabbard farm off the coast of Suffolk, UK — currently the world’s largest farm. This accolade will soon pass to the London Array in the Thames Estuary, where 175 turbines will produce 630 megawatts of power when it comes online later this year. The Fukushima farm will beat this, too.

How will these wind turbines work?

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Solar: Pieces of a Puzzle —Dr. Michael G. Noll

Op-ed in the VDT today, responding to a response to my op-ed. -jsq

If the attempt of a guest column from Jan 13 was to shine light on solar power, it left everyone in the dark. Neither mockery nor close mindedness will assist us in finding real answers if we want to solve the energy puzzle of the 21st century.

In July 2012, the Financial Times interviewed Jeffrey Immelt, CEO of GE. GE knows perhaps more about the world of energy business than any other company. Immelt stated that

“on a cost basis it is impossible to justfy investing in nuclar power for the future.”

People who sitll claim that solar is more expensive than nuclear are not paying attention. If solar is viable as far north as New Jersey, it certainly is in Georgia. If countries like Germany can excel in solar energy production, so can we. Companies like Walmart, Costco, Apple, and Google are havily investing in solar because it works.

It should also be noted that the nuclear plant on Crystal River has been idle since 2009. As the Tampa Bay Times reported last December,

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China, etc., mining uranium in Niger and Mali

A commenter on Mali: a French War for Uranium suggested that if "that zone" (presumably the Sahara in Mali and Niger) were such an El Dorado the U.S. and the Chinese would have long been interested. Actually, it turns out numerous countries are involved, especially along the Uranium Highway in the Uranium Province in Niger. Not the Americans so much, but definitely the Chinese.

According to World Information Service on Energy Uranium Project, in Mali, it's the Canadians (Cascade Resources Ltd., Northern Canadian Uranium Inc., Rockgate Capital Corp.) and the Australians (Oklo Uranium Ltd).:

The following companies are performing uranium prospection and/or exploration in Mali: Cascade Resources Ltd. , Northern Canadian Uranium Inc. , Rockgate Capital Corp. , Oklo Uranium Ltd

Faléa uranium/silver project

> View deposit info
Opposition to uranium mining in Faléa: Association des ressortissants et amis de la Commune de Faléa (ARACF)

Pre-Feasibility study on Faléa mine project started: On Nov. 15, 2012, Rockgate Capital Corp. announced the commencement of a Pre-Feasibility study on its Faléa U-Ag-Cu project in south-west Mali. Rockgate has engaged the services of the DRA Group of Johannesburg, South Africa to complete the study.

Environmental and social baseline studies commissioned on Faléa mine project: On April 26, 2010, Rockgate Capital Corp. announced that it has commissioned environmental and social baseline studies on the Faléa Project, Mali.

Apparently Niger has more recoverable Uranium than either the U.S. or Canada; more than Kazakhstan; more than any country except Australia.

In Niger, it's Russia, Korea, India, and here are a few notes about Chinese involvement:

Areva ready to give Chinese access to Imouraren uranium mine: French nuclear giant Areva is ready to open up to a Chinese partner the
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