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Australian solar and geothermal cheaper than coal and nuclear within 15 years

According this this analysis, from New Energy World Network, within 15 years the cost of concentrating solar power will be less than the cost of "clean" coal, at least in Australia. The analysis is based on the rates of change in cost between the two energy sources. With the cost of coal increasing, relatively, and CSP decreasing, the cost lines eventually cross, leaving CSP cheaper.

In addition, the article mentions offhandedly that connecting the Queensland and South Australian electricity grids would "likely pay for itself quickly just in increased efficiencies brought to the existing grid."

The average Australian household could pay up to 30 per cent more per year by 2025 for electricity generated from coal and nuclear power than from concentrating solar and hot dry rock geothermal power, according to clean energy organisation DESERTEC-Australia.

This idea illustrates the kind of synergies that we need to find throughout the energy economy.

Link

(H/T to Benjamin Chambers for the link to the article.)

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Posted by nils on June 1, 2009.

Tags: ,

Categories: accelerating change, energy generation, solar thermal

2 Responses

  1. Thanks for the useful info. It’s so interesting

    by JamesD on Jun 11, 2009 at 6:16 am

  2. I found this very interesting and good news on the eve of the congressional vote on the new green economy. All good moves and give hope for better outcomes and futures…Thank you.

    Patricia’s last blog post..STP Gear

    by Patricia on Jun 25, 2009 at 9:24 pm

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About Keeping The Lights On

Keeping The Lights On is devoted to news, opinion, and information about "busting barriers" to profitable applications of energy efficiency and alternative renewable energy sources. The barriers to using energy more efficiently arise in several ways: Conflicting incentives result in short-term decisions that have significant long-term costs "Traditional" design practices that optimize subsystems instead of whole systems The [...]more →