Category: Solar Thermal
Concentrated Solar Power – A Bit of Intrigue at the Santa Barbara Summit on Energy Efficiency
| April 28, 2011 | Posted by Craig Shields under Solar Thermal |
I had a wonderful chance encounter the other day with Melinda Keller, a professor of engineering at California Polytechnic at the Santa Barbara Summit on Energy Efficiency. It seems that she specializes in CSP (concentrated solar power) – and is tackling what is arguably its thorniest problem: cooling. CSP does best in the desert, but that’s where cooling is the toughest. How efficiently can you cool a fluid by blowing 115-degree air past it?
Unfortunately, she couldn’t tell me the exact nature of her project, as it’s funded with private money by a group that wants to keep the work under wraps at this point. But she asked, “Just ask yourself: What’s cold in the desert?”
How intriguing! “The air at night? Underground?” I probed.
She smiled mysteriously. Looks like I’ll have to wait to get my answer.
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Concentrated Solar Power (CSP): Lowering Costs and Improving Efficiencies
| April 24, 2011 | Posted by Craig Shields under Solar Thermal |
In this segment of the 2GreenEnergy Video Report, I cover concentrated solar power (CSP), aka solar thermal. It appears that one of our clients has made a real breakthrough in lowering costs and improving efficiencies.
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Earth Day Lunch with Belen Gallego, Director of CSP Today
| April 22, 2011 | Posted by Craig Shields under Solar Thermal |
I’m in New York City for a few days, and I’ve scheduled my lunch today with Belen Gallego, the Director of CSP Today (Concentrated Solar Power, aka solar thermal). When I interviewed Belen for my “Clean Energy Radio” show a few weeks ago, she impressed me as a wonderful, knowledgeable person, quite enthused with her cause.
I can’t think of a better way to spend a few hours on Earth Day, celebrating a technology that really does have the potential to transform the way we generate our electrical power. I hope readers will learn more about this on the CSP Today website, and sign up for the free newsletter.
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CSP Today Director Discusses Solar Thermal on Clean Energy Radio
| April 5, 2011 | Posted by Craig Shields under Solar Thermal |
This morning, I recorded next week’s Clean Energy Radio segment for WebTalkRadio, in which I interviewed Belén Gallego, director of CSP Today.
With offices in London and Hoboken NJ, CSP Today provides comprehensive, cutting-edge information online and through trade shows on concentrated solar power (aka solar thermal) in all its varieties – and Belén did a great job as a guest.
Although the CSP industry lacks the political muscle of the fossil fuel and nuclear people, Belén remains quite positive about the future. Of all the forms of energy, clean or dirty, safe or dangerous, CSP is the most dispatchable. While PV and wind are intermittent, and coal and nuclear run 24 hours a day, CSP, with low-cost energy storage in the form of molten salt, can be turned on and off by grid operators when needed.
As I’ve said hundreds of times, if I were king of the world, we’d be doing solar thermal in a very big way.
If you’re interested in their free newsletter, I encourage you to sign up (like I did) on the website: CSP Today.
My thanks to Belén for her terrific job on the show, and for her continued work to bring about a healthy, safe, and sane world.
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Michael Pawlyn on Biomimicry and Concentrated Solar Power
| April 5, 2011 | Posted by Craig Shields under Solar Thermal |
I got a great deal of really good feedback on some of my previous posts about biomimicry, especially this one on Janine Benyus. So let me suggest another talk I know you’ll enjoy.
Here, Michael Pawlyn explains how we can learn from nature to create radical increases in resource efficiency and move from a fossil fuel- to a solar economy. Note what he says at the end of the talk on CSP (concentrated solar power).
You’ll find the presentation quite upbeat. In fact, Pawlyn notes, “Far too much of the talk about the environment uses negative language; here it’s about synergies, possibilities, and abundance.”
Enjoy.
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A Few Basics on Solar Thermal
| March 23, 2011 | Posted by Craig Shields under Solar Thermal |
Every chance I get, I bang the drum for solar thermal. When I’m asked where the energy industry will be in 50 years, I always point out that our dependence on fossil fuels is not sustainable, that the sun showers the Earth each day with 6000 times more energy than we can possibly use, and that solar thermal is by far the best way to take advantage of these facts.
Want to learn more? Here’s Katherine Hamnett’s website that provides a few basics on solar thermal; she most definitely gets it.
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Skyfuel — Breakthrough Cost Reduction in Solar Thermal
| March 8, 2011 | Posted by Craig Shields under Solar Thermal |
If you check out this little press release on Skyfuel’s new 50-megawatt parabolic trough solar thermal plant 400 kilometers east of Beijing, you’ll see why I favor this technology (concentrating solar power/CSP) as the future of clean energy. The company owns a subsidiary that using a low-cost reflecting film instead of glass. Lower costs, greater “constructability.”
And this is just the start; we haven’t even begun to see the costs come down here.
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Ahura Energy: A Breakthrough in Solar Thermal — But What is the Secret Sauce?
| February 21, 2011 | Posted by Craig Shields under Solar Thermal |
I just had a very interesting conversation on one of my favorite topics: solar thermal, or concentrating solar power (CSP). I came across Ahura Energy of Campbell, CA on the fantastic online resource OnGreen.com, and spoke with Dr. Fareed Sfard, the company’s CEO, who boasts over 20 years experience in the solar industry. Because we have no NDA in place at this point, Fareed needed to speak at a high level. But if what I was told is correct, the company’s patented Concentrating Solar System, that can be used in both utility scale and rooftop deployments, has a huge cost advantage over competitive approaches. “The system” (whatever this eventually turns out to be) moves the reflective and refractive elements without motors or electric actuators.
“But how?” I asked innocently. I could hear Fareed laughing politely. “That’s the secret sauce,” he chuckled. “In a given space, it produces 350% more power compared to traditional solar systems at one third the cost per kilowatt-hour.”
“Well, Dr. Sfard, I know some people at Ausra, which, of course, was sold last year to Areva. I’m sure I could arrange a conversation, if you’re interested in selling or licensing your technology.”
“That would be possible, though they see us as a threat,” he allowed.
“I would hope they do, sir! That’s a good thing,” I replied. “In my experience, that’s the impetus behind most deals. Until business people are threatened, there’s no motive to deal with the problem,” I replied. Read More
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[The Vector] $1.45 Billion in Financing for Abengoa Solar
| January 24, 2011 | Posted by Kathy-Heshelow under Solar Thermal |
Abengoa Solar announced recently that it has finalized $1.45 billion in financing to build the world’s largest parabolic trough concentrating solar power plant. Called Solana, the new project will be located about 70 miles southwest of Phoenix, Arizona. Abengoa signed a power purchase agreement with Arizona Public Service Co to. buy the energy produced by Solana for a 30 year term. Arizona Public Service Co is Arizona’s largest electric utility.
About 1,700 new construction jobs are being created with the project, and more than 85 are permanent jobs. Read More
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[The Vector] Progress in Solar Thermal / CSP (Concentrating Solar Power)
| January 15, 2011 | Posted by Craig Shields under Solar Thermal |
The Vector is pleased to see progress made in the solar thermal / CSP (concentrating solar power) space. We have always believed that solar thermal is the heavy betting favorite to be the ultimate winner in the race for a clean energy technology to replace fossil fuels – at least through the remainder of the 21st Century.
The US Department of Energy recently provided a loan guarantee that will act as the foundation for Abengoa Solar’s (Gila Bend, Arizona) Solana project — the world’s largest parabolic trough concentrating solar plant. US DoE Secretary Stephen Chu announced the project last month: a 250-megawatt (MW) project — the first large-scale solar plant in the United States capable of storing energy it generates, using large insulated molten salt tanks.
No sooner than the announcement was posted at Renewable Energy World did the detractors start in, deliberately misrepresenting the overall effectiveness of the technology, and referring to the project as Read More
