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From The Hydrogen & Fuel Cell Letter

Germany’s Munich Re Launches Plans for Huge Solar Power Plants in N. Africa, Mid East

MUNICH, June 16 - One of the world’s leading reinsurers, Munich Re, is spearheading a gigantic plan to commercially develop North Africa’s abundant solar energy in the Sahara desert to supply Germany and Europe with solar electricity.

The €38 billion ($52 billion) group has called a July 13 meeting of some 20 major German companies in Munich to begin laying the groundwork for the “DESERTEC” initiative that’s expected to cost some €400 billion ($553 billion).

The Apollo-size concept was first floated more than a year ago when it was presented to the European parliament in a 60-page White Paper which outlined plans to tap solar power in the sunbelt regions of Europe, the Middle East and North Africa (H&FCL Jan. 08).

The new push, reported initially yesterday in Munich’s “Sueddeutsche Zeitung” daily followed by three additional stories today and picked up by the online version of “Spiegel” magazine, is said to involve heavy hitters such as electrical and electronics giant Siemens, Germany’s largest bank Deutsche Bank, and the energy companies RWE and Eon, who have all agreed to come to the July 13 meeting. The German federal government, Greenpeace, the Club of Rome and others apparently have signaled their interest and want to cooperate as well, according to these reports.

Torsten Jeworrek, a Munich Re management board member and chairman of the company’s reinsurance committee, told “Sueddeutsche,” “we want to launch the initiative and present concrete action plans in the next two or three years.”

By what looks like absolutely no coincidence at all, Munich Re also issued a press release today announcing a new publication, “Munich Re newables - Our contribution to a low-carbon energy supply." It said it wants to contribute by providing planning certainty “for those investing in new power-plant technologies in the form of innovative insurance solutions,” such as utilizing solar energy in North Africa. “We are therefore commencing a dialogue with visionary thinkers and companies that, like us, are convinced of DESERTEC’s enormous economic, ecological and social potential,” Jeworrek was quoted in the release as saying.

A pretty interesting way to stave off the effects of climate change on the bottom line for an insurance company.
 
RPT-UPDATE 1-Munich Re touts Sahara in solar energy push | Markets | Markets News | Reuters

FRANKFURT, June 16 (Reuters) - German reinsurer Munich Re (MUVGn.DE), facing billions of euros in claims for damage caused by climate change in coming years, is seeking to drum up support for an ambitious plan to build solar parks in the Sahara desert.

...

The 20 companies and Desertec aim to sign a memorandum of understanding to found the Desertec Industrial Initiative which would commission studies on possible projects, he said.

A first power station with a capacity of 2 gigawatts in Tunisia with power lines to Italy would take five years to build once it gets regulatory approval, the spokesman said.

A possible long-term project could be a 100 gigawatt solar thermal power station in northern Africa and the Middle East. It could be finalised by 2050 with power lines connecting it to central Europe and would cost an estimated 400 billion euros ($555.8 billion), he said.

A solar power station with 100 gigawatt in western Europe -- where the sun shines for fewer hours and far less intensely than in the Sahara -- would be able to supply some 28 million homes, according to the German association of power generators.
 
Exotic Solar Cells Get Cheaper
New process cuts cost of copper-indium-diselenide fabrication

Exotic Solar Cells Get Cheaper: Scientific American

SOLAR CELLS: Researchers at UCLA have developed a solution technology that can be painted or coated onto a surface.
YANG'S LAB, UCLA



Solar cells could be produced from materials other than silicon under a breakthrough that scientists at the University of California, Los Angeles, say could dramatically reduce the price of solar technologies.

Solar companies have been searching for some time for materials that are more efficient, cheaper to produce and use fewer raw materials than silicon. But tests of copper, indium, gallium, selenide (CIGS) or related materials have failed so far to produce a winner.

"People have already demonstrated efficiency levels of up to 20 percent, but the current processing method is costly," said William Hou, an engineering graduate student at UCLA, in a statement. "Ultimately the cost of fabricating the product makes it difficult to be competitive with current grid prices."

Hou and his colleagues report in this week's Thin Solid Films the development of a low-cost processing method for solar cells made from copper, indium and diselenide. ...
 

Wow. I wonder how they work off axis?

Commercial solar panels usually transform less that 20 percent of the usable energy that strikes them into electricity....
The team estimates individual nanoantennas can absorb close to 80 percent of the available energy.... the aim is to make nanoantenna arrays as cheap as inexpensive carpet.

That's some disruptive tech-talk there.:eek::smile:
 
PG&E-BrightSource deal for solar energy OKd - SFGate.com

California energy regulators on Thursday gave Pacific Gas and Electric Co. permission to buy electricity from two large solar power plants that an Oakland firm plans to build in the Mojave Desert.

The California Public Utilities Commission also decided Thursday to explore the effects that electric cars will have on the state's power grid and devise policies to encourage their use.

...

The plants will use BrightSource's version of "solar thermal" technology. Fields of mirrors will focus sunlight on centralized towers, boiling water within the towers, creating steam and turning turbines. The first plant is scheduled to open in July 2012 at the Ivanpah dry lake bed in San Bernardino County.
 
Homeowners Shopping for Solar Panels Find Prices Have Dropped - NYTimes.com

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This guy clearly needs an EV.
 
This looks kinda cool:

What Is This? - SunCatcher - Gizmodo

Stirling Energy Systems, Inc. (SES) :: A Global Leader in the Utility Scale Solar Electric Market

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SunCatcher™ Technology ::
How It Works


The SunCatcher™ is a 25-kilowatt-electrical (kWe) solar dish Stirling system which consists of a unique radial solar concentrator dish structure that supports an array of curved glass mirror facets, designed to automatically track the sun, collect and focus, that is, concentrate, its solar energy onto a patented Power Conversion Unit (PCU). The PCU is coupled with, and powered by, a completely re-engineered SES Stirling engine that generates power grid-quality electricity.
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