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Published on July 9th, 2009 | by Timothy B. Hurst

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World's Largest Solar PV Plant to Be Built in Washington State

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July 9th, 2009 by  


75-megawatt solar plant would also create hundreds of new green jobs

Not all of the big solar projects coming down the pike in the West will be on public land. A team of private investors today announced plans to build a solar photovoltaic plant in the state of Washington that would be the largest of its kind in the world.

The 75-megawatt Teanaway Solar Reserve will be located on 400 acres of formerly-logged private property four miles north of Cle Elum, in Kittitas County, Washington. If built, the plant would generate enough power for an estimated 75,000 homes. Currently, the largest solar photovoltaic plant in the world is a 60-megawatt facility in Spain.

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Teanaway has not secured power purchase agreements with the major electricity providers, but project developers are confident they will find a buyer. Howard Trott, Managing Director and principal investor for the Teanaway Solar Reserve, said “We’ve had very good meetings with local utilities.”

After a pre-application meeting with Kittitas County officials yesterday, Trott said the timeline on construction of the manufacturing plant and the power plant totals about 18 months.

map of cle elum washingtonJoined by Senator Maria Cantwell on a call with reporters Thursday, Trott explained that the Teanaway project would be different in that both the manufacturing and power generation are local. The end benefit for the area would thus not only be a new solar power plant, but hundreds of new manufacturing and engineering jobs.

Thursday’s announcement won immediate endorsement from Sen. Maria Cantwell (D-WA). Cantwell said the move, “Positions our state as a major player in a $6 trillion export industry and makes Washington the second largest solar producer by megawatts behind California.”

Sourcing both the panels and inverters locally would also save on transportation and packaging costs, said Trott. “To get our order we are going to make manufactures come to us, but we are going to help them by getting the facilities they need to do that.” Although they haven’t secured an agreement with a manufacturer yet, Trott said, “We feel like we have great purchasing power.”

In terms of preferred technology for the project, solar crystalline versus thin film technologies are both being weighed as options, but project developers said they would ideally like to source locally. “We are blessed in that we are in a state that is one of the largest producers of silicon,” said Trott. But the dedication to locally-sourced silicon will have to be weighed against the lower-priced thin film technologies, which are coming in at about $2 per watt, according to Trott.

Project planners said the 75-megawatt, $100 million Teannaway Solar Reserve will be online by 2011.

Image via An-tonio under a Creative Commons License

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About the Author

is the founder of ecopolitology and the executive editor at LiveOAK Media, a media network about the politics of energy and the environment, green business, cleantech, and green living. When not reading, writing, thinking or talking about environmental politics with anyone who will listen, Tim spends his time skiing in Colorado's high country, hiking with his dog, and getting dirty in his vegetable garden.



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  • http://www.heliomu.com Mo Rousso

    Is the cost number valid? $100M for 75 MW? That’s about $1.33/Wdc. No way! Current crystalline projects of that size are around $4/Wdc if not a bit higher. Even your article points out “lower-priced thin film technologies, which are coming in at about $2 per watt, according to Trott.” Then you have balance of system, labor, land, permitting, and right-of-way costs to add to the PV cost. Please clarify.

  • http://www.heliomu.com Mo Rousso

    Is the cost number valid? $100M for 75 MW? That’s about $1.33/Wdc. No way! Current crystalline projects of that size are around $4/Wdc if not a bit higher. Even your article points out “lower-priced thin film technologies, which are coming in at about $2 per watt, according to Trott.” Then you have balance of system, labor, land, permitting, and right-of-way costs to add to the PV cost. Please clarify.

  • Ravi Soparkar

    This is a step towards green energy revoulation. I am sure many cities will follow soon.

  • Ravi Soparkar

    This is a step towards green energy revoulation. I am sure many cities will follow soon.

  • http://ecopolitology.org Timothy B. Hurst

    I know, Ed, I’m totally with you. Saying “World’s Largest” is like stopping the world — Superman-style — and allowing this but no other project to move forward. That said, in today’s terms, it would still be the biggest.

  • http://ecopolitology.org Timothy B. Hurst

    I know, Ed, I’m totally with you. Saying “World’s Largest” is like stopping the world — Superman-style — and allowing this but no other project to move forward. That said, in today’s terms, it would still be the biggest.

  • http://guntherportfolio.com Ed Gunther

    Good work fact checking the largest completed installation (pvresources.com). However, calling this project the world’s largest seems premature until it is completed. They have not even selected a technology yet!

    For example, SunPower is developing the 250-275 MWp DC California Valley Solar Ranch (CSRV) project, and First Solar is developing the 550MW (AC) Topaz Farms project (acquired from OptiSolar).

    BTW, it is crystalline not chrystalline.

  • http://guntherportfolio.com Ed Gunther

    Good work fact checking the largest completed installation (pvresources.com). However, calling this project the world’s largest seems premature until it is completed. They have not even selected a technology yet!

    For example, SunPower is developing the 250-275 MWp DC California Valley Solar Ranch (CSRV) project, and First Solar is developing the 550MW (AC) Topaz Farms project (acquired from OptiSolar).

    BTW, it is crystalline not chrystalline.

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