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Community College Installs Solar Power

Published: August 29, 2005

Oroville, California [RenewableEnergyAccess.com] One of the largest solar photovoltaic (PV) projects in the nation was recently completed. The 1.06 MW solar array is an on-site generating system at Butte-Glenn Community College, and is the second largest community college solar installation in the U.S.

"Solar saves money, improves the environment, and provides a wonderful opportunity to train students on environmental stewardship and alternative energy."

--Diana Van Der Ploeg, Butte College president
The solar system includes 5,700 solar panels on a four-acre field. It will generate 1.6 million kWh annually and can be monitored in real-time. Data will be posted to the web and an interactive kiosk on the college campus.

"The solar project represents a major win for the college and our community," said Diana Van Der Ploeg, Butte College president. "Solar saves money, improves the environment, and provides a wonderful opportunity to train students on environmental stewardship and alternative energy."

The college estimates it will save $300,000 annually from the solar system reducing the college's utility bills by one-third. It prevents 1,238 tons of carbon dioxide, 870 pounds of nitrous oxide, and 21 pounds of sulfur dioxide from being released into the atmosphere annually.

"The president, trustees and employees of Butte College have demonstrated an important lesson in the power of renewable energy and clean, on-site generation," said David Rubin, PG&E's director of service analysis. "PG&E is proud to support this project that will provide environmental and financial benefit for years to come."

Under California law, the college received a $3.7 million rebate from Pacific Gas & Electric toward the total cost of $7.4 million. PG&E's self-generation incentive program allows utility customers installing on-site generation to obtain rebates to help offset the costs associated with any solar, wind, fuel cell, micro turbine or internal combustion engine cogeneration systems.
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Add Your Comment 2 Reader Comments
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Comment
1 of 2
August 30, 2005
I like to ascertain interest in a simplified method
to assess the performance of a PV array-inverter
by simple tools, digital volt-amp meter, protractor, bubble level, compass, temperature
and pyranometer, etc. Here total cost of
equipment should be less than a couple of
hundreds of dollars if one has to buy them.

Other resources are web access, and some
understanding of geometry.

Does any one have any suggestion?
Comment
2 of 2
August 31, 2005
We would like to congratulate Butte College for taking the initiative for solar PV; at $300,000 per annum, plus the 3.7 million dollar credit, their system should pay for itself in about ten years.

The utilities seem to benefit from supporting these small, megawatt projects, and we at Adventures in Energy REsearch would hope that there will be more colleges and high school campuses that take an initiative for RE Power. Our RE search happens to favor hybrids; such as solar refrigeration and wind/compressed air storage.
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