As expected, the Austin City Council made the decision to delay the vote on Austin Energy’s proposed solar plant until March 5th. Council Member Mike Martinez wanted to put it off longer, but since the bid for the plant will actually expire just seven days after this March meeting, the council agreed unanimously to have the final vote in three weeks time.
The foremost explanation for this delay was to give more time for the public participation process… though I think it is important to note that the “public” we’re referring to here is chiefly the city’s largest industrial rate-payers. The general Austin public has already shown its colors on this issue. According to recent surveys conducted by Austin Energy (and presented yesterday morning by Roger Duncan, general manager of the utility), Austinites want much more solar. At 30 MW, the proposed solar plant would be the largest utility-scale photovoltaic array in the nation, and the 6th biggest solar plant in the world. From where I’m sitting, that looks like just what the doctor ordered.
Large-scale users are up in arms because, since they use so much more energy, they think they’re going to be particularly hard hit by any slight rate increase. Due to information that surfaced during this meeting, I am inclined not to feel terribly sorry for these folks. If you’ll just stick with me here, everything will be illuminated. I promise it’ll be good.
The council had already decided to delay the vote before they even entered the chamber, but listened to presentations and public comment anyway. First on the agenda was Roger Duncan, general manager of Austin Energy.
Roger started out by laying out the basics of the proposed solar plant and how it would fit in with the City’s strategic energy plan. The City plans to get 100 MW of its power from solar energy by 2020. The first goal in this process was to install 15 MW of solar power by 2007. We missed that stepping stone — Roger said we currently have 1.5 MW of solar installed on rooftops throughout Austin. The next goal in line is to get 30 MW by 2010. If the proposed project is approved, and built within the expected 18 months, Austin will be right on schedule to meet that goal. (more…)
Wangari Maathai currently hails from Nairobi, Kenya. In 2004, she became the first African American woman to receive a Nobel Peace Prize. She was honored for her “contribution to sustainable development, democracy, and peace”. Most of her environmental efforts were concentrated in Africa’s Green Belt Movement, which she founded in 1977. More recently, between the years of 2003-2005, she was an elected member of Parliament and served as the Assistant Minister of Environment and Natural Resources under the government of President Mwai Kibaki of 
Kenya.
Feb 11, 2009
Time to show your support for solar, and your opposition to new nuclear power!
Hey Look! A press release from SEED Coalition and Public Citizen:
Senator Fraser was the first legislator to speak, proclaiming that this would be Texas’ solar session. Chairman of the Business and Commerce Committee, Fraser is well positioned to be an effective solar champion. As such, Fraser was particularly proud to forecast a sunny session for solar power. He joked that there are so many solar bills being filed this session, they are going to have to lay them all out at once and have a “solar day” where they can pick out the best bills and key components of each (this is the second time I’ve heard him say this though, so he may be serious. If so, you better bet I’ll be there with bells on!)
Senator Van de Putte was then called up to champion CPS Energy’s new distributed energy commitment and her own solar in schools bill, 
We held a press conference yesterday in San Antonio at the Pearl Brewery, which is currently being renovated and, upon its completion, will have the largest solar array panel in the state of Texas. Installed by Austin’s own Meridian Solar, the new system is expected to generate 25% of the energy needs for the new building, which will hold condos, an Aveda hair salon, and an art gallery.
What we have developed now is far from the sea of reflective solar panels in that unforgettable scene from Gattaca. New technology consists of a flexible sheet-like material that can simply be laid on top of already existing structures, such as the roofs of buildings. This particular type of solar technology is a branch of material called Photovoltaics (“PV”) that was actually first used to power satellites back in the 1950’s. The thin-film PV works the same way to convert energy derived from light into electricity, is only a few millionths of a meter thick, and now can be readily and easily installed onto almost any building.
This week t
