7% of Arizona = US energy supply. Do. It. Now.
Friday, May 30th, 2008Since it was announced back in 2005, I’ve been following GE’s ecomagination strategy with interest. It was the first bold, mainstream declaration that a sustainability strategy could be a business driver that caught my attention. Wrapped up in GE’s recent pummeling in the stock market and criticism in the media, I recall reading (though I can’t find the article now) how the ecomagination strategy was underperforming, that Immelt had overextended himself, etc. So it was a nice surprise to read about GE’s report, out today, summarizing its performance against its ecomagination goals. By all measures, the strategy has been a success so far, outpacing projected revenue (it hit $14 billion in 2007) as well as GHG emission reductions. So GE has reset its goals, upping its revenue goals by $5 billion to $25 billion by 2010. Nice.
But what I really thought was cool was this tidbit, highlighted in the Environmental News story:
According to GE’s ecomagination website, if seven percent of the land area of Arizona were covered with GE’s GEPV-200-M solar modules, it could generate an amount of energy equal the average daily electricity demand of the entire U.S. If a typical 75,000-square-foot “Big Box” retail store in the the U.S. mid-Pacific region covered its roof with GE’s GEPV-200-M modules, it could generate more than 6.1 million kWh of electricity each year.
A couple of years ago, I heard William McDonough (eco-architect, author of Cradle to Cradle) speak and he made a similar claim–that by installing solar panels along the highways in the Southwest (where right of way has already been established) we could essentially generate all the electricity our country needs.
Anyway, how much could this cost to pull off? $10 billion? $50 billion? $100 billion? Compared to what we’re spending on other things (Iraq and oil subsidies leap immediately to mind), it’s drop in the bucket. Plus, it’s not like this would be an expense–it’s an investment in our national energy independence, likely thousands of jobs, the accelerated advance of related technologies (such as plug-in vehicles). If this is remotely possible, it’s a no-brainer. What the heck are we waiting for? Sign me up.
