Scott Gold at the LA Times reports today on a massive solar project that may alleviate some of the pain felt in the Antelope Valley:

The buzz in the Antelope Valley these days is about a company called eSolar, which is putting the finishing touches on a thermal solar energy facility here — 24,000 mirrors that glitter like diamonds when you approach on Avenue G. There are plans for several more facilities in the area, all larger, the company says.

Local officials are atwitter at the possibilities. Visitors and investors are expected from Saudi Arabia and Kuwait. A slew of jobs would be created; there were 225 people working last week on the Avenue G facility alone, most of them locals. Lancaster Mayor R. Rex Parris said the solar plants could be the catalyst to restoring the sort of “intellectual excitement” that existed when aerospace, still a vital industry here, was the only game in town — when “if it went up, it came out of here,” he said.

“Now, we’re going to go a long way toward saving this world,” the mayor said. “Right here in Lancaster.”

I think it’s important to classify projects like this as what they are – INFRASTRUCTURE projects.  Too often we confine ourselves to thinking about infrastructure as solely referring to fixing roads or building physical structures like bridges.  A 21st-century energy creation system is the most important infrastructure improvement we can make, one that will not only create jobs but save billions in public health and environmental degradation costs.  Any stimulus from the federal government that includes infrastructure improvements should help incentivize companies like eSolar, as well as laying down high-speed broadband lines throughout the country, building a transferable energy grid, etc.

In the recent past in California, the way a depressed city could revitalize their economy was to bring a prison into town.  Now, the potential of green jobs is being realized, making the future (pardon the pun) sunnier:

It’s heady talk, and people are listening. Lancaster and the surrounding valley are suffering, even by the standards of a community that long ago acclimated to a boom-and-bust cycle. Many here are living on the edge, and some beyond, with tens of thousands more expected to arrive in coming years.

There is a sense that development cannot come fast enough, not with shops closing, one in five people living in poverty, high unemployment and the highest mortality rate in Los Angeles County. Not with so many houses falling into foreclosure that the city of Lancaster has gone into real estate — buying and renovating empty homes to slow the decline of neighborhoods.

“It’s bad,” said William Turner, 21, who got a job installing eSolar mirrors through a temp agency. He is among those vying for one of the full-time positions the company will offer soon; competition will be fierce and many of those hired will be overqualified for their jobs, officials said.

“People around here are really hurting,” Turner said. “We need a change.”

The new energy economy is California’s way out of the economic crisis.  Whether it’s building solar and wind plants or transferable energy grids or carbon capture and sequestration retrofitting or green building add-ons or the next generation of green cars, the potential for bringing hope to downtrodden communities, creating millions of jobs and protecting the planet is great.

As the LA Times reports today, we may be looking at blackouts in So Cal this summer as energy demand outstrips the power capacity of the grid. And as anyone who was around for the great west coast blackout in the summer of ’96, what starts cascading in So Cal doesn’t necessarily stay there, especially on those hot July/August scorchers that cook us all the way up the Valley. The state’s grid manager put it in terms of lacking adequate production:

The state will have 489 megawatts of new generation in time for peak demand in July or August, some of that replacing a 122-megawatt plant that’s being retired. Southern California will need to rely on imports from Arizona, Nevada and Mexico, as well as conservation, to avoid blackouts.

Demand probably will increase by 1,000 megawatts this year over last year, Cal-ISO Chief Executive Yakout Mansour said during a conference call. Power demand peaked at 48,615 megawatts in 2007.

And yet this only looks at one side of energy load problems, that of supply. While it’s not reasonable to ask people to turn off their AC in a real heat wave – although the degree to which one cools is definitely somewhere that people can make up some slack – energy efficiency elsewhere in the state can squeeze enough energy to keep things from tipping over into blackout. In fact, when we were at a similar point of crisis last year, because some of the So Cal wildfires were burning up transmission lines, voluntary energy reduction was what kept things running. Ditto for the Enron-masterminded 2001 energy shortages. Conservation is a big part of any solution.

But over the long term, how do we get the Golden State out of this trap of summer grid overload without going to more fossil fuel-powered peak load generators that pump more carbon into the atmosphere (making our summer heat waves that much worse in the years to come)?

Wind, solar, passive solar building design, urban trees and especially thermal solar.

As North American natural gas starts to hit its peak production, wind and solar have gotten progressively more economically viable for private investors. But the predictable annual crisis of the CA heat wave really cries out for public funding. Every brownout or blackout brings economic activity to a grinding halt, and the spot prices hit a lot of businesses pretty hard as the tipping point is reached. It would make a good deal of sense not to just wait for PG&E to build the power plants of the future, but rather to get the state involved in funding a bunch of capacity right now. European wind design has far outstripped the wind technolology that California pioneered in the 70s, all we need to do is start putting wind farms up, along the Delta and offshore.

Likewise, given the correlation between summer heat waves and an overstressed grid, building thermal solar down the valley and in inland So Cal, the very places where the peak usage occurs, would seem to be a complete no-brainer. As the mercury rises, so would the production of electricity. Combine this with a statewide and urban subsidy for solar panels on roofs (and perhaps grants for the construction of solar panels covering parking lots, would help to decentralize the production of electricity and reduce net demand, and in so doing take some of the stress off the transmission lines.

If the free market was going to provide this critical infrastructure in time to avoid crisis, we wouldn’t have this problem. But they haven’t, so we do. It is time for the state and local governments to step up and nudge things in the right direction. In the long run, we ought to think about trying to reduce our total consumption by pushing for planting more urban tree cover, and more efficient housing and appliance design (and yes, personal changes in wasteful behavior), but if we want to avoid blackouts in the short run, it’s going to take more seed money from the state.

Of course, in the really long run, shifting our energy production away from carbon-producing fossil fuels will be the only way that we can avoid devastating heat waves and resulting blackouts. That the short term solution also works for the long run should be a reminder that both virtuous and vicious cycles tend to feed upon themselves. And it should be noted that just as with building the High Speed Rail line, sponsoring the construction of a bunch of thermal solar power plants down the valley, and wind in the Delta and along the coast would provide sorely needed jobs to communities already mired in endemic underemployment that are reeling from the collapse of the housing bubble.

And how to pay for it all? Well, a royalty tax on oil pumped in California, as is done everywhere else in the country, would seem a rather elegant solution.

originally at surf putah