Recently, I suggested that Obama do a massive solar/sustainable stimulus package. And I wrote,
The really good news? Such a plan could be put into place with surprisingly little capital outlay, because creative financing structures already exist that can let private investment step to the plate. I’ll talk more about this in my next post.
OK, so I squeezed a couple of posts in between. But I’m getting back to it.
And I think the answer is the deep-energy work by people like Amory Lovins of the Rocky Mountain Institute, who looks holistically at problems and comes up with amazingly intelligent solutions. I profile him in my book, Guerrilla Marketing Goes Green; here’s a little excerpt:
Though he lives in the Colorado Rockies, where it often goes well below zero Fahrenheit (–18ºC) on winter nights, his house has no furnace (or air conditioner, for that matter). It stays so warm inside that he actually grows bananas. He uses about $5 per month in electricity for his home needs (not counting his home office). Whether your company is looking for a huge competitive advantage, a more responsible way to do business, or both, the Lovins approach may be the answer.
Lovins built his luxurious 4,000-square-foot home/office in 1983, to demonstrate that even then, when energy technology was much less evolved, a truly energy-efficient house is no more expensive to build than the traditional energy hog—and far cheaper and healthier to run.
The payback for energy efficiency designs in Lovins’s sprawling, superinsulated home was just 10 months. The sun provides 95 percent of the lighting and virtually all the heating and cooling, as part of an ecosystem of plants, water storage devices, and even the radiant heat of the workers in his office.
Noting that energy-efficiency improvements since 1975 are already meeting 40 percent of U.S. power needs, Lovins claims a well-designed office building can save 80 to 90 percent of a traditional office building’s energy consumption.
Conventional building logic, says Lovins, says you insulate only enough to pay back the savings in heating costs. But Lovins points out that if you insulate so well that you don’t need a furnace or air conditioner, the payback is far greater, “because you also save their capital cost—which conventional engineering design calculations, oddly, don’t count.”
“Big savings can cost less than small savings,” Lovins says—if designers learn to think about the overall system, and how different pieces can work together to create something far greater than the sum of its parts. The trick is to look for technologies that provide multiple benefits, rather than merely solving one problem. For instance, a single arch in Lovins’s home serves 12 different structural, energy, and aesthetic functions.
The profile in the book goes on to talk about a house in the California desert that not only cost $1800 less to build, but saves $1600 a year in maintenance…and hydrogen cars that compare favorably on every criterion and use far less energy. Lovins’ company just completed a deep-energy retrofit on the Empire State Building that will save over $4 million every year. And Lovins is only one of the practical visionaries with real-world solutions you’ll encounter in the book.
In other words, we have the technology NOW. Combine this with such strategies as lease-to-own programs, or programs where the solar company fronts the cost of installation and pays it back to the homeowner out of energy savings, and we can easily get off the fossil-nuclear treadmill, or at least cut it back by 80% or so. Especially since a stimulus program would bring in economies of scale and lower the cost of the installations.
