Energy Policy: Top Ten Reasons to Reduce Demand

It surprises me that the presidential campaign is mostly about energy policy. Perhaps I'm overcompensating for my surprise it was not a bigger issue four years ago. I'm also surprised that McCain would make drilling and nuclear his big issue. My impression is that most people aren't especially positive about those things, though obviously, they buy the argument that they got better when oil prices went up again.

At any rate, there are a few really compelling arguments for conservation that I think deserve more attention:

1. Comfort. People associate saving with austerity and constant attention to details, all stress and burden and sacrifice. That's not what conservation is about. If you lived in a house with an extremely inefficient heating system, you are not making yourself more comfortable. You're just losing money to no good effect. If you improve efficiency, it becomes cheaper to purchase comfort, and you have more money to purchase it with, so efficiency means a longer shower, not a shorter one.

2. National Pride. If you don't conserve, you waste. It's like having an army of people around the country whom we pay to dig a big hole in the desert, suck oil from the ground, refine it, transport it to the hole, and keep it burning all summer long. Everyone knows it. No one respects waste. It's just stupid. So follow that up with one simple question: Is that what our country stands for?

3. National security. If you free yourself from a need, that's one less vulnerability that can be used against you. If you reduce demand for oil, there's no way that can be used against you. But if you cater to it, feed the need by turning to riskier and less secure sources, you prostrate yourself before anyone who can threaten that resource. Pipeline. Tanker. Nuke. Any of those sound like potential targets to you? The transalaska pipeline is notoriously vulnerable and impossible to secure. We've seen the damage a breached tanker can do, and we've seen our enemies target sea vessels. And drills to test our security at nuclear plants have shown they are not ready.

4. Speed. Conservation and alternative energies are closer at hand than you may think. While we've been slow to implement them, we and the rest of the world have developed the technologies. In contrast, nuke plants and new oil exploitation take forever. Paris Hilton may think otherwise, but she and McCain are just wrong.

5, 6, 7, 8. Environment, Sustainability, Climate Change, and Piety. These are all aspects of an overarching stewardship issue. There's no need to spend a lot of words saying that the prospects of conventional pollution from fossil fuels and nuclear are generally greater than that from conservation. Or that one can keep saving forever, while fossil fuels are limited. Climate change is worth noting especially because the effects have intensified and produced a global awareness and consensus only recently. Piety is an aspect that should not be overlooked. Most religious traditions, and evangelical Chrisianity in particular, view careful stewardship of nature as not just a human good but a divine mandate. Faith would call upon us to save energy even it it were not already in our interest in many other ways.

9. Economics. If you keep demand high, you are engaging in a risky economics. The economics of fuel consumption become the same as they are for heroin addiction. Demand is inflexible, meaning suppliers can push up the price by limiting supply. There is no way we can expand domestic supplies so much as to completely negate this effect. On the other hand, if we reduce domestic demand, that will leave us more domestic supply which we can export for profit.

10. Technology. Conservation is a technology-intensive endeavor that plays to our strength. By going this route, we master something and create an area where we will lead the world. We create jobs domestically that cannot be easily exported, developing and installing the new tech. This has benefits for economics and national pride (see above) and is likely to produce spinoff technologies which will benefit us in ways we cannot even guess at. Finally, conservation technologies experience synergy: technologies to improve efficiency themselves consume energy, but when several exist, each can improve the efficiency of the others so there is a massive multiplier effect. For instance, transport ethanol in high-efficiency vehicles and it turns from a boondoggle to an effective efficiency technology. The point is that this should be not cast as some sort of hippie fantasy, but as the object of modern technophilia: the opportunites are there to develop systems for efficient production, use, and recovery of energy that resemble science fiction. Oooo! Ahhh!