Go to: Index | Front Page | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28


Super-efficient technology that's practical and saves you money

Save Energy, Make Piles of Money



By Amory B. Lovins
The Washington Post

The idea that reducing global warming will harm the U.S. economy is flatly contradicted by business experience.
Arguing about how to share the alleged pain of the energy savings required to abate global warming is irrelevant. Climate protection is actually a lucrative business opportunity disguised as an environmental problem. The same energy efficiencies that reduce global warming are hugely profitable in strictly business terms, without even ascribing any value to the environmental benefits of squeezing more work out of fossil fuels.
Energy efficiency is a competitive advantage, not a burden, because it's cheaper to save fuel than to buy and waste it, even at today's low prices. Modern energy-efficient technologies in all sectors often yield after-tax returns of upwards of 100 percent a year while providing superior service quality.


 

Much energy is wasted because bad choices are made by people who don't foot the bill.


True, not every last shred of this waste can be eliminated at a net profit, but there are more than enough profit opportunities in energy savings to reach ambitious targets for greenhouse-gas reductions while satisfying the most demanding investors.
The U.S. economy as a whole is only about 2 percent energy efficient compared with what physics permits. Cars use only one percent of their fuel energy to move the driver. As a nation, we waste about $300 billion in energy every year-more than the defense budget and federal deficit combined.
Consider the production of electricity, the costliest and most carbon-intensive form of energy. America's power plants turn fuel into one-third electricity and two-thirds waste heat. This waste heat alone is the equivalent of Japan's total national energy use. Yet cogeneration processes to use the heat-already common in Europe-could harness up to 91 percent of a fuel's energy content, providing more electricity per unit cost and doing so profitably, perhaps cutting carbon emissions threefold and costs twofold.
Or consider Dow Chemical, an industry leader in energy savings. Dow increased profits $110 million a year in its Louisiana division alone by implementing some 900 energy-saving ideas suggested by workers. Dow, Mitsubishi, Interface, Xerox, Southwire, Carrier, and other forward-looking corporations are discovering thousands of ways to rethink, redesign, and re-engineer their products and industrial processes to save money by cutting energy waste. Substituting economically rational design criteria would save much of the energy now being used by industry, while reducing capital costs at the same time.
So if energy efficiency is so profitable, why aren't more businesses cashing in_ Markets are imperfect mechanisms, and complex organizations run by real people don't make perfectly rational choices. Just because something makes economic sense doesn't mean it's going to get done.

 

Amory B. Lovins and his dog.

[TOP]

Lighten your load: dark-roof colors absorb heat, while light ones refect it away, reducing the demand for electric fans and air-conditioning.


Detailed scrutiny of business experience reveals more than 30 specific kinds of barriers that interfere with what should be common-sense savings: everything from inattentive business practices to obsolete government regulations and perverse economic incentives.
For example, nearly all electric utilities are rewarded for selling more energy and penalized for cutting customers' bills. But a few states have decoupled utilities' profits from sales volumes, letting companies keep a portion of what they save their customers. The nation's largest investor-owned utility, Pacific Gas and Electric, thus added more than $40 million to its 1992 bottom line while saving its customers nine times that much simply by removing this one perverse economic incentive. Similarly, architects and engineers design much more efficient buildings if they are rewarded with a share of the savings-rather than, as is now the case, getting fees that are based on the cost of what they design.

Compact Flourescent lamps such as these use less energy and last longer than traditional bulbs.


Much energy is wasted because bad choices are made by people who don't foot the bill. For example, most buildings are wired with skinny electrical wire, which costs a little less but wastes far more in electricity because of its increased resistance. Using larger-diameter wire would yield an average after-tax return of 169 percent per year. But an electrician who specifies thicker wire isn't likely to be the low bidder who gets the job. It is ironic that many supposed proponents of free-enterprise capitalism have so little faith in the ingenuity and vitality of the marketplace when it's used to reduce global warming profitably. We already have shown that this can work. It is a little-known fact that U.S. energy savings since 1973 have cut our national energy bill by some $150 billion to $200 billion a year-quietly and profitably-without disrupting economic growth or compromising our quality of life. From 1979 to 1986 the U.S. economy grew by 19 percent, while energy use shrank 6 percent.
While that stunning success was spurred by high energy prices, doing it again needn't be. For example, although electric rates are only half as high in Seattle as in Chicago, Seattle has, in the 1990s, been saving electric load 12 times as fast as Chicago and electric energy 3,640 times as fast. Why_ Because Seattle City Light has helped create an informed, efficient and effective market for savings. Chicago's utility hasn't.
It's time to stop thinking of energy efficiency as bitter economic medicine. As Edwin Land, inventor of the Polaroid camera, used to say, the future may require "not so much having a new idea as stopping having an old idea."

The writer, a specialist in energy efficiency, is founder of the Rocky Mountain Institute in Colorado.

Let's Turn Down the Heat
Practical Steps Consumers Can Take to Slow Global Warming



By Howard Geller and John Morrill, ACEEE

There's good news and there's bad news. First the bad news. The scientific community has reached a consensus that global warming is underway due primarily to our burning of fossil fuels and the resulting build-up of carbon dioxide and other "greenhouse gases" in the atmosphere.
The good news is that there are a lot of things that we as individuals can do in our homes and workplaces to reduce our contribution to global warming and other environmental problems like urban smog and acid rain. Better yet many of these steps can save money as well as protect the environment.
Here are some practical, cost-effective steps that individuals can take and what they could mean for the environment.

Look for the "'Energy Star" label for products that use less energy and can cut your utility bill by 30 percent.


Lighting
Lighting accounts for 20 percent of all electricity use in the country and about 15 percent of electricity use in our homes. However, normal incandescent bulbs are actually heaters in disguise. The typical household spends $110 per year on electricity for lighting, but only 10 percent of this energy turns into visible light. The rest just heats the air around the bulb.
Fortunately, there is a practical alternative. Compact flourescent lamps (CFLs) use just one-quarter to one-third as much electricity as incandescent bulbs and last ten times as long. If every household replaced its most-used incandescent light bulbs with CFLs, electricity use for lighting could be cut in half. That would cut our nation's emissions of CO2 by about 125 billion pounds, enough to completely halt the growth of emissions given our recent growth rates.

continued on page 23

Page 20 | Top Of Page | Next Page

Go to Page: Index | Front | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 22 | 23 | 24 | 25 | 26 | 27 | 28