Ever since I saw An Inconvenient Truth I’ve been pondering ways to do my part to use less carbon. Since I work with computers the first idea I had was to stop leaving my computers on 24-hours a day. That isn’t easy since at work I manage four servers and have two computers for programming. The best I could do was turn off my test computer when I wasn’t using it. However, at home I discovered I could save about 20 hours of power a day. Between those two computers I’m saving maybe 280 hours a week.
It’s a shame that Microsoft promotes automatic upgrades at night. Microsoft should tell people to turn their computers off when they aren’t using them and then develop programs that analyze usage patterns and run updates during the day. Most business just let workers leave their computers on 24×7. What a waste. I work at a university and they leave all the lab machines and classroom machines on 24×7 so they can run patches, updates and changes at night. But that’s wasting 16+ hours of energy a day per machine. Even with power saving features these machines waste a lot of energy (as do TVs and other electronics that never shut off but go into a mode designed for a quick start).
Simple solution – don’t run computers if you aren’t using them. What about reducing the amount of power they consume while running. I started googling around and found this ultra low-powered PC at Tranquil PC. Tranquil claims it uses just 15-21 watts running Windows XP Home – about the power of a compact fluorescent bulb. However, it uses a strange chip, the VIA C7-M that might be computationally low powered too. Googling VIA C7-M I discovered a whole wealth of knowledge about Carbon Free Computing, a phrase that seemed new to me, which means the idea isn’t that popular since I read a lot of computer mags and websites. Evidently seekers of the green PC are also aligned with the seekers of a quiet PC and solar power advocates.
This computer I’m typing on is over three years old and I’ve been thinking about getting a new more powerful model. The first decision I have to make is whether I should buy a new computer at all. One quote I can’t locate the source says 80% of the energy related to the lifetime of a PC comes from manufacturing. If that’s true then it has all kinds of major implications. To gain the most energy savings means using a computer for as long as possible. Second, if we want to further reduce that 80% factor, we have to convince manufacturers of PCs to work on lowering energy spent on making computers. Third, succeeding at this endeavor will adversely impact the computer makers economically and indirectly hurt the economy. Which is why you don’t see the President campaigning for the U.S. to become the international leader at reducing carbon production.
Every economic decision becomes an ethical decision. I have always noticed that the success of our economic system is based on a lot of inefficiency. If everyone was honest and law abiding untold thousands of policemen and related professions would be out of work. If everyone spent their money wisely how many people in the credit card industry would be out of work? And it’s all interrelated. The microcomputer has created millions of jobs since the 1970s. Computer use has vastly increased energy needs creating more jobs in the power business and that impacts mining and manufacturing. Becoming green and reducing carbon emissions means a new kind of economy. Environmentalists have always countered this problem by saying new jobs and industries will be created, and that overall the economy will succeed.
Will the world become green? I don’t know. I tend to think we will all continue on the same path because people don’t change until they are made to change. This means our society will continue until it collapses and a new system will form out of the chaos. To picture this just watch the news about Iraq – even there some kind of new order will eventually emerge. Students of history know that civilizations come and go. Personally, I’d rather make the hard choices now and remodel our current civilization so it survives. However, I’m probably fooling myself. I can’t even make myself lose weight when I know I’m approaching a health crisis. Statistics show only one person in twenty, or five percent can lose weight and keep it off. Does that mean only one person in twenty can make themselves into green people?
Dieting makes a good analogy to going green. To succeed we’d all need to watch our calories and carbon for the rest of our lives. This will require discipline, attention to detail and dedication. Which brings us back to the question: Which is better for the environment – keeping my current PC or buying a new Green PC? The same question applies to cars. Which helps the Earth more, keeping my 6-cylinder Toyota Tundra or buying a Toyota Prius? I don’t know. If 80% of the carbon cost of a PC comes from manufacturing and the figure is similar for a car, then whatever we buy needs to be used efficiently for a long time. The three year replacement cycle for cars and computers is carbon wasteful.
Recently PC Magazine ran an article about building a green PC. The whole focus was to reduce the amount of watts used. The end results were nowhere near the efficiency of the Tranquil PC mentioned above. And I have read elsewhere complaints about Microsoft causing increase energy use by pushing its new Vista operating system. Most reviewers say Vista needs a discrete video card, a feature that often consumes more watts than the motherboard or CPU. This brings up the idea of whether Linux, Windows or Macintosh operating systems are the best for the environment.
To be fair, we have to consider use. A gamer with a high powered rig using 650 watts will hate the Tranquil PC using 15 watts. We can’t just say gaming is bad for the environment, so give it up. Like the idea of carbon management and carbon credits, we have to give every individual the chance to save energy in their own way so they can spend it in whatever way they like. For example, gamers could walk or ride bicycles for transportation so they can spend their energy credits on high-powered games.
For such energy/carbon credit systems to work we’d have to know what our energy allowance is. I don’t know if anyone knows the answer yet. Dieting only works when you know your daily calorie target and so we need to know how much energy we use now and how much less we need to use to save the world. Each person on Earth causes X number of carbon molecules to be released in the atmosphere. We could count up the total, divide by six billion and have the answer. Then we decide what our diet should be and know how many carbon units we can use each day. The trouble is that won’t work because people in Africa create far less carbon than someone living in the U.S.
While the Chinese are speeding along towards using energy like Americans, Americans should be working to use energy like the Chinese used to. That’s not happening.
Cynical minded people will just say buy whatever kind of computer you want because nothing you do will matter. Henry David Thoreau sat in his cabin by Walden Pond and saw progress barrelling down the track and knew it was going to crash into Concord. Walden was the book he wrote warning the people of the time about the future. No one stepped out of the way of progress. Thoreau observed that we all have choices we can make in how we eat, where we live, how we dress, the work that we choose, and explained that these choices meant something. Our times require that we all become Thoreaus, but I tend to doubt this will happen.
I think I’ll hang onto my present computer for awhile and continue to run Windows XP. I’m going to study the Green PC and maybe build one in the future. When I do, I think I’ll design it so it will last as long as possible and allow me to swap out parts, or even recycle parts from my present computer. I’d also like to explore other energy saving ideas. Is it better to play MP3 music through the computer or CDs through my stereo system? Can I digitize all my paper using habits? Are printers really needed? Besides being green, these are interesting intellectual challenges.