-Blog post by Reed Sandridge of Washington, D.C.
Before I share this blog entry with you, I want to wish my father a very happy birthday today – he turns 71! I love you dad!
When I visit a city I try to see it by foot or bike. Not only is it an environmentally friendly form of transportation, it slows you down enough that you see the details that you often miss while zooming by in a car or tour bus. I also do this in my home city of Washington, D.C. where you can discover new elements of our nation’s capital every day if you take the time to absorb your surroundings.
Every two years the U.S. Department of Energy challenges collegiate teams from around the world to design, build, and operate solar-powered houses that are cost-effective, energy-efficient, and attractive. They call it the Solar Decathlon and hold it on the National Mall – which for those of you not familiar with D.C. is not a shopping mall but a large open green area that is home to many of our national monuments.
The event featured a free bike valet – which is simply a secure place where you can drop your bicycle off while you visit the Solar Decathlon. This allows you not to worry about carrying a lock or removing items such as seats, wheels, bags, etc. that could be easily stolen. The whole process is really fast too. You just roll up and give them your bike and they give you a ticket to claim it later.
I spent the morning volunteering at the bike valet. Operated by the Washington Area Bicyclist Association (WABA), hundreds of visitors took advantage of this free service. You might recall that I helped WABA out earlier this year at Bike D.C. Volunteering was a blast and I also enjoyed checking out a few of the energy-efficient homes. I didn’t have a lot of free time away from the bike valet so I mostly appreciated the homes from the outside but did get the chance to tour the one built by the University of Tennessee which won 8th place – winners are judged on their abilities to effectively address affordability, consumer appeal, and design excellence with optimal energy production and maximum efficiency. I later went online and checked the others out and really liked the home built by the New Zealand team. It came in 3rd place! The overall winner was right from my backyard here: The University of Maryland.