
As gas prices go up and green thinking expands, it seems electric bikes are seeing a huge surge in popularity. Sales in the US nearly doubled last year, reaching 10,000 in 2007. And Amazon reported a 6,000% increase this summer from last year. Seems that while many bikes are priced between $1,500 to $2,500, it is worth it to people to invest in one that can cart them around with minimal effort. I’ve definitely considered the electric bike as city transportation, but figure that since biking is my only exercise, I better not slack off, even on the uphill climbs.
Even in countries that have gotten around via pedal power for some time, battery-powered rides are looking more attractive. France is tied with the US in electric bike sales, and Germany reached 60,000 sales last year with expectations to double that this year. The Netherlands are taking the lead with 89,000 sales last year and a projected 121,000 this year. That is a whole lot of electric bikes. Seems that they’re getting pretty hip, and can be an excellent conversation starter. Though, with people needing to leave behind their first born child at the gas pumps, we can hazard a guess that conversation is not the main reason people are hopping on the electric bike bandwagon.
Designs for bikes are becoming more varied and cost effective. There is one model that is only about $350, and a DIYer can rig something for a minimal cost as well. But for someone who wants some serious style, there is a fairly large handful of options. There are even pedal-less options so you’re more on the side of scooter than bike. Electric bikes are an excellent option for people who need to get around town, want to do it cheaply, greenly, and relatively sweat-free.
Our EcoGeeky sides can get some great exercise by dreaming up ways to ever improve the weight, range, and clean chargeability of electric bikes. Neodymics is on to something with their bike-to-moped conversion kit.
What cracks me up about this trend is that even former GM execs are on to it: "The electric bikes are the next big thing," said Frank Jamerson, a former General Motors Corp. executive turned electric vehicle guru, according to the Associated Press. This seems to definitely be an opportunity for ecogeeky cycle designers to explore.
Via Associated Press, AutoblogGreen; Photo via qilin

written by jello5929, August 18, 2008
coal -> battery -> motor -> motion
tofu -> human -> pedals -> motion
The first one emits less C02 per mile than the second one.
written by Jacob, August 19, 2008
written by John, August 19, 2008
Some powerplants can operate at about 60% thermal efficiency with combined cycles. the loses on going to and from the battery are on the order of 10%, so even if you use a bad power plant (35%), bad batterys (85%) and a bad motor (85%) you still are a lot better than a good car, and that is efficiency alone. An electric bike is orders of magnitude smaller than a car, and therefor uses even less energy.
written by Michael, August 19, 2008
written by Jim McDish, August 19, 2008
RD
www.FireMe.To/udi
written by Brian, August 19, 2008
The weight difference ALONE makes it a complete no brainer. How much money and energy do you reckon are spent hauling thousands of pounds of metal (ie, a car) around?
written by Casey, August 19, 2008
Cool video on that page too.
written by jello5929, August 19, 2008
First, a typical electric assisted bike in US is 250W-350W.
Second, burning coal to charge this bicycle uses less fossil fuel energy than shipping you enough food to pedal it yourself.
Third, it's not going to increase power consumption by that much. A 30 mile round trip is only going to burn about 500w-hr on one of these things.
500w-hr is nothing. That's an hour of gaming on a typical desktop computer. That's two hours of watching TV on a big screen DLP. One 20w CFL left on all day. Etc.
written by Mike, August 19, 2008
written by Jason, August 20, 2008
GO E_BIKERS!!
Jason
written by David C., August 20, 2008
conversion here too ;D ;D ;D
written by Rodger, August 20, 2008
It was a kit, so now my old beach cruiser is now a hill climber! LOL
Thanks Dave!
written by Rodger, August 20, 2008
But yeah, now to remove all the rust off my other rim.. hmm..
written by Free Xbox 360, August 20, 2008
written by Matti, August 20, 2008
False. You got to eat food anyway if you want to stay alive. Old bike emits still less CO2 in the long run.
With electric bike you got to charge batteries constantly and replace them. It is not carbon free operation.
written by WillG, August 20, 2008
I read an article called "Scooter Polluter" at http://economicefficiency.blog...luter.html which shows how scooter create more smog than cars, way more.
I guess the issue is really where localities want to perform the trade off.
written by matt, August 20, 2008
I don't believe that it is a question of muscle VS electric. Basically electric bikes are a commuter.
I ride my e-bike to and from work. I ride my mtn bike when I wanna go for a ride. I cannot show up in my office all sweaty, so I ride my e-bike.
It works in the same manner that a train vs car does. a 6,000 lb train car gets about 900 miles per gallon when connected to the train.
When we plug in our e-bikes at night it uses very little energy, no more than a lightbulb being on for about 20 mins.
It is 1,000 times more efficient than a car for commuting.
But yes, I do ride my road bike and mtn bike as well for fun and health. But I e-bike to commute every single day.
Try it you might just like it.
There are plenty of companies out there like ampedbikes, crystalyte, bionx etc etc. to convert an old bike in your garage into a 20-25 mph silent e-commuter.
written by Electric Bike, August 20, 2008
@ Matt, you decision to use a bike for your commute is both admirable and makes eminent sense. Good for your waistline and your pocket book, to say nothing of the environment. :)
written by Greg, August 20, 2008
=no coal/fuel burning
written by Uncle B, August 20, 2008
written by Jock Drummond, August 25, 2008
written by Tom Jolly, August 27, 2008
written by Leo Verkoelen, August 31, 2008
written by heather, September 16, 2008
we both use ampedbike's conversions. I ride 22 miles each way to work, recharge at work and love every minute of it!
written by Electric bikes, December 08, 2008
Our strength products for exporting is light weight electric bicycles with high quality Li-ion battery and Aluminum alloy frame,such as electric mountain bike, folding electric bikes, city electric bikes and so on.weve had above 5 years manufacture of electric bike for exporting. We always insist on offering high quality products,good service and support after sale for our customers all over the world. And we always closely follow the world trend of electric bicycle new items are released monthly.so our products are welcomed by good quality, advanced style and good quotation,especially in europe, America,Austrilia,Japan and so on.OEM orders are also welcomed according to your detail requirments.
Good quality comes from profession.We warmly welcome customers all over the world.
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written by eCo Wheels, December 24, 2008
written by Sam, March 01, 2009
1. You can paddle and consider it as a daily exercise, helps you to keep your body fit.
2. When you get tired or are in no mood to paddle, use motor instead but still keep in environment green. The CO2 emitted by electric vehicles is negligible to what gasoline vehicles are emitting.
I bought my scooter from R Matrin LLC in 2003 and so far, its going great. If any one of you wants some medical advice, you can contact me through email. Would love to reply back to you.
Sam
written by lavender, March 01, 2009
I was planning to buy a biclycle and was in doubt from where to buy. I have checked the site you have mentioned, www.rmartinbikes.com , and their products look good. I am gonna go for LX1 model, orange color. Thanks for your advice.
Levis!!
written by Matthew, March 20, 2009
written by Ryan, May 24, 2009
Electric Bicycle Kingdom has a lot of great info on this.
written by Mark, May 24, 2009
http://www.electric-bicycle-kingdom.com/ has the current laws to a tee.
written by Cheap Electric Bikes, September 02, 2009
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It uses coal/oil fueled power plants (especially in US) to make electricity, then converts the electricity into chemical energy, from then you again take out electricity to make mechanical power.
You can be lucky to get around 20% of efficiency out of this loop. Very similar to IC engines.
Not to forget hills of unuseable acid filled lead junk in two years time.