Posts Tagged ‘electric’

Mavizen TTX02 Motorcycle is launched, ready for pre-order

Monday, November 30th, 2009

The Mavizen TTX02, billed as the world’s first production electric supersport bike, is available for pre-order for a spring 2010 delivery. This $40,000 all-electric racing bike can reach speeds over 130mph and is ushering in the age of green motor sports.ttx02

The Mavizen TTX02 is based around a KTM RC8 frame. It ships with two Agni motors and boasts a hot-swappable battery and drive train architecture. The bike is a “laptop on wheels” that runs on the Linux OS, comes with with integrated IP connectivity and a USB based system bus for open source engine management.

Work on all-electric vehicles in the demanding racing world means faster innovation for ultimate adoption in mainstream transportation with safe, economic, and cost effective alternatives to gas powered vehicles.

Smith Electric has produced the first electric truck at its new assembly facility in Kansas City.

Thursday, October 22nd, 2009

Smith Electric, an international manufacturer of commercial electric vehicles, announced this week that their first electric truck has rolled off their new Kansas City manufacturing facility. The have an impressive range of vehicles from the 2.3 ton Ampere van to the 12 ton Newton. Sign up for the newsletter here.

smith

Finally, an “MPG” for Electrics and Hybrids

Saturday, October 3rd, 2009

CNet reports that industry group SAE International will recommend a new “electricity per mile” metric to the EPA. This comes partly as a result of the 230 mpg claim made recently by Chevy for the Volt. From the article:

Having a rating for electricity per mile allows a consumer to figure out how much it costs to run a car per mile by using the local per-kilowatt-hour electricity cost, he added.

In addition to cost per mile, there are a number of other proposals to measure fuel efficiency for electric cars. They include an electric car’s range–a big limitation of all-electric vehicles–or miles per gallon equivalent based on the energy in liquid fuels and batteries.

The next step is to ensure these metrics are accurate, but it sounds like they’re on top of that too:

To come up with a mileage rating today, cars run a course on a machine called a dynamometer–essentially a treadmill fitted for cars and trucks–and the results are converted into miles per gallon. The current conversions don’t work well because plug-ins operate in two modes–the first 20 or so miles when the car runs mainly on batteries and then in the “charge sustaining” mode for longer rides, said Gonder.

To address that issue, NREL researchers devised a formula to convert plug-in hybrid car performance on dynamometers to reflect actual driving performance, he said.

“We’re trying to set appropriate expectations for what vehicles will get over a long period of time,” said Gonder. “We’re trying to predict the average (mileage) based on how often they drive between recharging.”


Dynamometer test used for mileage ratings
Dynamometer test used for mileage ratings

This is all good news — the sooner we have a standard, the sooner we as consumers can make intelligent comparisons and educated decisions.