EV Standard Range to Soon Be 500+ Miles?: "“A pair of technology breakthroughs added together may quadruple the range of today’s EVs, not only would this make the perceived Range Anxiety of electric cars a thing of the past, but it also gives the battery electric vehicle (BEV) a clear range advantage over fossil fuel powered vehicles” according to Kenneth Burridge"
Sunday, August 28, 2011
Utah researchers experiment with electric roads - Connecticut Post
Utah researchers experiment with electric roads - Connecticut Post: "it was continually charging as it drove along the highway.
A technical breakthrough at Utah State University could make that happen. The idea is to make the highways themselves a source of energy"
A technical breakthrough at Utah State University could make that happen. The idea is to make the highways themselves a source of energy"
Monday, August 22, 2011
Battery Capacity
My Nissan Leaf Forum • View topic - Range-Speed-Bars Thumb Rule Table (12.5mph best range speed): Battery Capacities:
1. Design Full Capacity - never used, no real way to tell, so not very important in day-to-day use.
2. Allowed Capacity - the part that Nissan allows us to use
3. Wall Capacity - the amount of energy required from the grid/wall/EVSE to charge the battery (maybe 26 kWh)
4. Charging Energy - after the losses in the LEAF's internal charger, the DC energy that is actually delivered to the battery pack (maybe 24.6 kWh, just a guess). The charger's efficiency is not usually as bad as people say.
5. Stored Energy - after modest cell heating and small chemical losses during charging (or Regen), the amount of energy that actually gets stored in the battery (maybe 24 kWh). The charger often gets blamed for this loss.
6. Recovered Energy - the real usable energy, significantly less than the Stored Energy (maybe around 21.4 kWh).
1. Design Full Capacity - never used, no real way to tell, so not very important in day-to-day use.
2. Allowed Capacity - the part that Nissan allows us to use
3. Wall Capacity - the amount of energy required from the grid/wall/EVSE to charge the battery (maybe 26 kWh)
4. Charging Energy - after the losses in the LEAF's internal charger, the DC energy that is actually delivered to the battery pack (maybe 24.6 kWh, just a guess). The charger's efficiency is not usually as bad as people say.
5. Stored Energy - after modest cell heating and small chemical losses during charging (or Regen), the amount of energy that actually gets stored in the battery (maybe 24 kWh). The charger often gets blamed for this loss.
6. Recovered Energy - the real usable energy, significantly less than the Stored Energy (maybe around 21.4 kWh).
Saturday, August 13, 2011
Friday, August 5, 2011
Wednesday, August 3, 2011
Why Aren’t Black Folks Driving Electric Vehicles? | The Atlanta Post
Why Aren’t Black Folks Driving Electric Vehicles? | The Atlanta Post: "The reason why people are not driving hybrids or electric cars is because of misinformation like this."
Wednesday, July 20, 2011
Hillsboro is Wired for EVs
HILLSBORO, OR - Nine new electric vehicle charging stations were recently installed in Hillsboro Oregon. This brings the city's total number of stations to 25.
Hillsboro now has more EV charging stations than any other city in the state. For comparison, the city only has 10 gas stations.
The charging stations can be found at the following locations:
- Civic Center
- InterModal Transit Facility on 8th and Baseline
- Gordon Faber Stadium
- Main Library
- Walters Cultural Arts Center
Drivers with plug-in vehicles can charge up at these Coulomb and Blink units for free. A membership card is needed for access. See blinknetwork.com and chargepoint.net for access cards.
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