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Before many of the cars are even sold here, a federal push to expand the technology will bring at least 30 charging stations to Sarasota and Manatee counties and at least 150 more to the Tampa Bay region by the end of 2012. The $8,000 cost per station will be paid by the ChargePoint America program, subsidized by a $37 million grant from the U.S. Department of Energy.
So far, only about 3,000 of the 14,000 chargers (plus 300 commercial units) have been installed, a less-than-scheduled number that ECOtality attributes to the unexpectedly slow rate of LEAF introductions (caused in part by the Japanese tsunami and hurricane).
"We expected to be further along with the residential EV Project installations," said Don Karner, president of ECOtality North America, in an interview with PluginCars.com.
NissanCarwings said:charging stopped
YOURLEAF stopped charging. the vehicle's battery is currently at 10 of 12 bars.
CoulombChargePoint said:The station at which your vehicle is charging, {LOCATION}, has detected that the plug has been removed from the vehicle, and therefore your vehicle is no longer charging. Please physically inspect the vehicle, the charging station, and restart the charging session if necessary.
Thank you,
The ChargePoint Network!
CoulombChargePoint said:The station at which your vehicle is charging, {LOCATION}, has detected that the vehicle is drawing very little power. This typically means the vehicle is fully charged, but may mean it is configured for delayed charging. The vehicle has accepted 3.476745 kWh and has been plugged in for 01:15:10 (hh:mm:ss)
Digits only out to the milliwatt-hour? That's not nearly precise enough...The vehicle has accepted 3.476745 kWh...
DPeilow - your most recent post looks blank to me.
Nissan Sets 1,500 - 2,000 DC Quick Charging Target For U.S. By 2014
http://www.greencarreports.com/news/1072933_nissan-sets-1500--2000-dc-quick-charging-target-for-u-s-by-2014
With announced EV models multiplying fast, the next big challenge is to scale up the national charging infrastructure and ensure grid readiness. Indeed, for EVs to hit a virtuous cycle--where more sales help lower the price, and the lower price begets more sales--plug-in vehicles must appeal to mainstream drivers, beyond the early adopters who have bought so far...
The grid must also be adapted to support new technology developments around faster EV charging. Fast-chargers, which work at twice or more the voltage of home chargers, can deliver more power to EVs at a quicker rate, and thus are an attractive option for public charging sites. But while they’re more convenient, they also will be more expensive, and most grids are not currently prepared to support them. Consider that, today, a car’s tank can be refilled with gasoline in roughly four minutes. For tomorrow’s EV rechargers to match that experience, it will mean delivering the same amount of electric power used by a grocery store during that recharge time.
I have the impression they do not understand 90% of the time cars are charged at home at night, and fast-charging wil happen only in max 5 to 6 % of the remaining time!!!