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While many car buyers today are interested in making the switch from gasoline to plug-in cars, they often worry that they have nowhere to charge it at night.
That worry can lead to consumers ignoring plug-in options, but a new study from the U.S. Energy Information Administration (via GreenTechMedia) has proven that nearly half of all U.S. car-owning households park their car within 20 feet of an electrical outlet.
Detached houses, not apartments
As you might expect, single-family detached homes fared best in the recent Residential Energy Consumption Survey, with 60 percent of detached homes offering some form of electrical outlet within 20 feet of car parking space.
Also unsurprisingly, apartments fared the worst, with only 14 percent of car owners in apartment complexes identifying somewhere to plug-in less than 20 feet away from where they parked.
Location, location, location
Interestingly, the likelihood of having a home with an electric charging station within 20 feet of its parking space changes according to where in the U.S. you live.
The study discovered that single-family homes in the Midwest region displayed the greatest potential for supporting electric vehicle charging, with over 60 percent of homes having a power source near to any designated parking space.
Conversely, homes in the northeast, even detached single-family homes, were more likely to not have power within 20 feet of any car parking.
Why?
It’s simple: home age.
As the survey discovered, the newer the home, the more likely power outlets would be found within 20 feet of a parking space. With a higher average home age than the Midwest, it follows that only 40 percent of single-family detached homes in the Northeast have easily accessible power outlets.
Despite electric cars being better suited to city life than country life, those in rural areas were more likely to have access to an electrical outlet than those in large cities, partly due to the higher number of apartments in urban environments than in rural areas.
Family income influences availability
Aside from housing type and geographic location, total family income also influences the likelihood of electrical outlet availability.
The study found that for families living in detached houses, only 30 percent with annual family incomes less than $20,000 had access to an outlet within 20 feet of where they parked.
For homes with a family income greater than $80,000 a year, that figure rises to over 65 percent.
Outlets ≠ charging stations
The EIA’s latest report on power outlet availability is good news for would-be electric car owners, but we feel it necessary to make a distinction between a power outlet and an electric car charging station.
In most cases, the outlets cited in the report will be the standard 110-volt domestic outlet.
While sufficient to power things like holiday light displays and electrical gardening equipment, using a 110-volt outlet to charge an all-electric car results in very long recharging times.
Charge a car like the 2012 Nissan Leaf from empty from a 110-volt outlet, and it will take 20 hours or so. Charge from a dedicated 240-volt charging station, and that drops to under 8.
In short, the presence of a 110-volt outlet means an electric car can be charged if needed, but for regular, faster charging, a dedicated 240-volt, level 2 charging station should be fitted.
The good news? With other power circuits nearby, those wanting to install a dedicated level 2 charging station will be able to at a reasonably low cost.
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Perhaps you could expand upon the last paragraph. How does having a 110 volt outlet make it cheaper to install a 220 volt outlet? You still have to run a new wire in whether there is an existing outlet or not.
You're right: there is the requirement to lay a new cable (usually). However, if you're following an existing cable run, there may be less groundwork required.
Secondly, if there's an existing outlet, it probably means there's a breaker box nearby, or perhaps a conduit that can be used for the new 240 V cable :)
However, none of that helps me at my house. The larger size of the 240V wire means that it will need a separate path to my garage.
Fortunately, I upgraded from a 100 Amp to 200 Amp service years ago, so at least there is enough power.
that they think about installing Level 3 (not 2) chargers in the underground (secure) garage. Our building had three phase inputs
and this would have been relatively simple. If not that, then a few Level 2 chargers would have been my next choice. People living in condos will have it much easier getting power for their parked EVs than those in rental apartments, since they control what goes on, not a landlord. Of course, they also have to pay directly for the equipment. The problem with many of the public charging stations is that they are so slow that they cannot service more than a few cars per day. Faster recharging means cheaper recharging, where chargers are shared.
For example, a Nissan LEAF takes EIGHT hours on a 240-volt Level 2 "charger" to go from empty to full. My new Ford Focus Electric can be completely recharged in HALF of that time on the SAME Level 2 electric vehicle charging station.
I've got my Focus hooked up right now to a standard outdoor 120-volt outlet after driving < 30 miles to work. Theoretically, in the 8 hours I'm working my Focus will recharge and gain most (if not all) of the energy I used to get to work.
In short, MORE public Level 2 (and Level 3) "chargers" are good. BUT, BETTER on-board EV charging systems are needed too, IMHO.
Nissan may well upgrade the charger once it starts building 2013 Leaf models in Tennessee:
http://www.greencarreports.com/news/1074273_2013-nissan-leaf-better-heater-leather-option-6-6-kw-charger
Solution: A 240-volt electric vehicle charging station (EVCS) was attached to the OUTSIDE of my house, adjacent to my driveway where I park.
I recently converted the all-weather EVCS to the SAE J1772 plug that's now standard on all EVs, including my new Ford Focus Electric! You can read about it here:
http://my-ev.blogspot.com/2012/07/charging-toward-independence-of-gas.html
One: for my wife's commute it was never a problem charging 110 for our Leaf, except on the weekends. Level 2 is nice, but not an absolute necessity for this sized battery.
Two: be very careful where you plug in. I originally plugged the car into a garage outlet until I had our 200 amp service upgraded. Found out the breaker was bad on that circuit, and some yahoo had all of the garage outlets on the same circuit as the dishwasher and disposal (both are required to have their own separate circuit). Could have burned our house down.
The term in the National Electrical Code is "EVSE" for Electric Vehicle Service Equipment, not EVCS. But no matter, no one uses it.
I almost always charge at 120 volts at home. I carry a portable 240 volt charging box when I travel out of town. We also have 120 volt charging available at work. Those that have long commutes might need 240 volts at home, but it is uncommon.
Most people drive less than 40 miles a day, which is about 8 hours to charge at 120 volts.
However, when I do try to charge it at work under our solar panel, the Volt EVSE resets itself so frequently and it is almost useless to charge it. I think the transform/inverter from the 1 MW solar panel at work has really dirty signal or bad neutral/grounding...
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