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So at the next town, we found a warm bar, willing to provide us with hot coffee, somewhere to drink it and more importantly, much needed power for our Leaf.
But yet again, with no official 16A EVSE available, we were forced to wait an agonizing 40 minutes as the car added a further 8 miles or so to the range. Temperature it seemed, was slowing down charging too.
We left as the bar closed and the witching hour approached. With an estimated 20 miles delta between estimated range and actual miles to go, we were set for the long drive to our destination.
Late night driving it seems had one advantage: we were able to cruise at the speed we wanted, rather than risk holding up traffic. Slowly the miles dropped away, hills were climbed and we reached the highest point on our trip with just 18 miles predicted range left and 11 miles to go.
We had begun to think we were too optimistic, but the wonders of potential energy saved us.
As the Leaf descended 5 miles of 10% gradient our predicted range increased. Little by little our destination came ever closer, even if our car was screaming for a recharge.
We entered the last mile with an estimated 15 miles to go. A celebratory last leg, we put the heater on high and snuck the car into D, driving as we’d have liked to on the whole trip.
Pulling into the destination our car told us it had enough range for an estimated 12 miles of travel, our last mile of frivolity costing us a massive 3 miles of predicted range.
But that wasn’t important any more. We’d made the trip.
So what can we learn from our admittedly risky trip?
Firstly, we didn’t run out of charge. With extremely careful driving and speeds which would normally have caused a tailback in the daytime, we had travelled 101 miles.
Our indicated range of 11 miles was just shy of the 13 miles we’d put in en-route. But then again, arriving with no predicted range remaining wasn’t something we’d have wanted to do.
Secondly, cold weather does affect range in the 2011 Nissan Leaf. We’d chosen a triple whammy of cold weather, long distance and no official EVSE stations, which we are happy not to repeat again.
Finally and most importantly, we made it. Yes, it is possible to do a trip at the limit of an electric car’s range, but it takes determination and immense concentration to balance accelerator, brake and gear selection to make it happen. And as we found, it also helps to be able to be amicable enough to source recharging points wherever possible en-route, even if they are little more than domestic outlets.
Is it really practical to do a long-distance trip in an EV? We’ve discovered that really does depend on the trip you’re planning.
Obviously, without rapid charging, travel by electric car becomes more of a challenge. It is still possible, but requires planning and common sense. What you save in gasoline you may lose in travel time, unless you can work on the road while your car charges.
Our advice? For warmer weather, trips of up to 70 or 80 miles between charging stations are possible. In colder weather, aim for 50. Plan to keep a ‘backup range’ for emergencies, and if you must travel into areas without known charging infrastructure, a level 1 EVSE is as useful as a chocolate teapot unless you want an overnight recharge.
Instead, carry a level 2 EVSE capable of providing at least 10A, or preferably 16A..
Finally, we recommend you carry a smartphone, complete with Internet connection, just in case you need to find that elusive power socket.
In closing, we’d like to point out that this situation will change, and is already changing as more and more level 2 and level 3 charging stations are rolled out. But until charging stations are as ubiquitous as gas pumps or truly portable fast level 2 charging is possible we’d have to recommend, for very long journeys, you leave the electric car at home and find an alternative.
Have an opinion?
Noel Park Posted: 4/22/2011 2:20pm PDT
Chris O Posted: 4/23/2011 1:30am PDT
Here's part of the reasoning behind it. We had a car, and it was cheaper to do the trip by electric car. But secondly, we did have the car and wanted to see just how it performed. Sure, we had to make sacrifices, but we proved with careful driving it was possible.
Nikki.
Here's part of the reasoning behind it. We had a car, and it was cheaper to do the trip by electric car. But secondly, we did have the car and wanted to see just how it performed. Sure, we had to make sacrifices, but we proved with careful driving it was possible.
Nikki.
Michael Posted: 4/23/2011 8:46am PDT
Noel Park Posted: 4/23/2011 10:18am PDT
Well maybe, but I have driven my Volt 2800 miles and used 14 gallons of gas. Let's see a Prius do that. 90+% of my driving is commuting on battery alone. For the other 10% it's really handy to be able to shift to gas and not worry about stopping every 80 miles or whatever to wait around for 20 minutes for the Level 3 charge, which essentially does not exist in the US anyway.
Honestly, if GM had chosen to build a BEV instead of an EREV, I would probably be driving one of them and using a gas burner for extended trips as Trevor suggests. No Nissans or Mitsus for me, thank you very much.
As for using Volt, Prius, or Leaf & rental cars. It seems tpo me that question goes back to the adage that seems to get more and more use, "it depends on your personal driving needs and circumstances". For example If you normally make multiple 300 mile trips a week a Prius would make much more sense than a Volt in regards to fuel use.
Sunny Posted: 4/24/2011 8:25pm PDT
Also watched an interview with the ceo of 'Better Tomorrow', who came up with the idea of 'Swapping stations' where your empty cells pulled out and full cells pop in, in less than a minute. He indicated such infrastructure already built in Israel.
Tom Posted: 4/25/2011 11:12am PDT
The Leaf is a commuter car. Period. It is a rather good one. But using it for long highway trips is simply not advisable.
Heavy D Posted: 4/25/2011 12:01pm PDT
One thing that was very clear though; you didn't run out, you would never have run out, why? Because you would have found some power, somewhere; this electric stuff is everywhere, it just comes from small pipes today.
Keep racking up those miles!
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