It’s official: the 2013 Ford C-Max Energi is the most efficient plug-in hybrid to date, achieving a cool 100 miles per gallon equivalent combined in official EPA fuel economy tests.
Announced last night by Ford, the $33,745 2013 Ford C-Max Energi has beaten both the 95 MPGe rating of the 2012 Toyota Prius Plug-in Hybrid, and the 98 MPGe rating of the 2013 Chevrolet Volt.
In achieving a rating of 100MPGe combined, the Ford C-Max Energi also becomes the first plug-in hybrid to be placed by the EPA in a special listing of cars which exceed 100 MPGe.
Previously, that list contained only pure electric cars, like the 2012 2013 Honda Fit EV, 2012 Mitsubishi i, and 2013 Ford Focus Electric.
Due to go on sale early next year, Ford says the EPA also gave the C-Max Energi a 108 MPGe rating in the city, just 2 MPGe less than the city rating for its 2013 Focus Electric.
At the time of writing, the EPA has yet to publish the official results on its fueleconomy.gov website.
The C-Max Energi’s non plug-in sibling, the 2013 C-Max Hybrid, is rated by the EPA with a 47 mpg all-round figure.
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Well, done Ford, but publish the GD numbers already.
Here is why. Ford claims that Energi will operate up to 85mph. But it also indicates the engine will come on during "heavy load or hard acceleration". With its 7.6KWh battery, it should get around 19-20 miles in E-range. But like Prius Plugin's 6 miles electric rating, I am afraid that Ford might get a 6 miles "electric ONLY" range too if hard acceleration kicks on the engine...
My understanding is a driver select switch can leave the Energi in EV mode even under heavy load, but the car will obviously not perform as well, and I believe there is a driver notification recommending going off of EV in those situations.
All of the PHEV/EREV's are different variations on the theme. In addition to performance, there are differences in battery packaging. Volt loses 5th seat; Energi loses cargo
We know for a fact that it is NOT a "full EV" mode.
The C-Max Energi can reach the posted maximum speed for almost any interstate in the county (except maybe Montana?) on EV only.
Most people in this segment are not going to be exceeding 85 mph. There are a lot of pros/cons to this vehicle, but this is a non-issue.
ahh, whenever I think ludicrous, I always think of "Ludicrous Speed" from "Space Balls". Funny movie.
And My Volt did it without any problem or any drop of gas. That is when I reached my highest speed ever in my Volt of 96mph.
BTW, at that speed, the Volt was stable, composed, still quiet and smooth.
However, wouldn't drive a "regular" C-Max be a better "value". Unless the "potential" 20 EV miles is really important to you.
So, for someone who want a more space than the Volt and cheaper price than the Prius Plugin, this is the way to go.
But I would like to see performance comparison.
I think it will be in the order of Volt, C-Max Energi and then Pip.
C-Max is around 3,000-3,200 lb in weight. Energi version should add about 300 lbs due to battery weight (using the Prius vs. PIP weight increase). So, it would be around 3,500 lb. That is only about 350-400 lbs heavier than the Prius Plugin or 500 lbs more than regular Prius...
I think the Energi version is rated around 43mpg in "extended" mode. But since it has a larger battery, it will operate in more EV mode than regular PIP. Plus, it should be larger than regular PIP as well. With larger rebates, it is also cheaper.
But I would like to find out about its performance as well.
http://media.ford.com/images/10031/2013_CMAX_Specs.pdf
I imagine the C-Max and energi model would be 5 stars rated...
How do these hybrids compare MPGe wise over a 25, 50, or 100 mile course? (Starting pre-fueled/energized with no stops).
EPA tests have become dated, and no longer reflect real world driving scenarios. Today testing equipment can better measure real-world acceleration profiles & driving speeds, but EPA test are decades old.
With 75% of American drive less than 40 miles per day, I think we should do at least a 30 miles or 40 miles EPA testing. In those cases, I think Energi and PIP numbers will drop down a lot and Volt numbers and other PURE EVs should be pretty much the same.
My wife tends to do a lot of driving around town and then returning home. Probably does about 20 miles/day. So I think the C-Max might produce a reasonable percentage of e-miles without the added cost of a larger battery.
For the PiP, the battery seems to small to contribute much in the way of e-miles.
I "need" a plugin that can do EV mode up to its max speed.
I have taken my Volt up to 96mph already...
I had a PIP for about a week for their "marketing Demo" program. Sorry to tell you that in my "typical driving" style, it wouldn't even get 2 miles Electric and I drive on the hwy way faster than 62mph.
Also, saying that you can get 13 miles in EV is like saying that Volt can get 50 miles in EV range (38 miles EPA rated). Well, both can happen, but NOT likely for most people on daily basis.
My Volt typically gets about 38 to 42 miles in e-range, but if I drive like a typical Prius driver (keep it below 60mph and being really slow), I can easily get 46 to 48 miles...
But if you load 4 adults with A/C or heat on full blast, you wouldn't make up the first small hill with "Normal" driving in EV mode...
http://www.fueleconomy.gov/feg/fe_test_schedules.shtml
For PHEV/EREV/BEV's, there is a separate procedure where a fully charged vehicle is run over the city course repeatedly until the battery is discharged. Then a fully charged vehicle is run over the highway test repeatedly until fully discharged. That's how the EV-only and MPGe numbers are derived.
I do not agree that the EPA testing is outdated; it measures real world reasonably well, and emissions precisely. No test can account for all individual driving habits.
All cars can be recycled, steel, copper, Alumnium, Lithium, rare earth metals in the EVs are all valuable commodities...
On the other hand, the C-Max gets 108 mpge in the city versus the Volt 101 mpge city, which may be more significant for people who live in congested areas.
Really well done Ford.
it would be great if it had the 6.6 KW charger of the FFE, and it would
be great if it had a reverse flow inverter to let you plug your house in to the car.
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