
2012 Toyota Prius Plug-In Hybrid - production model
2012 Toyota Prius Plug-In: Parsing The EPA...
Is the 2012 Toyota Prius Plug-in Hybrid The...
2012 Toyota Prius Plug-In Hybrid: Is It An...
But Toyota rejects that logic. In conversations with engineers, we learned that the charging port migrated to the rear simply to save weight--by eliminating long runs of thickly shielded high-voltage cable from the rear-mounted battery pack to the left front area of the car.
Slightly ponderous
Toyota managed to take 150 pounds of weight out of the production car, compared to the prototype. But the Prius Plug-In still feels slightly heavier and more ponderous underway than a standard Prius liftback.
(Since we'd spent all day driving the significantly smaller and nimbler 2012 Toyota Prius C compact, the standard Prius may have seemed large and unwieldy, too.)
In either EV or normal mode, the plug-in Prius accelerates in a linear fashion--though of course it's smoother and much quieter with the engine off.
While there's some whine from the motor-generators and/or power electronics, all-electric operation is still much quieter. The difference in noise level is sufficient to encourage drivers to keep it operating on battery power as long as possible by modifying their driving habits.
Does it make sense for you?
The 2012 Toyota Prius Plug-In Hybrid is now the very top model in the four-car Prius range.
Whether it makes sense for you depends on how far you drive daily, and how often you can plug in (for up to 3 hours) to recharge the battery pack.
If you're considering the car, take a look at a post in which we crunched some of the numbers to demonstrate how it might (or might not) work for you.
High-end equipment
All Plug-In Prius models get remote air conditioning, a charging timer, heated front seats, a Display Audio system with navigation and Entune, and LED running lamps.
The base plug-in model starts at $32,760 (including destination), but the Prius Plug-In Hybrid Advanced trim level--which adds a navigation system, JBL GreenEdge audio, a head-up display, dynamic radar cruise control, a Pre-Collision System, LED headlamps, a power driver's seat, Safety Connect, and smartphone integration--costs $40,285 before adding any options.
The Prius Plug-In qualifies for a Federal income-tax credit of $2,500, as well as various state, regional, local, and corporate incentives for plug-in vehicles.
Last November, Toyota announced that Leviton will offer a 240-Volt, Level 2 home charging station—of up to 30 amps—with special support for Prius Plug-In customers, with the prices of $999 and up.
This year the Prius Plug-In Hybrid will only be sold in 14 launch states: California, Oregon, Washington, Arizona, Maine, Massachusetts, Vermont, New Hampshire, Rhode Island, Connecticut, New York, New Jersey, Maryland, and Virginia.
In several of those states, most notably California, the Prius Plug-In will qualify for access to High Occupancy Vehicle lanes with only a single occupant.
Next year Toyota will roll out the plug-in Prius in the rest of the country.
Toyota says it expects about 15 percent of its total Prius range sales to be the plug-in model, indicating that it hopes to sell 25,000 or more Prius Plug-Ins a year.
That puts the latest plug-in entry in the U.S. market about on a par with expected Leaf sales next year, with the Volt's sales numbers at that level or perhaps higher.
Let the plug-in battles begin.
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As far as the vehicles go, the Prius layout is just far better than the Leaf or the Volt. There is very little room to sit in the back of either (no "toe room" in the back of the LEAF). Also, for cargo capacity, the Prius load bay is much better than the Volt.
I am the only one to feel like the PiP Prius is more of a "sure bet" than the other two?
I have a Leaf and a Gen 2 Prius. I think the back seat of the Leaf is superior to the Prius since only kids ride back there and toe room is not needed. The kids also sit up higher than in the Prius so they can see everything better. It's less claustrophobic in the back of the Leaf than in most four door sedans.
How often do you have adults sitting in the back seat, really? Pretty low time I'd think.
You mention the two priced packages available, with the loaded version being quite expensive, but I want readers to know they can buy the base model and add navigation for about $700 through the fleet manager like we did if you don't want the rest of the fluff.
Before I would now ever consider adding a factory based navigation system, I would check out several of the portable car units. At least a couple of 7" screens and offer LIFETIME MAP UPDATES, which OEMs are charging $140 or so for each such annual update. Our last 5 cars have had OEM navigation, but I plan on trying to avoid this very costly extra profit item for the OEM on my next car if possible.
EV in the city and HV on the highway and the ability to switch modes by the driver, there is an opportunity to optimize both fuel in your commute.
I have been on the prototype and it was a huge difference.
Since there is a button to switch between EV and HV mode, you can choose to run EV mode only in city traffic and leave the highway miles in HV mode.
EPA doesn't test it that way. They require continuous electric miles to qualify for AER. If you put 6 EV miles at the beginning of your trip and another 6 miles at the end, you'll have a total of 12 right? Nope, according to EPA, you had 6.
This blended mode surely has value in displacing gasoline and reducing pollution, but it seems less "satisfying" than driving on pure electricity.
I mean, what is the point of driving a Prius if you can't feel smug :). The other day I had a Leaf owner refer to my Prius as a "gas-guzzler."
For long freedom drives, you can also feel smug with the 50 MPG eAT-PZEV rating.
Leaf may not use any gas but with the current grid cleanliness, it produces 230 gram of CO2 per mile (national average). Prius (no-plug) produces 222 gram/mile. The PHV model should be cleaner between 200-210 gram/mile.
http://www.fueleconomy.gov/feg/label/calculator.jsp
The vehicle is too different from the Volt of the LEAF to be compared directly.
A hybrid need to use both fuels. Battery is great for city slow speed stop and go traffic. Gas is great for high power, high speed long distance miles. Using the right fuel at the right time is something only a hybrid with two power sources is able tap into.
It also add the fun factor because the control is given to the driver with a switch. It is not about EV purity but it is about optimizing both fuels.
MrEnergyCzar
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