Honda is joining the club next year as well: http://www.autoblog.com/2012/10/03/2...-drive-review/
Volvo too (maybe not in 'Merica though):
In joshh's opinion, Volvo must be a moronic car company, right? Selling diesel plug-ins for $81,000 and only targeting 1,000 a year to start.
The true question will be what amount of kwh and EV-only range will people demand. Everyone seemed to doubt 35-38 miles usefulness, although the data showed that covers most people's daily commutes. All of the competing PHEVs come up way short of the Volt's range, but even the 10 miles of the Prius and Honda might cover some people... Perhaps eventually make two versions? Low and high range? Less batteries = less weight and cost but then also have a 60 mile range one?


60 miles of EV-only range would satisfy 80% of daily commutes. 38 miles covers roughly 65%?
The competing 10-20 miles provide coverage 20-40% of daily commutes, respectfully.
Regardless of how Chevy decides to design its Gen II Volt (2015 model year), it will be releasing it while other makes are still bringing out their first gen PHEVs. It took a leap ahead in technology and for a change of pace GM has been ahead of the competition after being late adopters to tech. Still ironic that people burned them for being early adopters or trendsetters.
Volt likely to to get new platform by 2015 model year
http://www.popularmechanics.com/cars...ext-chevy-volt
They were planning on leveraging from the beginning, which is just basic sense.
GM Hopes to Cut Next Generation Volt MSRP by $7,500
First, let's discuss the different drives (not Modes, remember, even though it's oh-so-easy to call them that). First, know that the Accord is the first to use Honda's Earth Dreams two-motor hybrid system that employs a 2.0-liter iVTEC Atkinson cycle engine electrically coupled to a Continuously Variable Transmission. The engine does 10-percent better on fuel economy than Honda's last 2.0-liter and provides an overall power output of 196 horsepower and 226 lb-ft of torque.
EV Drive. Here, the only energy moving the car comes mostly from the battery. When starting with a full battery pack, the engine will not kick in under normal city driving until the pack is depleted, which should take 10-15 miles. When the driver requests "higher speeds or under high demand for acceleration," the gasoline engine will turn on "to provide additional power." This drive operation automatically comes on during deceleration. The official top speed in EV Drive is around 80 miles per hour and an electric A/C compressor and water heater allow the car to stay in EV mode longer.
Hybrid Drive: This is where the Accord PHEV does its best Chevrolet Volt impression. The battery is still used, when there's juice, but mostly, Hybrid Drive only gets the engine running in order to send electricity straight to the 124-kW electric traction motor. The engine does not turn the wheels directly.
Engine Drive: Now we're in standard internal combustion territory, because this is when the gasoline engine provides direct drive of the wheels. Battery? What battery?
EV Drive. Here, the only energy moving the car comes mostly from the battery. When starting with a full battery pack, the engine will not kick in under normal city driving until the pack is depleted, which should take 10-15 miles. When the driver requests "higher speeds or under high demand for acceleration," the gasoline engine will turn on "to provide additional power." This drive operation automatically comes on during deceleration. The official top speed in EV Drive is around 80 miles per hour and an electric A/C compressor and water heater allow the car to stay in EV mode longer.
Hybrid Drive: This is where the Accord PHEV does its best Chevrolet Volt impression. The battery is still used, when there's juice, but mostly, Hybrid Drive only gets the engine running in order to send electricity straight to the 124-kW electric traction motor. The engine does not turn the wheels directly.
Engine Drive: Now we're in standard internal combustion territory, because this is when the gasoline engine provides direct drive of the wheels. Battery? What battery?
Volvo's production and sales forecast is small scale, but it does seem to be moving the metal. Volvo initially announced a target of making 1,000 of the 2013 models, but high advance orders led the company to ramp up production levels. Production will increase to between 4,000 and 6,000 cars for the 2014 model year.
It's not clear when these V60s will be arriving in the US. Americans have become more interested in buying "clean diesel" vehicles, and the plug-in hybrid mileage benefits could add to the V60's market appeal. They're not cheap – reports said it would cost around the equivalent of $81,000 US –but they are expected to sell out in Europe. "The first year's 1,000-car batch was sold out even before the car reached the showrooms and the order books for next year's cars are already filling up,"
It's not clear when these V60s will be arriving in the US. Americans have become more interested in buying "clean diesel" vehicles, and the plug-in hybrid mileage benefits could add to the V60's market appeal. They're not cheap – reports said it would cost around the equivalent of $81,000 US –but they are expected to sell out in Europe. "The first year's 1,000-car batch was sold out even before the car reached the showrooms and the order books for next year's cars are already filling up,"
The true question will be what amount of kwh and EV-only range will people demand. Everyone seemed to doubt 35-38 miles usefulness, although the data showed that covers most people's daily commutes. All of the competing PHEVs come up way short of the Volt's range, but even the 10 miles of the Prius and Honda might cover some people... Perhaps eventually make two versions? Low and high range? Less batteries = less weight and cost but then also have a 60 mile range one?


60 miles of EV-only range would satisfy 80% of daily commutes. 38 miles covers roughly 65%?
The competing 10-20 miles provide coverage 20-40% of daily commutes, respectfully.
Regardless of how Chevy decides to design its Gen II Volt (2015 model year), it will be releasing it while other makes are still bringing out their first gen PHEVs. It took a leap ahead in technology and for a change of pace GM has been ahead of the competition after being late adopters to tech. Still ironic that people burned them for being early adopters or trendsetters.
Volt likely to to get new platform by 2015 model year
http://www.popularmechanics.com/cars...ext-chevy-volt
For starters, I thought of the most obvious factors: The Volt needs to get lighter, less expensive and more energy efficient. (But then again, what doesn't?) That sentiment was echoed by Volt chief engineer Andrew Farah when I spoke with him at the January 2011 North American International Auto Show. "We're already looking at other portfolio opportunities," Farah told me (meaning other types and sizes of vehicles that might be good candidates for Voltec powertrains). "We're also looking into what Gen II might be. Among other things, we need serious cost reduction."
GM Hopes to Cut Next Generation Volt MSRP by $7,500


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