Demonic
Well-Known Member
I know several personally, but I don't think you'd recognize their namesName 3.
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I know several personally, but I don't think you'd recognize their namesName 3.
Probably Tony, Jeff and Mike. Those guys and their beemers, am I right?I know several personally, but I don't think you'd recognize their names
You live where they have cheap gas. I drive at least twice that much every year and gas at the "Cheap" station in my city is $3.31/gal for regular. The Chevron across the street from it is $3.49. So using 24,000 miles a year/$3.31 per gal and your methodology, the cost difference is $2820 per year. It would take 7 years to break even on a $20k premium. And unless problems show up, this model will demand a premium price when used. In CARB states the traction battery, electric motors, and associated parts are warranted for 10 years/150,000 miles. And the feds are giving $7500 tax rebates. Some states are doing that also.Let’s say you get 18 MPG with the 3.6 and drive 12,000 miles per year. That equals 666 gallons of gas per year. At $2/ gal that is $1333 per year fuel cost.
Jeep says the PHEV should get 50 MPG. So the same calculation equals $480 in fuel cost.
the difference is $853 per year. So with a $20k premium, it will take approximately 23.4 years to break even. Lol
that diesel isn’t looking that bad compared to those numbers.
This is what I’m seeing on the Jeep siteJeep site says sahara 4xe msrp starts at $51,695. Standard Sahara msrp starts at $39,500. Cant see options on the 4xe yet to compare build for build.
Which is $48,470 in white before destination which the little asterisks proclaim is excluded from the 4xe listed prices. So a delta of $3225.Small print below says $51,695 for the Rubi unlimited. If you do a build for the 2.0 automatic and add Rock trac, led group, painted flares, 8.4 screen and premium audio, and automatic trans it will be apples to apples.
I think a fast charger will typically be unnecessary with the 4xe. I also own a Telsa so I have a lot of experience with an electric vehicle. When the vehicle is all electric, a fast charger is crucial because you can completely charge the Tesla battery in about 6 hours with a 240V charging system. With the 4xe, you also have a gas engine to rely on so you would rarely be in a situation where you HAD to charge the battery as quick as possible. A 110V system will usually charge a battery at a rate of roughly 3 to 4 miles of range per hour of charging. So the 25 mile battery of the 4xe could be completely charged with 110V in about 6 to 8 hours. For most people, charging it overnight with 110v would be sufficient. Having said that, having the ability to fast charge when desired could be a nice luxury for some. I hope that helps.Just an FYI get an estimate for a fast charger. The install can get pricey depending on where your panel is located.