I'm sure I'm not the only one here that fired up Excel and did a few simple "what-if's" on the life-time energy costs of the Volt compared to a cheap gas car. Here are my findings:
At $30,000 for the Volt, gas would have to be roughly $4.60/gal for the Volt to be more economical than a gas car. At $35,000, $5.90/gal. At $48,000, $9.30/gal.
So in other words, if the Volt came out at $48,000, it would be like buying a $15,000 gas car and paying over $9/gal for gas.
Of course, this is assuming there are no tax credits, and I'm using our DTE residential peak electricity rate including all fees (which is what we pay here). I also didn't take into account maintenance (which I would assume would be less on the Volt), insurance, repairs, etc... All the variables are in the spreadsheet (attached) and can be tweaked.
The spreadsheet also has a cell to account for tax credits ($5,000 if HR 6049 passes) for EVs, which I personally feel will make or break the Volt as an affordable alternative for most Americans come 2010.
At $30,000 for the Volt, gas would have to be roughly $4.60/gal for the Volt to be more economical than a gas car. At $35,000, $5.90/gal. At $48,000, $9.30/gal.
So in other words, if the Volt came out at $48,000, it would be like buying a $15,000 gas car and paying over $9/gal for gas.
Of course, this is assuming there are no tax credits, and I'm using our DTE residential peak electricity rate including all fees (which is what we pay here). I also didn't take into account maintenance (which I would assume would be less on the Volt), insurance, repairs, etc... All the variables are in the spreadsheet (attached) and can be tweaked.
The spreadsheet also has a cell to account for tax credits ($5,000 if HR 6049 passes) for EVs, which I personally feel will make or break the Volt as an affordable alternative for most Americans come 2010.
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