Bird, you know and I know we can't draw all the equations out on a paper,
Bird, you know and I know we can't draw all the equations out on a paper,
awe, comeon give it a shot.
should be good entertainment. I'll ask Baskin to come over.
Bird, you know and I know we can't draw all the equations out on a paper, much less explain why it's all BS.....
but that don't stop understanding the truth in final cost/mile of operation....
:crap:
Bird, you know and I know we can't draw all the equations out on a paper, much less explain why it's all BS.....
but that don't stop understanding the truth in final cost/mile of operation....
:crap:
Whats so unbelievable about it??? you wanted us to believe you were driving 150 MPH with the top down :quote:
I hope those Li-ion batteries have a life-span longer than the ones in my laptop. :search:
Did some cyfering.
Compared the annaul operating cost of the new Cobalt to the new Volt. Made some very simple assumptions like same maint. cost per year. No added cost to replace the batteries in the Volt. I used 10 years to amortize the price of the vehicles both driving 12k miles per year. I also assumed the the .gov equalized the MPG correctly so that 230mpg actually means 230mpg of gas. (Assume that the internal generator is always used to recharge the batteries and no cost for external electric charging).
At $3.00 bucks a gallon for gas, it would actually cost you about $1,200 per year more to drive the Volt. When gas hits about $7.00 per gallon, then the annual cost is the same. Above 7 bucks and the Volt is cheaper.
The comparison was based on an outright purchase with no finance or interest/cost of money calculation. When you add those, it would be a bit more than $7.00 per gallon before the operating costs are the same due to the significantly higher price of the Volt. (40k versus 18k for the Cobalt).
Someone may have some better figures...if you gottem...showem.
Did some cyfering.
Compared the annaul operating cost of the new Cobalt to the new Volt. Made some very simple assumptions like same maint. cost per year. No added cost to replace the batteries in the Volt. I used 10 years to amortize the price of the vehicles both driving 12k miles per year. I also assumed the the .gov equalized the MPG correctly so that 230mpg actually means 230mpg of gas. (Assume that the internal generator is always used to recharge the batteries and no cost for external electric charging).
At $3.00 bucks a gallon for gas, it would actually cost you about $1,200 per year more to drive the Volt. When gas hits about $7.00 per gallon, then the annual cost is the same. Above 7 bucks and the Volt is cheaper.
The comparison was based on an outright purchase with no finance or interest/cost of money calculation. When you add those, it would be a bit more than $7.00 per gallon before the operating costs are the same due to the significantly higher price of the Volt. (40k versus 18k for the Cobalt).
Someone may have some better figures...if you gottem...showem.
Smokin, what if I drove it to work and back, charged it at work, and never used a gallon?![]()
Smokin, what if I drove it to work and back, charged it at work, and never used a gallon?![]()
Smokin, what if I drove it to work and back, charged it at work, and never used a gallon?![]()
I thought the volt was charge only. NO gas. I believe the way they're getting the 230 miles per gallon is looking at the relative efficiencies of generating electricity with a small gas engine the way the prius does it vs getting the charge off the grid which is much more efficient because of efficiencies of scale. They use the baseline number from the prius then make a calculation that grid power is 4x more efficient. It's not improper logic.
The prius does not make sense financially either. There is a huge market to sell to upper middle class people who want to make ammends for having money or to look trendy/green. I see priuses all over the place out here. A shitload. OK?
These electric cars really shine in cases such as commuting to Boston in traffic. I would estimate that 1/2 to 2/3 of gas used is due to idling. There will probably come a day where restrictions are placed on what cars can pass into a big city.