Robert_Alabama
Well-Known Member
This will be a very long post, so I apologize in advance...
We're throwing around a lot of data as facts here. I read once a quote that I liked "All generalizations are false, including this one".
Now several comments.
1) You don't have to have $7500 in income tax liability to get the benefit of the tax credit. Two alternatives: 1) buy a used low miles vehicle that has already been reduced in value as much as the tax credit (there are a bunch of used Claritys out there with low mileage priced in the $25k range. The high reduction in price is directly linked to the $7500 tax credit value of a new car for a lot of people as compared to the used car with no tax credit.
2) GM and Tesla already have cut their tax credits due to sales. I was able to get the dealer to recognize this and reduce the price of a 2019 Volt accordingly when I bought after the credit was cut in half. I even got them to understand that in 2 weeks the credit would be cut in half again and the value of the car would again be reduced if they still had it on their lot on October 1st.
There are a lot of ways to save money with EVs and PHEVs that vary by person and by location. Some utilities have rate plans that are advantageous as compared to standard plans that are only available if you have an EV or PHEV. Some states add additional incentives and pricing from dealerships can vary by state as well.
As to whether manufacturers make a profit on BEVs or PHEVs, it's not really that important to me if I can buy the product I want at the price I want to pay. True, the product may not be out there the next time I want one, but that isn't nearly as important to me as what I can buy now, considering I tend to keep vehicles at least 6 years. Those manufacturers that stay in the game will figure out how to make a profit. They generally are looking at long run economics and believe that the line has positive effects for the company or they wouldn't have started producing it in the first place.
You can't just look at MSRP and Tax credits to think about the economics of PHEVs or BEVs. Many other factors come into play. Ability to get discount pricing at dealerships is a big one. Savings from electricity as compared to gasoline (especially if you can charge for free at work and/or other locations) is another. Savings from reduced maintenance is another thing to consider. Breakevens are often calculated for PHEVs or BEVs starting from MSRP and including Tax credits without considering specifics that may apply to many customers. As an example of this, I'll paste something I threw together to describe economics of the two Volts I have purchased:
2012 Volt Pricing
MSRP $ 43,475.00
Dealer Discount and rebates $ 11,495.00
GM Card $ 1,000.00
Discounted Price $ 30,980.00
State Tax $ 490.00
County Tax $ 91.88
Fees $ 249.00
Total Price OTD $ 31,810.88
Tax Credit $ 7,500.00
Price after Tax Credit $ 24,310.88
Diminished Value payment from collision $ 3,000.00
Savings from Electric Vehicle over 6 years $ 7,500.00
Final Cost of 2012 Volt prior to consideration of residual Value $ 13,810.88
Trade for 2019 Volt
2019 Volt Pricing
MSRP $ 36,515.00
Dealer Discount & Rebates $ 11,627.20
GM Card $ 3,243.27
2012 Volt Trade In allowance $ 5,000.00
Total Price after Trade-in $ 16,644.53
State Tax $ 539.56
County Tax $ 101.17
Fees $ 606.45
Total Price OTD $ 17,891.71
Income Tax Credit (bought after loss of half of credit) $ 3,750.00
Price after Tax Credit and trade-in $ 14,141.71
Net Out of Pocket Cost for Both Volts up to September 2019 $ 27,952.59
Probable Electric Savings for 2019 Volt (reduced from 2012 Volt since less driving and shared with Clarity) $ 3,500.00
Final Possible Out of Pocket Cost for Both Volts $ 24,452.59
Future Residual Value of 2019 Volt after 6 years $ 7,000.00
Approximate Total cost of both Volts after 12 years $ 17,452.59
I'll note that the $7500 savings for the 2012 Volt is approximate, but it is pretty accurate as I generally got mostly free electricity for that car and had reasonably long commutes daily and during some of that time gasoline was more expensive than now. Also I included what I believe to be maintenance savings for the car as I never did anything but change oil 4 times, and that was cheap. For the 2019 Volt, the estimated savings are reduced as my commute is cut in half (still get free electricity, just don't use as much). The GM card savings are somewhat questionable, but the credit card gives 5% rebates which are generally about twice that of most credit cards and the rebates have to be used toward new GM vehicles. The Volt was the only vehicle I was interested in and the rebates roll off after 7 years, so I was running out of time to use them when I bought the 2019 Volt. But you could argue that only half of this is really savings since half of the rebates could have been gotten with something like a double cash back card (2%). Also, the residual value of the 2019 Volt is pretty up in the air. I just felt like if I could pull off getting $8k for the 2012 Volt at trade-in (including the diminished value payment - Carfax was awful with severe damage and airbag deployment), that I could probably count on $7k for the 2019 Volt in 6 years. Anyway, I am trying to show that there are a lot of ways to make BEVs or PHEVs be economic solutions. Back to trying to tie this to the Clarity, the discount I got from the dealer for the Clarity certainly helped me to pull the trigger on that purchase as well.
Sorry if reading this was a waste of time for anybody... I know it was too long.
We're throwing around a lot of data as facts here. I read once a quote that I liked "All generalizations are false, including this one".
Now several comments.
1) You don't have to have $7500 in income tax liability to get the benefit of the tax credit. Two alternatives: 1) buy a used low miles vehicle that has already been reduced in value as much as the tax credit (there are a bunch of used Claritys out there with low mileage priced in the $25k range. The high reduction in price is directly linked to the $7500 tax credit value of a new car for a lot of people as compared to the used car with no tax credit.
2) GM and Tesla already have cut their tax credits due to sales. I was able to get the dealer to recognize this and reduce the price of a 2019 Volt accordingly when I bought after the credit was cut in half. I even got them to understand that in 2 weeks the credit would be cut in half again and the value of the car would again be reduced if they still had it on their lot on October 1st.
There are a lot of ways to save money with EVs and PHEVs that vary by person and by location. Some utilities have rate plans that are advantageous as compared to standard plans that are only available if you have an EV or PHEV. Some states add additional incentives and pricing from dealerships can vary by state as well.
As to whether manufacturers make a profit on BEVs or PHEVs, it's not really that important to me if I can buy the product I want at the price I want to pay. True, the product may not be out there the next time I want one, but that isn't nearly as important to me as what I can buy now, considering I tend to keep vehicles at least 6 years. Those manufacturers that stay in the game will figure out how to make a profit. They generally are looking at long run economics and believe that the line has positive effects for the company or they wouldn't have started producing it in the first place.
You can't just look at MSRP and Tax credits to think about the economics of PHEVs or BEVs. Many other factors come into play. Ability to get discount pricing at dealerships is a big one. Savings from electricity as compared to gasoline (especially if you can charge for free at work and/or other locations) is another. Savings from reduced maintenance is another thing to consider. Breakevens are often calculated for PHEVs or BEVs starting from MSRP and including Tax credits without considering specifics that may apply to many customers. As an example of this, I'll paste something I threw together to describe economics of the two Volts I have purchased:
2012 Volt Pricing
MSRP $ 43,475.00
Dealer Discount and rebates $ 11,495.00
GM Card $ 1,000.00
Discounted Price $ 30,980.00
State Tax $ 490.00
County Tax $ 91.88
Fees $ 249.00
Total Price OTD $ 31,810.88
Tax Credit $ 7,500.00
Price after Tax Credit $ 24,310.88
Diminished Value payment from collision $ 3,000.00
Savings from Electric Vehicle over 6 years $ 7,500.00
Final Cost of 2012 Volt prior to consideration of residual Value $ 13,810.88
Trade for 2019 Volt
2019 Volt Pricing
MSRP $ 36,515.00
Dealer Discount & Rebates $ 11,627.20
GM Card $ 3,243.27
2012 Volt Trade In allowance $ 5,000.00
Total Price after Trade-in $ 16,644.53
State Tax $ 539.56
County Tax $ 101.17
Fees $ 606.45
Total Price OTD $ 17,891.71
Income Tax Credit (bought after loss of half of credit) $ 3,750.00
Price after Tax Credit and trade-in $ 14,141.71
Net Out of Pocket Cost for Both Volts up to September 2019 $ 27,952.59
Probable Electric Savings for 2019 Volt (reduced from 2012 Volt since less driving and shared with Clarity) $ 3,500.00
Final Possible Out of Pocket Cost for Both Volts $ 24,452.59
Future Residual Value of 2019 Volt after 6 years $ 7,000.00
Approximate Total cost of both Volts after 12 years $ 17,452.59
I'll note that the $7500 savings for the 2012 Volt is approximate, but it is pretty accurate as I generally got mostly free electricity for that car and had reasonably long commutes daily and during some of that time gasoline was more expensive than now. Also I included what I believe to be maintenance savings for the car as I never did anything but change oil 4 times, and that was cheap. For the 2019 Volt, the estimated savings are reduced as my commute is cut in half (still get free electricity, just don't use as much). The GM card savings are somewhat questionable, but the credit card gives 5% rebates which are generally about twice that of most credit cards and the rebates have to be used toward new GM vehicles. The Volt was the only vehicle I was interested in and the rebates roll off after 7 years, so I was running out of time to use them when I bought the 2019 Volt. But you could argue that only half of this is really savings since half of the rebates could have been gotten with something like a double cash back card (2%). Also, the residual value of the 2019 Volt is pretty up in the air. I just felt like if I could pull off getting $8k for the 2012 Volt at trade-in (including the diminished value payment - Carfax was awful with severe damage and airbag deployment), that I could probably count on $7k for the 2019 Volt in 6 years. Anyway, I am trying to show that there are a lot of ways to make BEVs or PHEVs be economic solutions. Back to trying to tie this to the Clarity, the discount I got from the dealer for the Clarity certainly helped me to pull the trigger on that purchase as well.
Sorry if reading this was a waste of time for anybody... I know it was too long.