We've had discussions regarding EV vs ICE, and when looking at the price of gas in the USA, it seems like EV are a win. Except that analysis leaves out vehicle cost, which is a critical component of the comparison, and one that is easy to identify. Other factors such as standard maintenance (oil, tires, batteries, etc.) are variable and can be left out of the comparison.
In 2015 I compared a Toyota Camry ICE vs Camry Hybrid, and Toyota Prius ICE vs Prius Hybrid, and figured the basic cost operate for each model (doesn't include oil changes, tires, etc). The hybrids at that time cost more, and for the Prius the two models evened out at the 5 year mark, meaning after 5 years of operation, the cost of the ICE vehicle + fuel reached the cost of the Hybrid. For the Camry, it took 7 years for the cost to even out ... and since the battery had a 7 year warranty, I purchased the ICE.
So I made a comparison of the Tesla Model 3 Long-Range (most popular model according to Edmunds) vs. the Camry XLE. According to Edmunds, and not taking into consideration taxes and other fees:
Tesla 3 long-range: $59,190
Toyota Camry XLE: $31,620
Difference: $27,570
Pre-COVID I commuted 20,000 miles/year and achieved an average of 33.5 MPG (mostly highway). That's roughly 600 gallons of fuel per year and at $4 USD that's an annual cost of $2,400. At this cost it will take 11.5 years of driving for the cost of buying/operating the Camry to equal the Tesla. For my current driving habits (<5,000 miles/year), it will take 46 years to even out. And this does not include the cost of charging the Tesla, nor the installation of charging HW.
The Tesla is a high priced car, so I did the same with a Kia Niro EV, which Edmund prices at $41,285. This comparison is more equitable -- commuting 20K miles/year, it will take 4+ years to even out. However, my current driving situation (<5,000 miles/year) it will take 16 years to even out.
If gas prices drop back to last year's prices, those times will double.
In 2015 I compared a Toyota Camry ICE vs Camry Hybrid, and Toyota Prius ICE vs Prius Hybrid, and figured the basic cost operate for each model (doesn't include oil changes, tires, etc). The hybrids at that time cost more, and for the Prius the two models evened out at the 5 year mark, meaning after 5 years of operation, the cost of the ICE vehicle + fuel reached the cost of the Hybrid. For the Camry, it took 7 years for the cost to even out ... and since the battery had a 7 year warranty, I purchased the ICE.
So I made a comparison of the Tesla Model 3 Long-Range (most popular model according to Edmunds) vs. the Camry XLE. According to Edmunds, and not taking into consideration taxes and other fees:
Tesla 3 long-range: $59,190
Toyota Camry XLE: $31,620
Difference: $27,570
Pre-COVID I commuted 20,000 miles/year and achieved an average of 33.5 MPG (mostly highway). That's roughly 600 gallons of fuel per year and at $4 USD that's an annual cost of $2,400. At this cost it will take 11.5 years of driving for the cost of buying/operating the Camry to equal the Tesla. For my current driving habits (<5,000 miles/year), it will take 46 years to even out. And this does not include the cost of charging the Tesla, nor the installation of charging HW.
The Tesla is a high priced car, so I did the same with a Kia Niro EV, which Edmund prices at $41,285. This comparison is more equitable -- commuting 20K miles/year, it will take 4+ years to even out. However, my current driving situation (<5,000 miles/year) it will take 16 years to even out.
If gas prices drop back to last year's prices, those times will double.