Electric Cars Financially Viable by 2020, Study Reports

 
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Tesla Motors - Model S lithium-ion battery pack

Tesla Motors - Model S lithium-ion battery pack

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Buying an electric car today is hardly cheap. With lithium-ion battery prices at around $450 per kilowatt-hour of storage, the 24 kilowatt-hour battery pack found in the 2011 Nissan LEAF weighs in at a jaw-dropping $10,800, and that's before complex battery management electronics are added.  That alone helps to account for the LEAF’s high price tag.  

But according to a recent analysis by Deutsche Bank, electric car battery prices could have dropped so much by 2020 that electric cars will truly be affordable for everyone. 

The analysis comes as part of a the Deutche Bank’s study entitled The End of the Oil Age - 2011 and beyond: a reality check.  Examining everything from the rising oil price to new fuel prices, exploding hybrid sales in Japan and strong Chinese car growth in 2010, the study included a section on electric vehicles. 

Electric Car Battery Price to Drop (Deutsche Bank)

Electric Car Battery Price to Drop (Deutsche Bank)

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Predicting a drop in the price of lithium-ion battery technology from the current $450 per kilowatt-hour to nearer $250 per kilowatt-hour and a rise in gasoline of at least $1.50 per gallon in the next 10 years the study predicts electric cars to be financially viable in 9 years time.

The study rates the current payback on an electric vehicle to be between 15.5 years and 9.1 years, depending on the availability of purchase subsidies. In 2020, it predicts that payback to have dropped to under 3 years if subsidies of 2,000 per car are still available. 

Without subsidies, it predicts payback on an electric car will be 3.9 years. 

 

As with any study however, there are some flaws in the analysis. Although the study is extremely thorough, the Deutsche Bank makes some pretty big assumptions about the costs involved in electric vehicles. 

Firstly, it assumes the price of gasoline will rise over the next ten years, but that the cost of electricity will remain a constant 10 cents per kilowatt-hour used.  We’d assume that the price of electricity will increase in the coming years as demand for power grows worldwide. 

EVS to drop in Price by 2020 (Deutsche Bank)

EVS to drop in Price by 2020 (Deutsche Bank)

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Secondly, while the study assumes gasoline fuel economy will improve from 29 miles per gallon in 2010 to 34 miles per gallon in 2020, it does not predict an improvement in efficiency for electric vehicles, returning an average of 4 miles per kilowatt-hour.  

As batteries become more efficient and automakers refine electric vehicle technology, we’d expect the miles travelled per kilowatt-hour of power to increase over the coming years. 

Nevertheless, we think this study is an interesting one which merits further reading if for one final prediction: peak oil demand will occur in 2020, the same year that it claims electric cars will truly become a realistic transportation solution. 

The electric vehicle revolution could be just around the corner. 

[Deutsche Bank via Green Car Congress]





 
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Comments (3)
  1. Haven't read the actual study yet, but the article has some flaws.
    $250/kwh and $1.50 rise in gas price will happen a lot sooner than 2020, more like 2015. So this is very conservative.
    Although ICEs are becoming more efficient it is partly because they are about 30% efficient now and could be about 50% so there is lots of room for improvement. EVs are already better than 85% efficient and to not have much room to go up, so expecting similar gains from EVs is literally impossible.
    They are right about electric prices going up, already there are significant increases in some parts of the country. Much of this is due to the stupidity of our governments who in their zeal to promote green energy are mandating huge feed-in tariffs for solar energy. I am for promoting green energy, but not at any price! It is possible to have low cost, pollution free, on-demand electric power. LFTRs, one run by Oakridge National Laboratory in the late 1960s proved its advantages. Extremely safe, cheap, and almost no long term radioactive waste. However it had one major drawback, and that was it couldn't be used to make nuclear bombs, so was no good then. See: http://energyfromthorium.com/
     
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  2. Improving batteries will not increase the miles travelled per kwh.Batteries are already around 95% efficient, so improving the batteries will increase capacity and range, not miles per kwh.
    I can also see no basis for the assumption that increasing demand for electricity will increase costs, which have steadily dropped over the years in spite of increasing demand, if one excludes batty con-jobs to subsidise renewables.
     
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  3. i agree that its flawed in some respects. for one thing, when gas hits a certain point. many who can afford it will go with "commuter only" EVs. smaller two seaters even and NEVs will all be in the mix. those are certain to return much better performance based on weight savings. there will be much more options available and some we have yet to dream about.
     
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