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- Jun 27, 2017
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- Certified General Appraiser
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- California
Just yesterday the October 25, 2019 issue of Science Magazine came in with a couple of interesting articles predicting the rate of adoption of electric and hybrid vehicles in the coming years. This is something appraisers should keep in mind when valuing properties located on roads and highways, where noise and smog pollution has been a negative factor in valuations. Electric vehicles are nearly silent and don't pollute the air; so as their adoption becomes more widespread, we should expect traffic to have less impact on property value.
While the rate of adoption indicates that in the US, it may still be several decades for 100% adoption of electric vehicles, just the fact that they are replacing gas and diesel should have a major impact. Here is a table summarizing the two articles:
1. "The Coming Electric Vehicle Transformation: A future electric transportation market will depend on battery innovation", page 422, Science, October 25, 2019
2. "How Lithium Dendrites Form in Liquid Batteries: Studies of interfacial reactions and mass transport may allow safe use of lithium metal anodes", page 426, Science, October 25, 2019.
Note that the second articles discusses a new technology that proves to not only double the capacity of current lithium batteries, thereby doubling the range of current electric vehicles to make them competitive with fuel vehicles, but also will greatly extend the life of lithium batteries.
Here is a summary of the trends and predictions, where I have injected my conservative projections based on the information.
I think the impact on prices is just beginning, and I would expect that by 2030, with the expected improvements in fuel efficiency and reduction in emissions, together with the increasing numbers of electric vehicles, coupled with the advertising potential of being on a main road or highway (useful for home run businesses), that there will be minimal influence of traffic on property values.
ALSO: The main reason the adoption of electric vehicles will be slower in the United States, is because we are a much larger country than countries like Germany and France, and consequently Americans drive further than drivers in those countries, making range a more important factor in vehicle choice. Also, the United States lacks the public transportation infrastructure you find in Europe and Asia.
While the rate of adoption indicates that in the US, it may still be several decades for 100% adoption of electric vehicles, just the fact that they are replacing gas and diesel should have a major impact. Here is a table summarizing the two articles:
1. "The Coming Electric Vehicle Transformation: A future electric transportation market will depend on battery innovation", page 422, Science, October 25, 2019
2. "How Lithium Dendrites Form in Liquid Batteries: Studies of interfacial reactions and mass transport may allow safe use of lithium metal anodes", page 426, Science, October 25, 2019.
Note that the second articles discusses a new technology that proves to not only double the capacity of current lithium batteries, thereby doubling the range of current electric vehicles to make them competitive with fuel vehicles, but also will greatly extend the life of lithium batteries.
Here is a summary of the trends and predictions, where I have injected my conservative projections based on the information.
Country | 100% of All Vehicles Electric/Hybrid | 100% Sales of Electric Hybrid | 2030: % of New Car Sales Electric | 2018 % of Global Elec. Vehicle Market |
Norway | 2025 | 100% | ||
Germany | 2040 (Projected) | 2030 | 100% | |
France | 2050 (Projected) | 2040 | >50% | |
Great Britain | 2050 (Projected) | 2040 | >50% | |
China | 2045 (Projected) | 28% | 50% | |
Europe | 2050 (Projected) | 26% | 20% | |
United States | 2060 (Projected) | 8% | 20% | |
United States (Urban) | 2045 (Projected) | |||
United States (Suburban) | 2050 (Projected) |
ALSO: The main reason the adoption of electric vehicles will be slower in the United States, is because we are a much larger country than countries like Germany and France, and consequently Americans drive further than drivers in those countries, making range a more important factor in vehicle choice. Also, the United States lacks the public transportation infrastructure you find in Europe and Asia.
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