electric-vehicles-(evs)

Calling all Chinese brands, Fiat-Chrysler, and other automakers without a developed electric-vehicle strategy: Ford’s got you covered. Starting now, Dearborn will license more than 1650 of its patented and patent-pending EV technologies to other manufacturers. The goal, according to Ford, is to “accelerate the growth of electrified vehicle technology and deliver even better products to […]

Nissan and BMW will Collaborate to Advance Electric Vehicle (EV) and Plug-in ... - The Auto Channel (blog)



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The Best Cities for Electric Cars

In 2014, total U.S. sales of plug-in electric vehicles (EVs) hit 118,000. This was a 27% increase over 2013 and the first time in history that electric vehicle sales have reached six figures. While those numbers seem to promise a bright future for electric cars, another development threatens to knock EVs right off the road: plummeting gasoline prices. With the price of a gallon of regular gasoline at a five-year low, consumers thinking about going electric face a difficult financial choice. EVs may be cool, quiet and clean, but if they can’t compete with traditional vehicles on cost, it will be difficult to claim a significant share of the automobile market.

To determine where (and if) electric vehicles make financial sense, SmartAsset compared total costs of ownership for three of the most popular EVs—the Tesla Model S, the Ford Focus EV and the Nissan Leaf—to ownership costs of their gasoline-powered equivalents. In our analysis, we considered retail price for a new vehicle (although buying used may be the smarter choice), fuel and energy prices, state and local taxes, state and federal subsidies and average miles driven. (Read more about our methodology below.)

Key Findings

  • 29%.  That’s the share of the 150 cities in our study in which total cost for electric vehicles is lower than that for gasoline-powered vehicles.
  • Subsidies are a big deal. Without national and state subsidies for electric vehicle purchases, EVs would lose out to traditional vehicles on cost in every city in the country. The federal tax credit of $7,500 is especially important, but it only applies to people with a large enough tax bill to claim the credit. That means the savings we found may be harder to attain for people with low incomes.
  • Georgia, California, Colorado. These three states accounted for 10 of the top 15 cities for electric vehicles. Why? Again: it’s all about the subsidies. These states offer strong incentives for electric vehicle purchasers, such as the $5,000 tax credit offered in Georgia.

1. Atlanta, Georgia

Thanks to the state of Georgia’s generous subsidy program for electric vehicles, which features a tax credit worth 20% of the price of any zero-emission EV (up to $5,000), residents of Atlanta could save an average of $5,273 by buying electric. That’s an edge that doesn’t look to go away any time soon, even with falling gas prices. This makes the ATL the best U.S. city to save money by going electric.

2. Augusta, Georgia

As in Atlanta, drivers in Augusta who are interested in buying an electric car will benefit greatly from Georgia’s strong incentives for EV purchasers. The main difference between Augusta and Atlanta, when it comes to EVs, is that drivers in Atlanta spend more time (and drive more miles) in their cars. According to the Federal Highway Administration, residents of Augusta drove 10,744 miles per capita in 2012, while Atlantans drove 13,530. That means extra savings for EVs in Atlanta, since electric vehicles generally cost less to operate on a per mile basis.

3. Seattle, Washington

Electric car owners in the Puget Sound region benefit from the state of Washington’s cheap, mostly hydroelectric energy, which, at an average of 8.83 cents per kilowatt-hour, is the cheapest in the nation (not to mention the cleanest). Sweetening the deal is the sales tax exemption on EVs for Washington state residents. With a tax rate of 9.5% in the city of Seattle, that adds up to between $2,700 and $6,500 in savings for the three electric cars in our analysis.

4. Los Angeles, California

Teslas are becoming increasingly popular in Los Angeles and with good reason. Our analysis found that for the average LA driver, the total cost of a Tesla is about $5,124 less than a comparable BMW. For drivers in a position to take advantage of one of the three “super-charging” stations in the LA area, the difference may be even greater. At these stations, Tesla owners get to charge their vehicles for free, and in a fraction of the time it takes to charge at home. EV drivers also benefit from the State of California’s $2,500 rebate for battery-powered electric vehicle purchases.

5. San Diego, California

Among the benefits that California electric car owners receive is eligibility to drive in carpool lanes without any passengers. This is especially helpful in San Diego, which is often rated among the most congested cities in the U.S. Of course, EV owners in the fast lanes should be prepared to suffer the scorn of other drivers who remain stuck in traffic and burning gas.

6. Naples, Florida

Unlike drivers in many of the other cities on this list, electric car owners in Naples do not benefit from any state EV incentive programs. What’s driving their high ranking is mileage—Naples drivers put in over 20,000 miles a year, among the highest of any city in our study. Since electric cars cost less to run than traditional automobiles, more miles mean more savings.

7. Charleston, West Virginia

West Virginia is coal-country, with coal-fired electric power plants contributing 95% of the state’s energy as of 2013. So, while owning an electric car in Charleston won’t necessarily be any cleaner than a gas car, it will be cheaper. The state average electricity rate is among the lowest in the country, at 9.7 cents per kilowatt-hour.

8. Denver, Colorado

According to our analysis, the average EV owner in Denver will save $2,971 over the life of his or her car ownership. The source of those savings? Colorado’s EV tax-credit, which ranged from $5,000 to $6,000 for the three vehicles we considered. Just remember: you can only claim that credit if you have state taxes of that amount or greater. Given that Colorado’s state tax rate is 4.63% of taxable income, that means you’ll need to be earning six-figures to get the full EV tax-credit.

9. Chicago, Illinois

While EV owners in Chicago may save money, they may have to sacrifice some convenience to do so—especially in the winter. According to a recent study by AAA, electric vehicle range (i.e. the distance an EV can drive without needing to recharge) falls significantly in cold weather. At 20 degrees Fahrenheit, the average range of the EVs in that study (which included a Ford and a Nissan but not a Tesla) fell by 57%, from 105 miles to 43 miles.

10. Fort Collins, Colorado

According to the Federal Highway Administration, the per capita mileage of the Fort Collins area is just 9,006 miles, lower than any other metro area on the list. While that low level of driving means less savings for EV owners, it also means lower costs of vehicle ownership overall, a good tradeoff.

The Worst Cities for EVs

While electric cars still can’t beat gas-powered cars for affordability in most U.S. cities, they fall especially short in certain parts of the country. These are the ten worst (most expensive) cities for electric vehicles, with the average added cost of going electric in parenthesis: Honolulu, Hawaii ($4,005); Topeka, Kansas ($3,065); Greenville, South Carolina ($2,994); Lubbock, Texas ($2,988); Sioux Falls, South Dakota ($2,869); Santa Fe, New Mexico ($2,820); Madison, Wisconsin ($2,820); Lansing, Michigan ($2,765); Grand Rapids, Michigan ($2,761); Kalamazoo, Michigan ($2,737).

Data & Methodology

To determine where electric vehicles make the most financial sense, SmartAsset calculated total costs of ownership for three electric vehicles and three gasoline-powered comparables. Specifically, we compared the Ford Focus EV with the Ford Focus, the Nissan Leaf with the Nissan Sentra and the Tesla Model S with the BMW 535i xDrive. For the Nissan and the Tesla, we chose the comparable based on vehicle specs including horsepower, size and interior features.

For each of those six cars, we calculated the total costs of ownership as follows (we assumed car-buyers could claim the full amount of any tax credits).

EV Purchase Cost = MSRP + (MSRP x state and local tax rate) – ($7,500 federal subsidy) – (applicable state subsidies)

Traditional Vehicle Purchase Costs = MSRP + (MSRP x state and local tax rate)

EV Annual Energy Cost = (metro area average miles per driver) x (state average energy rate, in dollars per kWh) x (vehicle energy efficiency, in kWh per mile)

Traditional Vehicle Annual Fuel Cost = (metro area average miles per driver) x (vehicle fuel efficiency, in gallons per mile) x (average local gas prices over past year, in dollars per gallon)

With those formulas, we calculated the purchase cost and the value of annual costs over six years. Six years is the average length of vehicle ownership in the U.S., according to the industry research group IHS. We combined those two costs to produce the total cost of ownership for each vehicle.

We then calculated the cost-differential between each electric vehicle and its gas-powered equivalent, in each of the 150 cities in our study. So for example, we found that, in San Francisco the expected cost of ownership for a Ford Focus EV is $24,957, while the cost of owning a gas-powered Ford Focus is $26,329. That adds up to a cost-differential of $1,372.

As a final step, we averaged the three separate cost-differential numbers for each city. The top cities in our study are the cities that had the highest average savings for the three electric vehicles.

The data used in our study comes from the U.S. Census Bureau, GasBuddy.com, the Federal Highway Administration, the U.S. Energy Information Administration and fueleconomy.gov.

Photo credit: mariordo59

EV Transformation needed

A smarter approach to electric vehicles and the grid
By Mark Victor Hansen, Smart Grid News, May 27, 2015

“…we are experiencing an evolutionary shift to electric vehicles (EV) for personal transportation, as is evident from the emergence of more than a dozen manufacturers in the market today. This transformation will necessarily begin to shift delivery of energy from our transportation grid to our electric grid. But how will this be possible? Will we overload the grid?”

“…utilities, regulators and providers of EV charging stations must put their heads together to simplify the process, implement smart grid devices and provide the convenient transportation services that consumers want.”

Read more: 

LS Comment: Is BC Hydro and city prepared for the EV era?

Ford has opened up its portfolio of electric vehicle (EV) patents to the auto industry in hopes of speeding up development.  The American brand holds more than 650 electrified vehicle patents with approximately 1,000 patent applications pending. Last year alone, Ford filed for 400 EV patents, about 20 percent of its overall patent filings in 2014….

The post Ford EV Patents Opened to Competitors appeared first on AutoGuide.com News.

Battery costs expected to boost EV market

Battery costs expected to boost EV market

Lux Research is predicting that the electric vehicle (EV) market will expand as the price of lithium-ion (Li-ion) battery packs drop. The estimate is based on a new bottom-up cost model built by Lux, which accounts for differences in battery chemistry, form factor, production scale, location, and other nuances. The research is significant for an industry that is known for being highly secretive…

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German State Piloting “Umweltstreifen” Program — Lane For Low-Emissions Vehicles

German State Piloting “Umweltstreifen” Program — Lane For Low-Emissions Vehicles

By James Ayre

Drivers of electric vehicles (EVs) and other types of low-emissions vehicles in the German state of Baden-Wuerttemberg will soon have access to “Umweltstreifen,” which are, to put a rough translation to it, “eco lanes” — in other words, lanes that are reserved for use by low-emissions vehicles (amongst other qualifiers). For the time being, though, this

German State Piloting…

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German State Piloting “Umweltstreifen” Program — Lane For Low-Emissions Vehicles

Drivers of electric vehicles (EVs) and other types of low-emissions vehicles in the German state of Baden-Wuerttemberg will soon have access to “Umweltstreifen,” which are, to put a rough translation to it, “eco lanes” — in other words, lanes that are reserved for use by low-emissions vehicles (amongst other qualifiers). For the time being, though, this

German State Piloting “Umweltstreifen” Program — Lane For Low-Emissions Vehicles was originally published on CleanTechnica.

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from CleanTechnica
Daimler and Qualcomm to develop in-car tech, wireless charging - The Star Online

Daimler and Qualcomm to develop in-car tech, wireless charging – The Star Online


The Star Online

Daimler and Qualcomm to develop in-car tech, wireless charging
The Star Online
DRIVING THE MOBILE FUTURE: In a joint statement, Daimler and Qualcomm said they were assessing the application of wireless technology to charge their electric vehicles (EV) and plug-in hybrid EVs without ever having to plug them in. – Reuters.
Qualcomm teams up with Mercedes to study wireless EV testing

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