~ Auto Buzz ~: Chevy Spark EV
Showing posts with label Chevy Spark EV. Show all posts
Showing posts with label Chevy Spark EV. Show all posts

Thursday, 5 June 2014

Electric Vehicle Sales In The US Hit All-Time High In May!




The Introduction Of The BMW i3 Helped May Set A New Plug-In  Selling Standard (Above: First i3 REx Delivered To US shown)
The Introduction Of The BMW i3 Helped May Set A New Plug-In Selling Standard (Above: First i3 REx Delivered To US -mine!- shown)


Note: This post was written by Jay Cole and first appeared on InsideEvs.com. The news was just too good not to share here! The times, they are a-changin!

Since the start of the ‘current generation’ of plug-in vehicles in the United States, no one month has ever failed to delivered an improved result over the year prior.  Ever. Including this month, that number is at 42 and counting.
More Than 3,100 Americans Hopped In The Front Seats Of A New Nissan LEAF
More Than 3,100 Americans Hopped In The Front Seats Of A New Nissan LEAF
However May still caught anyone who follows the EV selling trends off guard, as what had been expected to be a solid month turned out to be the best selling month of all-time.  Any month.  Any country.
In total just over 12,000 plug-ins where sold, compared to the previous all-time high set in August of 2013 when and estimated 11,273 moved onto American’s driveways.  Compared to May of 2013, sales improved by a massive 62% when 7,454 plug-ins were sold.

Unlike August of 2013 when the Chevrolet Volt single-handed propelled the number higher (3,351), May’s record month was a combined effort from 3 automakers – Nissan, Toyota and Ford.
All three OEMs saw new record highs for their best selling plug-ins.
  • Nissan LEAF – 3,117 (previous best – 2,529 – Dec 2013)
  • Toyota PHV – 2,692 (previous best – 2,095 – Oct 2013)
  • Ford Fusion Energi – 1,342 (previous best – 1,087 – Oct 2013)
Also adding to the totals was the BMW i3, which sold 336 copies during the month (story on that here) – the best debut month for any plug-in to date in the US.  In total 11 of the 17 mass produced plug-ins sold in America set a new yearly high.

The top five selling plug-in  manufacturers for May were:
  1. Nissan – 3,117
  2. Toyota – 2,841
  3. Ford – 2,301
  4. General Motors – 1,918
  5. Tesla – 1,000*
Other plug-ins that set new all-time highs in May:
  • smart ED – 206 (previous – 203, Apr 2014)
  • Chevrolet Spark EV – 182 (108 – Mar 2014)
  • BMW i3 – 335 (1st month)
2014 YTD Sales Chart
2014 Monthly Sales Chart For The Major Plug-In Automakers *Estimated Tesla NA Sales Numbers (Q1 Sales reported @ 6,457-3,000 Intl Delivers) *Fiat 500e data estimated for Jan/Feb
2014 Monthly Sales Chart For The Major Plug-In Automakers *Estimated Tesla NA Sales Numbers (Q1 Sales reported @ 6,457-3,000 Intl Delivers) *Fiat 500e data estimated for Jan/Feb


Thursday, 6 June 2013

How Much Will It Cost To Fuel The i3?



The concept i3 coupe parked with a BMW i branded level 2 wall charger
I get asked all the time "How much does it cost to drive an electric car?" I've also had a fair share of people say " I like the car, but I wouldn't want to see your electric bill". Like gas cars, some electric cars are more efficient than others. The BMW i3 has been purpose built to not only offer the dynamic driving experience BMW customers have come to expect, but to also be a highly efficient car. But what is efficient for an electric car? Everybody understands MPG for gas cars but few really understand how electric cars are measured for efficiency, let alone how that will translate into the cost to operate it.

The ActiveE Monroney sticker
First off lets discuss how the EPA calculates the miles per gallon equivalent(MPGe) for electric cars. Gas cars have the official EPA miles per gallon listed on the window(Monroney) sticker and electric cars have a rating called MPGe. Since one gallon of gasoline creates the same energy as 33.7 kilowatt hours of electricity, electric cars are tested to see how far they can go on 33.7kWh's and that is the official MPGe which is listed on the window sticker of every new EV. The BMW ActiveE I drive has a rating of 107 MPGe. Not bad for a heavy converted gas car, but not especially good as far as electric vehicles go. The Chevy Spark EV, recently was rated at 119 MPGe making it the most efficient EV rated so far as it barely beat out the Honda Fit EV's 118 MPGe rating.

Neither The Fit EV or the Spark EV were purpose built as electric vehicles. They are converted gas cars like the ActiveE. Being purpose built as an EV with a lightweight CFRP body and aluminum frame, the i3 should easily top the Spark's 119 MPGe rating. I'm guessing the i3 may have an MPGe rating as high as 130, which will give it the "most efficient EV" crown, one that it may hold for quite some time as there is really no other EV coming out anytime soon that will challenge it in my opinion.

So lets say the i3 gets a 130MPGe rating for arguments sake. That means it will go 3.86 miles for every kilowatt hour of electricity you use to charge it or need about 26kWh's to drive 100 miles. The average price of electricity in the US is 11 cents per kWh, however that varies greatly from state to state. I pay 18 cents per kWh so for me it would cost $4.68 to drive an i3 100 miles. If I were to drive 15,000 miles per year my annual fuel cost would only be $702! How far can you currently drive on $702 in gas? If your car gets 25 miles per gallon and you pay on average $3.50 per gallon(which is lower than what we have averaged the past year) it would cost you $2,100 in gas to drive the same 15,000 miles! Plus, we all know gas prices will only climb over time. Electricity rates do go up occasionally but historically they are much more stable than gas prices. Plus, many people do have the option of installing a solar array which will guarantee a free supply of electricity for the next 25 to 30 years. There is nothing the gas and oil industry can offer to compete with solar, as the customer supplies, and has control over their own energy.

BMW will offer solar canopies to i3 customers

So whip out your electric bill and find out how much you pay per kWh for your electricity. Then divide the number of miles you drive per year by 3.86 and multiply that by your electricity rate and you'll know how much it would cost you to fuel an i3 for a year. I'm sure you already know how much you dump into the gas pump so calculating your savings won't be too hard. Of course if you want to save even more you can install a solar array at your home like I did and start making your own electricity. Sure there's an initial outlay of cash for the solar system and not everybody can afford it, but if you can it's a fantastic set up and you'll have it paid off in a few years of savings from driving your i3 on sunshine!


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