Fuel efficiency savings - Revision history

Jmdonev: 1 revision imported

2018-09-03T22:23:36Z

1 revision imported

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energy>Jmdonev at 02:15, 13 August 2018

2018-08-13T02:15:42Z

← Older revision		Revision as of 02:15, 13 August 2018
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	[[~~Category:Done 2015-09-06]]~~		#REDIRECT [[Fuel economy savings]]
	~~<onlyinclude>'''~~Fuel ~~efficiency savings''' refers to the overall savings based on fuel~~ economy ~~of a vehicle over time.</onlyinclude> This article examines the potential~~ savings ~~based on the [[fuel efficiency]] of a vehicle. Below is a table which contains several different vehicles from the same production year (2014). The table shows [[fuel economy~~]]~~, cost savings, and [[carbon dioxide]] emissions based on fuel economy. Notice that the lifetime savings of a highly efficient vehicle can be over ''$10,000''!~~		[[Category:Done 2018-08-03]]
	~~{\| class="wikitable"~~
	\|-
	~~! mpg (US) !! Example !!km/L !! L/year !! kg CO<sub>2</sub> produced !! Savings from 24 mpg ($1.20/L) !! 5 year savings !! 10 year savings~~
	\|-
	~~\| 18 \|\| Jeep Wrangler \|\|7.58 \|\| 2234 \|\| 5,343 \|\| Costs an extra $668.40 \|\| -$3342 \|\| -$6,684~~
	\|-
	~~\| 24 \|\| Toyota Camry V6 \|\|10.1 \|\| 1677 \|\| 4,011 \|\| 0 \|\| 0 \|\| 0~~
	\|-
	~~\| 30 \|\| Mini Cooper Clubman \|\|12.63 \|\| 1341 \|\| 3,207 \|\| $403 \|\| $2,015 \|\| $4,030~~
	\|-
	~~\| 38 \|\| Fiesta 3-cyl \|\|16 \|\| 1059 \|\| 2,533 \|\| $741 \|\| $3705 \|\| $7,410~~
	\|-
	~~\| 45 \|\| VW Golf TDI \|\|18.95 \|\| 894 \|\| 2,403* \|\| $939.60 \|\| $4,698 \|\| $9,396~~
	\|-
	~~\| 60 \|\| Kia Rio 1.1 CDRi \|\|25.26 \|\| 671 \|\| 1,603 \|\| $1,208.40 \|\| $6,042 \|\| $12,084~~
	\|-
	\| 73.5 \|\| VW Golf TDI Bluemotion <ref>http://green.autoblog.com/2013/06/26/new-vw-golf-tdi-bluemotion-is-most-fuel-efficient-ever-with-73/</ref> \|\| 30.94 \|\| 547.6 \|\| 1,309 \|\| $1,355.28 \|\| $6,776.40 \|\| $13,552.80
	\|-
	~~\| 114** \|\| Nissan Leaf \|\| 48 \|\| --- \|\| 844 \|\| $1,588 \|\| $7,944 \|\| $15,888~~
	\|}
	~~<nowiki>*</nowiki>Diesel emits 2.6889kg CO<sub>2</sub> per liter<ref>http://www.eia.gov/tools/faqs/faq.cfm?id=307&t=11</ref>~~

	~~<nowiki>**</nowiki>~~[[~~Miles per gallon gasoline equivalent\|MPGe]]~~

	This table gives data on fuel use, CO<sub>2</sub> emissions, as well as savings vs. a 24 [[mpg]] car over one year, five years, and ten years. It also gives examples of a car that falls into each fuel consumption category. While the first five cars are available in North America, the last two [[heat engine]]-powered cars are only available in Europe. They are included in this list as proof that fuel consumption of their respective rates is possible using internal combustion, even if North American markets don't currently support them.

	One of the interesting parts of the above data is fuel savings. Many people don't worry about fuel efficiency when buying a vehicle. An example of this is that according to Ford, only 39% of people who buy their trucks do so for work.<ref>http:~~//www.tundraheadquarters.com/blog/why~~-~~consumers~~-buy-pickup-trucks/</ref> Vehicles like the Jeep Wrangler are common, even simply as drive-around vehicles, that are not used for off-roading. The above chart shows that over the lifetime of the vehicle (10-year estimate), buying a Volkswagen Golf TDI instead of a Jeep Wrangler will save over $16,000. Add this to the fact that the [[MSRP]] of a Jeep Wrangler is around $24,000 <ref>http://www.jeep.ca/en/wrangler/WRG_SPTS</ref> and a Volkswagen Golf TDI is around $23,000,<ref>http://contents.vw.ca/vw4/configurator/index.php?lang=en&model=golf_5door&year=2015</ref> and with your savings, you could buy a new car after 10 years. That's right. Buying a 45 mpg car vs 18 mpg will save you enough money over the course of ten years to buy another car.

	Not everyone that buys a truck or a jeep does so to use it as a daily driver, but if you are thinking about buying a new car, it's worth considering whether or not you actually need a car with bad fuel economy. If you can survive without a truck, the potential savings are tremendous.

	The final car in the table is a Nissan Leaf, which is an [[electric vehicle]]. Because of this, neither the cost savings nor CO<sub>2</sub> savings formulas are accurate. I left in the cost savings as a benchmark, but CO<sub>2</sub> production varies, depending on the electricity source. There is a baseline amount of CO<sub>2</sub> emitted during car production, and this is higher than production for standard cars. If the electricity used in the car is from [[coal]], and around 53% of the electricity produced in Alberta does, then the combination of higher production CO<sub>2</sub> and emissions from coal means there is no improvement over a standard car. However, if the electricity comes from [[hydropower]], or another low emission source, then the emissions are less than half of an internal combustion car, per mile.<ref>http://shrinkthatfootprint.com/electric-cars-green</ref>

	As for lifetime cost, while a lot of money gets saved on fuel costs, electricity isn't free, and the [[battery]] itself has to be replaced. According to Tesla Motors, their battery has to be replaced every five years, or 100,000 miles, and replacement is $12,000 if paid up front when buying the car, or $30,000 if bought directly from the manufacturer. While Nissan does not list battery replacement prices, their replacement program costs $100 per month, which adds $1,200 per year to the cost of driving the car. At 12¢/[[kWh]], the annual electricity cost of the leaf is around $400. Add this to $100/month for battery replacement, and the yearly total is around $1600. While this about $500 less than the estimated fuel costs per year of a 24 [[mpg]] gasoline-powered car, it's actually about $300 more than the cost of running a 37 mpg Ford Focus. That said, if you drive a lot, that gap will shrink.

	~~==References==~~
	~~{{reflist}}~~
	~~[[Category:Uploaded~~]]

J.williams: 1 revision imported

2015-09-18T16:50:47Z

1 revision imported

← Older revision	Revision as of 16:50, 18 September 2015
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Kjstenho at 18:42, 3 September 2015

2015-09-03T18:42:11Z

← Older revision		Revision as of 18:42, 3 September 2015
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	[[Category:Done 2015-02-15]]		[[Category:Done 2015-09-06]]
	<onlyinclude>'''Fuel efficiency savings''' refers to the overall savings based on fuel economy of a vehicle over time.</onlyinclude> This article examines the potential savings based on the [[fuel efficiency]] of a vehicle. Below is a table which contains several different vehicles from the same production year (2014). The table shows [[fuel economy]], cost savings, and [[carbon dioxide]] emissions based on fuel economy. Notice that the lifetime savings of a highly efficient vehicle can be over ''$10,000''!		<onlyinclude>'''Fuel efficiency savings''' refers to the overall savings based on fuel economy of a vehicle over time.</onlyinclude> This article examines the potential savings based on the [[fuel efficiency]] of a vehicle. Below is a table which contains several different vehicles from the same production year (2014). The table shows [[fuel economy]], cost savings, and [[carbon dioxide]] emissions based on fuel economy. Notice that the lifetime savings of a highly efficient vehicle can be over ''$10,000''!
	{\| class="wikitable"		{\| class="wikitable"
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	Not everyone that buys a truck or a jeep does so to use it as a daily driver, but if you are thinking about buying a new car, it's worth considering whether or not you actually need a car with bad fuel economy. If you can survive without a truck, the potential savings are tremendous.		Not everyone that buys a truck or a jeep does so to use it as a daily driver, but if you are thinking about buying a new car, it's worth considering whether or not you actually need a car with bad fuel economy. If you can survive without a truck, the potential savings are tremendous.

	The final car in the table is a Nissan Leaf, which is an [[electric vehicle]]. Because of this, neither the cost savings nor CO<sub>2</sub> savings formulas are accurate. I left in the cost savings as a benchmark, but CO<sub>2</sub> production varies, depending on the electricity source. There is a baseline amount of CO<sub>2</sub> emitted during car production, and this is higher than production for standard cars. If the electricity used in the car is from [[coal]], and around 53% of the electricity produced in Alberta does, then the combination of higher production CO<sub>2</sub> and emissions from coal means there is no improvement over a standard car. However, if the electricity comes from [[~~Hydro\|hydroelectric energy~~]], or another low emission source, then the emissions are less than half of an internal combustion car, per mile.<ref>http://shrinkthatfootprint.com/electric-cars-green</ref>		The final car in the table is a Nissan Leaf, which is an [[electric vehicle]]. Because of this, neither the cost savings nor CO<sub>2</sub> savings formulas are accurate. I left in the cost savings as a benchmark, but CO<sub>2</sub> production varies, depending on the electricity source. There is a baseline amount of CO<sub>2</sub> emitted during car production, and this is higher than production for standard cars. If the electricity used in the car is from [[coal]], and around 53% of the electricity produced in Alberta does, then the combination of higher production CO<sub>2</sub> and emissions from coal means there is no improvement over a standard car. However, if the electricity comes from [[hydropower]], or another low emission source, then the emissions are less than half of an internal combustion car, per mile.<ref>http://shrinkthatfootprint.com/electric-cars-green</ref>

	As for lifetime cost, while a lot of money gets saved on fuel costs, electricity isn't free, and the [[battery]] itself has to be replaced. According to Tesla Motors, their battery has to be replaced every five years, or 100,000 miles, and replacement is $12,000 if paid up front when buying the car, or $30,000 if bought directly from the manufacturer. While Nissan does not list battery replacement prices, their replacement program costs $100 per month, which adds $1,200 per year to the cost of driving the car. At 12¢/[[kWh]], the annual electricity cost of the leaf is around $400. Add this to $100/month for battery replacement, and the yearly total is around $1600. While this about $500 less than the estimated fuel costs per year of a 24 [[mpg]] gasoline-powered car, it's actually about $300 more than the cost of running a 37 mpg Ford Focus. That said, if you drive a lot, that gap will shrink.		As for lifetime cost, while a lot of money gets saved on fuel costs, electricity isn't free, and the [[battery]] itself has to be replaced. According to Tesla Motors, their battery has to be replaced every five years, or 100,000 miles, and replacement is $12,000 if paid up front when buying the car, or $30,000 if bought directly from the manufacturer. While Nissan does not list battery replacement prices, their replacement program costs $100 per month, which adds $1,200 per year to the cost of driving the car. At 12¢/[[kWh]], the annual electricity cost of the leaf is around $400. Add this to $100/month for battery replacement, and the yearly total is around $1600. While this about $500 less than the estimated fuel costs per year of a 24 [[mpg]] gasoline-powered car, it's actually about $300 more than the cost of running a 37 mpg Ford Focus. That said, if you drive a lot, that gap will shrink.

J.williams: 1 revision imported

2015-08-26T21:31:07Z

1 revision imported

← Older revision	Revision as of 21:31, 26 August 2015
(No difference)

J.williams at 16:54, 12 August 2015

2015-08-12T16:54:29Z

New page

[[Category:Done 2015-02-15]]
<onlyinclude>'''Fuel efficiency savings''' refers to the overall savings based on fuel economy of a vehicle over time.</onlyinclude> This article examines the potential savings based on the [[fuel efficiency]] of a vehicle. Below is a table which contains several different vehicles from the same production year (2014). The table shows [[fuel economy]], cost savings, and [[carbon dioxide]] emissions based on fuel economy. Notice that the lifetime savings of a highly efficient vehicle can be over ''$10,000''!
{| class="wikitable"
|-
! mpg (US) !! Example !!km/L !! L/year !! kg CO2 produced !! Savings from 24 mpg ($1.20/L) !! 5 year savings !! 10 year savings
|-
| 18 || Jeep Wrangler ||7.58 || 2234 || 5,343 || Costs an extra $668.40 || -$3342 || -$6,684
|-
| 24 || Toyota Camry V6 ||10.1 || 1677 || 4,011 || 0 || 0 || 0
|-
| 30 || Mini Cooper Clubman ||12.63 || 1341 || 3,207 || $403 || $2,015 || $4,030
|-
| 38 || Fiesta 3-cyl ||16 || 1059 || 2,533 || $741 || $3705 || $7,410
|-
| 45 || VW Golf TDI ||18.95 || 894 || 2,403* || $939.60 || $4,698 || $9,396
|-
| 60 || Kia Rio 1.1 CDRi ||25.26 || 671 || 1,603 || $1,208.40 || $6,042 || $12,084
|-
| 73.5 || VW Golf TDI Bluemotion <ref>http://green.autoblog.com/2013/06/26/new-vw-golf-tdi-bluemotion-is-most-fuel-efficient-ever-with-73/</ref> || 30.94 || 547.6 || 1,309 || $1,355.28 || $6,776.40 || $13,552.80
|-
| 114** || Nissan Leaf || 48 || --- || 844 || $1,588 || $7,944 || $15,888
|}
<nowiki>*</nowiki>Diesel emits 2.6889kg CO2 per liter<ref>http://www.eia.gov/tools/faqs/faq.cfm?id=307&t=11</ref>

<nowiki>**</nowiki>[[Miles per gallon gasoline equivalent|MPGe]]

This table gives data on fuel use, CO2 emissions, as well as savings vs. a 24 [[mpg]] car over one year, five years, and ten years. It also gives examples of a car that falls into each fuel consumption category. While the first five cars are available in North America, the last two [[heat engine]]-powered cars are only available in Europe. They are included in this list as proof that fuel consumption of their respective rates is possible using internal combustion, even if North American markets don't currently support them.

One of the interesting parts of the above data is fuel savings. Many people don't worry about fuel efficiency when buying a vehicle. An example of this is that according to Ford, only 39% of people who buy their trucks do so for work.<ref>http://www.tundraheadquarters.com/blog/why-consumers-buy-pickup-trucks/</ref> Vehicles like the Jeep Wrangler are common, even simply as drive-around vehicles, that are not used for off-roading. The above chart shows that over the lifetime of the vehicle (10-year estimate), buying a Volkswagen Golf TDI instead of a Jeep Wrangler will save over $16,000. Add this to the fact that the [[MSRP]] of a Jeep Wrangler is around $24,000 <ref>http://www.jeep.ca/en/wrangler/WRG_SPTS</ref> and a Volkswagen Golf TDI is around $23,000,<ref>http://contents.vw.ca/vw4/configurator/index.php?lang=en&model=golf_5door&year=2015</ref> and with your savings, you could buy a new car after 10 years. That's right. Buying a 45 mpg car vs 18 mpg will save you enough money over the course of ten years to buy another car.

Not everyone that buys a truck or a jeep does so to use it as a daily driver, but if you are thinking about buying a new car, it's worth considering whether or not you actually need a car with bad fuel economy. If you can survive without a truck, the potential savings are tremendous.

The final car in the table is a Nissan Leaf, which is an [[electric vehicle]]. Because of this, neither the cost savings nor CO2 savings formulas are accurate. I left in the cost savings as a benchmark, but CO2 production varies, depending on the electricity source. There is a baseline amount of CO2 emitted during car production, and this is higher than production for standard cars. If the electricity used in the car is from [[coal]], and around 53% of the electricity produced in Alberta does, then the combination of higher production CO2 and emissions from coal means there is no improvement over a standard car. However, if the electricity comes from [[Hydro|hydroelectric energy]], or another low emission source, then the emissions are less than half of an internal combustion car, per mile.<ref>http://shrinkthatfootprint.com/electric-cars-green</ref>

As for lifetime cost, while a lot of money gets saved on fuel costs, electricity isn't free, and the [[battery]] itself has to be replaced. According to Tesla Motors, their battery has to be replaced every five years, or 100,000 miles, and replacement is $12,000 if paid up front when buying the car, or $30,000 if bought directly from the manufacturer. While Nissan does not list battery replacement prices, their replacement program costs $100 per month, which adds $1,200 per year to the cost of driving the car. At 12¢/[[kWh]], the annual electricity cost of the leaf is around $400. Add this to $100/month for battery replacement, and the yearly total is around $1600. While this about $500 less than the estimated fuel costs per year of a 24 [[mpg]] gasoline-powered car, it's actually about $300 more than the cost of running a 37 mpg Ford Focus. That said, if you drive a lot, that gap will shrink.

==References==
{{reflist}}
[[Category:Uploaded]]