or they dig the well before becoming thirsty !
We Sri Lankans better hurry up change the energy habits ....
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1. The Green Car Rating includes all measured air-based emissions – not just CO2.
This allows a realistic comparison between different vehicle and fuel types – for example, while diesel typically has lower tailpipe CO2 emissions than petrol, diesel emissions include higher levels of NOx and particulates.
The emissions assessed are: carbon dioxide (CO2), nitrous oxide (N2O), methane (CH4), carbon monoxide (CO), oxides of nitrogen (NOx), hydrocarbons (HCs), particulates (PM), and sulphur dioxide (SO2).
2. The Green Car Rating includes lifecycle emissions, not just tailpipe emissions.
This enables a fair comparison of all conventional and alternative vehicle types – for example, hybrids offer better fuel economy, but also have higher manufacturing emissions.
It also means that zero-emission vehicles can be fairly assessed – while electric cars have zero tailpipe CO2, the Green Car ratings takes into account the emissions produced by electricity-generation and vehicles manufacture.
3. The Green Car Rating is an impact assessment, not just an emissions inventory.
Rather than just quantify the amount of each of the eight emissions, the Green Car Rating assesses by the environmental impact of the emissions.
Not only does this more accurately account for the impacts and location of different emissions, using the total environmental impact makes a comparison of eight emissions possible.
4. The Green Car Rating provides an easy-to-understand system for consumers.
The Rating is designed to used by non-experts and is therefore expressed as a score out of 100 ranging from 0 for the greenest vehicles to 100+ for the most polluting.
The Green Car Rating is based on an assessment of the environmental impacts associated with a car's use and manufacture. This includes all aspects of producing and using the fuel - the fuel cycle (primary production, extraction, transportation, refining, and vehicle operation), as well as the vehicle's manufacture, assembly and disposal - the vehicle cycle.
The Green Car Rating analysis first quantifies the extent of life cycle air emissions arising from the fuel and vehicle cycles (known as an emissions inventory). The air emissions assessed include the so-called 'regulated emissions' - carbon monoxide (CO), oxides of nitrogen (NOx), non-methane organic gases (NMOG) and particulates (PM) - and sulphur dioxide (SO2). In addition, the three main greenhouse gases associated with road transport are assessed: carbon dioxide (CO2) , nitrous oxide (N2O) and methane (CH4).
The analysis then conducts an emissions impact assessment - as its name suggests, this quantifies the impacts of the emissions rather than just quantifying the amount of emissions produced. The advantage of this approach is that the varying levels of all the emissions assessed can be combined to produce an overall environmental impact - without this approach it is difficult to know how to compare (for example) a car with high CO2 and low NOx, with a second vehicle that has low CO2 and high NOx.
The emissions impact assessment is achieved by the use of an environmental rating tool first developed by the European Cleaner Drive Programme to assess the impacts associated with the fuel cycle. This rating system uses recognised 'external costs' to establish the relative weight to attach to different emissions - the external costs are values expressed in monetary terms that reflect the overall damage to the environment and to human health. The analysis used by Next Green Car extends the Cleaner Drive method to include vehicle cycle (car manufacture and assembly).
Using the Green Car Rating system, the level of environmental impacts are expressed as a score between 0-100 - the lower the score, the less the environmental impact (this reverses the Cleaner Drive scores which were higher for lower emission vehicles).
Input data for the Green Car Rating methodology comes from number of reference sources including: the Vehicle Certification Agency (for vehicle or tailpipe emissions), and several academic papers that estimate the emissions produced during the production of materials used for vehicle manufacture.
A Mitsubishi Outlander plug-in hybrid electric four-wheel drive SUV, entered and managed by the Two & Four Motor Sports rally team supported by Mitsubishi Motors Corporation, successfully completed the FIA-certified Asia Cross Country Rally 2014 in its electric vehicle class.
The team completed the rally in 19 hours 17 minutes and 12 seconds for the total driving distance of 1986km under rough courses, winning the first place in the class and 14th place overall.
The Outlander PHEV, having completed this rally for two years in row proved its Plug-in Hybrid Electric Vehicle (PHEV) powertrain is durable even under severe road conditions.
Rally Car Overview
The Mitsubishi Outlander PHEV rally car used the competition-modified suspension from last year's race car as well as raised ground clearance with the drive battery placed higher for improved off-road performance. The car's Super All-Wheel Control (S-AWC) integrated vehicle dynamics control system was tuned for competition use to provide better traction.
Other modifications included the fitting of a roll cage and underbody skid plate, the use of lighter engine hood, rear gate and interior parts, and additional sealing and a snorkel for water crossings. Apart from these changes, the car competed using almost the same powertrain and mechanical parts as the standard production model.
Result Breakdown by Race Leg
The Outlander PHEV won its class for the second year in a row. Overall standing by leg:
Prologue Run (August 9): 11th place overall in the Prologue Run time trials from Pattaya, Thailand.
Leg One (August 10): First day of full competition, 13th place overall.
Leg Two (August 11): Battling Thailand's deep ruts and muddy and boggy trails the Outlander PHEV finished 12th overall.
Leg Three (August 12): Race moves from Thailand to Cambodia, towards the Angkor Wat World Heritage site. This leg featured comparatively flatter terrain where the Outlander PHEV could take advantage of the high torque of its electric motors and S-AWC which led to a step up to 11th place overall.
Leg Four (August 13): Progress to 9th place overall in this leg which started from Angkor Wat.
Leg Five (August 14): This gruelling leg was the longest and featured deep ruts. Lack of high ground clearance forced the Outlander PHEV to avoid much of the second half of the course, falling to 15th place overall.
Leg Six (August 15): The last leg starting from Phnom Penh featured a flat high-speed course, finishing 2nd in the leg and recovering to finish 14th overall
Mr. Yasuo Tanaka, Technical Director, said:
“Because the extreme road surface conditions unique to the Asia Cross Country Rally gave us a really hard time when we competed for the first time last year, this year we raised the ground clearance further to improve the car's off-road performance.
“It makes me very happy that the Mitsubishi Outlander PHEV has not only successfully completed the rally under such gruelling conditions for the second year in a row but also placed higher than last year.
“I am also very satisfied and proud that the Outlander PHEV was able to demonstrate so convincingly the reliability and durability of MMC's own plug-in hybrid electric vehicle system as well as the superior capabilities of its Twin Motor 4WD and S-AWC systems.
“The Outlander PHEV's improved all-terrain performance this year means we have been able to collect more valuable data than last. I am looking forward to utilising this in our electric vehicle development.”
This may be actual for Sri-Lanka as well. What do you think? -
It's one of the recurring questions asked by electric-car skeptics: Yeah, but what about all those battery packs? Won't they just end up in landfills?
We know already that the 12-Volt lead-acid car battery appears to be the most-recycled consumer good in the world--though that's largely for safety reasons, as lead is far more toxic than the materials in lithium-ion batteries.
More recently, hybrid car-makers have had programs to take back and safely dispose of used or damaged high-voltage battery packs for 15 years. Those nickel-metal-hydride cells contain precious metals with a known recycling value.
DON'T MISS: Who Knew? A Car Battery Is the World's Most Recycled Product
But for the much higher-capacity lithium-ion batteries used in electric cars, the answers may be slightly different.
A new report from the Mineta Transportation Institute at San Jose State University in California suggests that 20 years hence, there may be 1.3 million to 6.7 million used battery packs from electric cars.
According to the report, as covered in Recycling International (via ChargedEVs), roughly 85 percent of those could be suitable for "post-vehicle use," with the remaining 15 percent likely damaged beyond repair.
There may not be a business model in recycling them, however: The materials in a lithium-ion battery pack are relatively inexpensive, and even with technological breakthroughs, the report estimates that only 20 percent of the cost of recycling could be recouped by selling the recovered materials.
Instead, the value will lie in secondary uses--depending, of course, on what value the market assigns to a used pack.
The report suggests that while this area is "less well-defined," repurposing the packs for other uses could be economical at a cost of $83 to $114 per kilowatt-hour.
For a 24-kWh used pack out of a Nissan Leaf, then, the value might range from $2,000 to $2,750.
The replacement cost of a new Leaf pack (on which Nissan has said it loses money today) is $5,500, assuming the old pack is turned back to Nissan (and the electric-car maker has its own plans for secondary-use businesses as well).
ALSO SEE: Nissan Leaf $5,500 Battery Replacement Loses Money, Company Admits
One potential application might be bundling a used electric-car battery with photovoltaic solar panels for home use, allowing homeowners not only to generate renewable electricity but to store it.
The average U.S. home uses 32 kWh a day, so a Leaf battery pack that may have 16 kWh of usable capacity left could power the home for a substantial portion of its day.
And forward-looking electric utilities are considering the opportunities to decouple such homes from the grid temporarily during periods of peak demand, reducing the utility's peak load.
One thing is certain, however: As Nissan is already doing, every maker of plug-in electric cars will have a program to take back used or damaged battery packs.
Some of them will see the value in repairing them--replacing defective modules and putting them back into stock as remanufactured parts--while others may set up separate businesses to sell them for secondary uses.
Which means it's only a matter of time until a "black market" emerges.
-Green car reports
Energy Efficient Motoring
With its official ADR fuel economy rating of 1.9L/100km*, and unbelievable cruising range thanks to its new developed plug-in hybrid system, the Mitsubishi Outlander PHEV is set to redefine perceptions of electric hybrid cars in Australia.
* Based on the official ADR 81/02 test cycle.
Read more http://byebyepetrol.info/THE-PLUG-IN-EV-HYBRID-SYSTEM.html