Acura's new CVT Transmission Explained

CONTINUOUSLY VARIABLE TRANSMISSION
The ILX Hybrid features as standard a Continually Variable Transmission (CVT) – a first for
Acura. The CVT delivers excellent low-end acceleration matched with relaxed low-rpm cruising
along with offers smooth and predictable gear ratio transitions. By helping the engine and
electric motor operate in the most efficient range, the CVT provides a fuel efficiency benefit
superior to that of a conventional automatic transmission with fixed ratio gears. It also allows
for greater efficiency during regenerative braking by smoothing deceleration.

The transmission can be controlled by a straight-gate console-mounted shifter or via a steering
wheel paddle shifter system that works whenever the transmission is in either of its two
automatic modes. When the paddle shifters are used, the transmission offers a choice of
seven fixed ratios.

Automatic Modes
The transmission can be operated in two different fully automatic modes with the console mounted
straight-gate shifter. The D mode is ideal for most driving situations, and combines
fuel efficiency with smooth operation and responsive power when needed. The S mode is for
more performance-oriented driving, and features more aggressive transmission mapping to
keep engine rpm higher for greater acceleration and response.

Whether in D or S mode, special transmission logic programming allows the use of the steering-
wheel-mounted paddle shifters. When the driver operates the steering wheel-mounted
paddle shifters while in Drive, the transmission responds to the driver’s shift command by selecting
one of the available seven fixed ratios, and then returns to its normal fully automatic
Drive mode if further paddle shift inputs are not made within a short time. This special logic
makes it easy for the driver to command a quick downshift without leaving the convenience of
Drive mode.

S Mode
When in S mode, use of the paddle shifters puts the transmission into full manual mode that
remains until another mode of operation is selected with the console-mounted shifter. The
paddle shifters allow the driver to select among seven fixed gear ratios. When in manual
mode, if the engine redline is reached the ILX will automatically shift to the next gear ratio to
avoid engine damage. It will also shift down to an appropriate lower gear ratio if necessary.

L Mode
When the transmission is in S mode, simultaneously pressing and holding the upshift and
downshift paddles on the steering wheel places the transmission in L mode. In this mode, the
operation of the integrated electric motor is altered to increase the charge rate of the lithiumion
battery.

Inside Line Reviews the 2013 Honda FIT Electric Vehicle

Sadly, not for the Canadian market just yet....

Honda Fits the EV Puzzle Pieces Together

By Dan Edmunds, Director of Vehicle Testing | Published Jul 3, 2012

One could argue that Honda's reputation is largely based on the various clean air and fuel economy technologies it has promoted over the years. From CVCC to HF to VTEC, NGV to IMA to FCEV, Honda can usually be found tinkering away at or near the top of the mpg charts.

Accordingly, the new 2013 Honda Fit EV looks mighty impressive in terms of EV efficiency. It beats the rival Ford Focus Electric, Mitsubishi i and Nissan Leaf in every consumption and range metric found on a typical EV window sticker, from its low consumption rate of 29 kWh per 100 miles to its stellar combined rating of 118 MPGe to its class-leading range of 82 miles.

But one curious fact stops us in our tracks: You can't buy a 2013 Honda Fit EV. And you may never see one because, all told, Honda expects to produce just 1,100 Fit EVs over the next three years. By contrast, Nissan is close to selling that many Leaf EVs in a month.

What's more, the 2013 Honda Fit EV is a lease-only proposition ($389 per month for 36 months; the tax credit is baked in) that is confined to coastal Southern California, the San Francisco Bay Area, Sacramento and Portland, Oregon. Next spring Honda plans to expand into Boston; New York; Hartford, Connecticut; Baltimore; and Washington, D.C.

A La Mode
The heart of the Fit EV is a permanent magnet electric motor that's rated at 92 kW (123 horsepower). It drives the front wheels through a coaxial single-speed gearbox, in which the differential is bolted directly to one end of the electric motor, not offset in the usual way with drive flanges positioned behind. This works because the motor's main shaft is hollow, allowing the driveshaft that feeds the opposite tire to run straight through the middle.

Full power is only available by pressing a dash-mounted Sport button. The Fit EV's rated efficiency and range comes in Normal mode, the start-up default that produces 75 kW (101 hp). Honda says Sport is 10 percent less efficient than Normal, but a third option, Econ mode, can boost efficiency by 17 percent if you're willing to tolerate 47 kW (63 hp), a deliberately recalcitrant throttle pedal and "optimized" air-conditioning performance.

Moving Out
From rest, Normal and Sport are equally proficient at chirping the Michelin Energy Saver low-rolling-resistance tires thanks to instant-on peak torque. Once under way, Normal feels entirely reasonable for everyday use, even up hills and onto freeway onramps. It's never lightning fast, but there's no problem keeping up.

As expected, the Sport button makes passing and merging easier, and in that mode the Fit EV's power-to-weight ratio is 19 percent better than the Leaf's. We figure 0-60-mph acceleration could register below 9.5 seconds — perhaps a half second better than the Nissan.

There are two shift positions as well: the familiar "D," and a "B" setting that simulates low gear engine braking through the regenerative system. Intended for downgrades, it adds a new dimension of fun in daily use (with no efficiency penalty) à la Mini E, although the effect is less pronounced.

As for the regular brakes, the EV's system of blending electric braking with conventional friction braking produces a firm and consistent pedal that comes across as notably more satisfying than the Leaf.

Battery Pack
Electricity comes from an air-cooled 20 kWh lithium-ion battery pack that's 4 kWh smaller than that of a Leaf. Even so, the Fit EV's range bests the Nissan by 9 miles. Low comparative weight accounts for some of this, as the 3,252-pound Fit EV weighs 123 pounds less than the Nissan.

But the chemistry of the Fit EV's Toshiba-made SCiB (super-charge ion battery) battery modules has more to do with it. Typical lithium-ion battery cells feature a carbon anode, but SCiB cells employ a Lithium Titanate Oxide (LTO) anode instead that can charge and discharge more quickly, allowing the Fit's battery to gobble up and recover energy more readily under braking.

This trait is a boon to plug-in charging, too, and the Fit EV's charging system runs at 6.6 kilowatts instead of the 3.3-kilowatt charge rate of the Leaf. And so it takes 3 hours — less than dinner and a movie — to fully recharge a depleted Fit EV using a standard 240-volt charger. A 7-hour commitment is needed to fill an empty Leaf at the same charging station.

Similar battery technology is found in the 2012 Focus Electric, which can also charge at 6.6 kW. But 372 pounds more Ford leads to a larger 23 kWh battery and 4 hours of 240-volt charge time.

Recharging on 120 volts is less impressive because the typical home garage circuit is the limiting factor. Still, 15 hours is far better than the 21 hours it takes to refill an empty Leaf — different enough to make the need for a 240-volt home charger far less certain.

Adaptation
Significant alterations were needed to slip a battery pack underneath the middle of a Fit. The driver still sits in the same spot, but a recontoured floor positions rear occupants 1.4 inches higher and 3.3 inches farther back. Rear headroom is down, but 37.3 inches of the stuff still feels like a goodly amount. However, fans of the Fit's magic seat will be saddened to learn that it did not survive the reconstructive surgery.

Still more room was needed to keep the battery case from dragging on speed bumps, so the entire body was raised 1.6 inches on its suspension. Taller springs and a new aluminum subframe do the trick up front, but the battery intrudes into space claimed by the Fit's standard-issue twist-beam rear axle. Oh, and there are 675 more pounds to cart around.

As a result, the Honda Fit EV has sprouted a far more sophisticated multilink rear suspension.

The end result is a Fit EV that rides with significantly more smoothness — and quietness — on the broken concrete surfaces and jointed freeways we're driving today. We're talking Accord levels of refinement here.

And the Fit EV is stable when barreling into corners, too, thanks to revised spring and roll stiffness tuning to handle the extra mass. Helping greatly in this regard is a center of gravity that is actually lower because much of the added weight sits below floor level.

Inside
Access to cargo is still good despite the raised body; 25.4 inches of liftover height is still an enviable number. But the rear-shifted seat shrinks rear cargo space from 20.6 to 12 cubic feet. There are 49.4 cubic feet available with the new 60/40 seat folded, but the load floor is no longer flat.

Rear doors that open 80 degrees are still present and they're even more appreciated with the new rear-set seat. The height-adjustable front seat and telescoping wheel still accommodate a wide range of drivers.

A navigation system and back-up camera are standard (there are zero options), and the instrument panel has been reconfigured to provide various types of coaching feedback to help get the most out of each kilowatt-hour of electricity.

A remote on the key fob can initiate a charge, check charge progress, verify cabin temperature and turn on the air-conditioning from 100 feet away. The available HondaLink EV smartphone app does all that and more. It can display available driving range, program an overnight charging session to catch low overnight rates or search for EV charging stations along a route.

Summing Up
The 2013 Honda Fit EV looks class-leading on paper and performs well in person, but that just makes its lease-only status all the more perplexing, even if $389 per month for 36 months seems like a competitive deal. A bit more digging reveals a couple of potential reasons.

Honda says that if it sold the Fit EV it would have to charge $37,415 for it — $2,580 less than a Focus Electric but $1,365 more than a Nissan Leaf. Put it that way and it seems like a ton of dough for a Fit near the end of its life cycle.

As a lease-only proposition with no buyout, Honda's Fit EV battery warranty lasts for "the duration of the lease of the vehicle," which is 3 years or 36,000 miles. Makers of for-sale EVs have to stand behind their batteries far longer, so in theory they can't push them to the max. One wonders if an 8-year/100,000-mile Fit EV battery would perform as well. It seems so, but outside of Honda there's no way of knowing.

Still, if a 3-year lease sounds good to you and you happen to live in one of the designated areas, the 2013 Honda Fit EV is a solid electrified choice. It rides, it handles, it charges quickly and it goes farther on less juice than any of its rivals. Interested? Find out more at Honda's official Fit EV Web site.

Source (with more pix!);
http://www.insideline.com/honda/fit/2013/2013-honda-fit-ev-first-drive.html

Honda Installs All The Solar Panels

Honda is using solar panels on top of their offices and eventually all of their dealerships in Japan and other parts of the world to help reduce their Carbon footprint.

Check out the full article here;
http://gas2.org/2012/06/25/honda-installs-all-the-solar-panels/

A greener Honda: car company to recycle hybrid batteries for rare earths

On Wednesday, Honda Moto Co. announced that as part of an increased effort to go green and be environmentally friendly, the car manufacturer will begin recycling rare earth materials this year from the batteries used in hybrid cars. As a whole, Japan is heavily dependent on imports to get its rare earth elements, especially from China. While the materials are invaluable for the manufacturing of high-tech consumer electronics, ongoing tensions with China pose a threat to Japan’s supply.


Honda claims that they will be the first in the auto industry to start rare earth recycling, with the hopes of a September or October launch. Takanobu Ito, Honda’s president, commented that the future of Japan’s energy policy has become uncertain in the wake of the Fukushima nuclear disaster, and there is no better time than now to make a push towards the use of renewable energy sources. Ito also said that Honda is making efforts to decrease pollution and its contribution to global warming, and one day hopes to make cars that combine the company’s fuel-cell technology with solar power, creating a car that runs on energy from nature only.

The Honda president pointed to founder Soichiro Honda’s focus on the environment, and how he would tell workers that everyone in the auto industry is responsible for trying to reduce emissions. Prior to Honda’s entrance into the U.S. market, the company had set a goal for building a fuel-efficient gasoline engine, in order to pass the country’s strict regulations against pollution. Honda created its legendary CVCC engine in the 1970s, and was the world’s first auto maker to clear the standard. Shortly after, regulations against pollution were also adopted in Japan.

Source;
http://japandailypress.com/a-greener-honda-car-company-to-recycle-hybrid-batteries-for-rare-earths-204805

Americans Say EVs Are the Way to Go, According to Honda [Video]

If you thought the American public was generally misinformed and ignorant, you’d be wrong, as according to a recent video posted online by Honda, they have strong opinions and are generally informed about ‘green tech’ and the future of motoring.

Honda’s poll was conducted with 1,000 people from the US, and it was discovered that 37% of people think that pure EVs are the way to go into the future, with regular gasoline and biofuel tying for second place with 19%, hydrogen coming 4th with 13%, and natural gas (surprisingly) coming last with 12% of people considering it ‘the fuel of future’.

People were also asked what was the threshold when it came to gas prices which would determine them to ‘go green’ and purchase an alternatively-fueled vehicle. Of the people questioned, 60% said they would opt for a ‘green’ alternative if the price of gas would surpass the the $6 (€4.78) per gallon mark, with 30% saying they would make the swap if prices passed the $5 (€3.98) per gallon mark. Curiously, 15% of people said they would never buy a fuel sipper, no matter how draconic the oil industry would become - a very odd and surprising statistic.

The video also proves that Americans have heard of aerodynamics, though too many of them fail on the question of whether or not to keep the windows up or down on the highway to maximize efficiency.

Source;
http://www.autoevolution.com/news/americans-say-evs-are-the-way-to-go-according-to-honda-video-45872.html

2013 Honda Fit EV Rated by the EPA at 118 MPGe; Receives Best-Ever Consumption Rating of 29 kWh/100mi The 2013 Honda Fit EV tops all other EV offerings in efficiency ratings, providing the most mileage for your electric dollar

The 2013 Honda Fit EV tops all other EV offerings in efficiency ratings, providing the most mileage for your electric dollar

06/06/2012 - TORRANCE, Calif.,

The 2013 Honda Fit EV, has received a combined adjusted Environmental Protection Agency (EPA) mile-per-gallon-equivalency rating of 118 MPGe, and an unprecedented low consumption rating of just 29 kilowatt hours (kWh) per 100 miles. With an EPA rated annual fuel cost of only $500 , the fun-to-drive 2013 Honda Fit EV can help consumers get more miles for each charging dollar. Full EPA MPGe ratings¹ for the Fit EV are 132/105/118 city/highway/combined.

With such an efficient drivetrain, the Fit EV’s 20-kWh lithium-ion (Li-ion) battery provides the capacity to earn an EPA combined city/highway estimated driving range rating of 82-miles, allowing the Fit EV to surpass the EPA efficiency and range ratings of the Ford Focus Electric (105 MPGe, 76-mile range), Nissan Leaf (99 MPGe, 73-mile range), and Mitsubishi i-MiEV (112 MPGe, 62-mile range). The Fit EV’s exceptionally efficient design – encompassing everything from savvy powertrain design, weight-conscious engineering and effective aerodynamics – makes the most of the Fit EV’s smaller battery. Additionally, the Fit EV battery can be recharged in less than 3 hours from a low charge indicator illumination point when connected to a 240-volt circuit.

“Just as important as the industry-leading fuel-efficiency and fast recharging time, as a Honda, the 2013 Fit EV will be an absolute kick to drive,” said Steve Center, vice president of the American Honda Environmental Business Development Office.

The Fit EV’s 92 kilowatt (123 horsepower) coaxial electric motor generates 188 ft-lb of torque, and is teamed to a chassis with a fully-independent suspension and a driver-selectable 3-mode electric drive system adapted from the CR-Z Sport Hybrid.

Honda debuted the 2013 Fit EV at the 2011 Los Angeles Auto Show and announced plans to begin leasing the battery-electric commuter vehicle to customers in select California and Oregon markets during the summer of 2012, followed by an East Coast rollout in 2013. The Fit EV will be offered with three-year $389/month lease².

Honda Environmental Leadership
The Fit EV is a part of Honda’s portfolio approach, which includes the development of battery- electric, fuel cell-electric, natural gas, and gasoline-electric powered vehicles, to improve fuel-efficiency and reduce C02 emissions. Honda has led the Union of Concerned Scientists (UCS) rankings of overall vehicle environmental performance since 2000, and a Honda vehicle has topped the list of America's greenest vehicles, from the America Council for an Energy-Efficient Economy (ACEEE), for eleven consecutive years.

In 2006, Honda became the first automaker to announce voluntary CO2 emissions reduction targets for its global fleet of automobile, powersports and power equipment products and its global network of manufacturing plants. Today, the company is striving for even greater reductions in CO2 emissions that contribute to global climate change, while also working to minimize waste, water use and the total environmental footprint of its operations worldwide.

Honda Fit EV Efficiency Comparison
Model	EPA Combined MPGe Rating	EPA Combined kWh/100ml1	Battery Capacity	EPA Label Range
Honda Fit EV	118	29	20 kWh	82 miles
Mitsubishi i-MiEV	112	30	16 kWh	62 miles
Ford Focus Electric	105	32	23 kWh	76 miles
Nissan Leaf	99	34	24 kWh	73 miles

¹ kWh/100mi (kilowatt hours per 100miles): A lower number represents superior efficiency
¹132/105/118 city/highway/combined miles per gallon of gasoline-equivalent (MPGe) rating; 82 mile combined (city/highway) driving range rating (adjusted).  Ratings determined by US EPA.  Your MPGe and range will vary depending on driving conditions, how you drive and maintain your vehicle, battery age/condition, and other factors.  For additional information about EPA ratings, visit http://www.fueleconomy.gov/feg/label/learn-more-electric-label.shtml.

²Subject to limited availability through October 2014 in designated market regions on approved credit through American Honda Finance Corp. Closed end lease for 2013 Honda Fit EV for well-qualified lessees meeting specific use and operation requirements. Not all applicants will qualify. No purchase option at lease end. MSRP $37,415 (includes destination). Excludes tax, title, license, registration, options and insurance. Zero capitalized cost reduction. Total monthly payments $14,004.00. Lessee responsible for non-routine maintenance, excessive wear/tear and up to $0.20/mi. over 12,000 mi./yr. Lease includes collision coverage, routine maintenance, roadside assistance and navigation system updates. Please see your authorized Fit EV dealer for complete details.

Source;
http://www.hondanews.com/channels/corporate-headlines/releases/2013-honda-fit-ev-rated-by-the-epa-at-118-mpge-highest-fuel-efficiency-rating-ever-1

Fuel-efficient sedans: Chevrolet Cruze Eco, Ford Focus SFE, Honda Civic HF

Interesting....
 

Electric Car Conversions

 By Anthony Ingram

One of the first experiences many of today's electric car drivers had with EVs may well have been with a home-built conversion.

With comparatively few factory-built electric cars available until quite recently, conversions and low-volume production models were the only ways into electric vehicle ownership.

But with electric cars now filtering onto the market and several more to follow over the coming years, is there much call for conversions any more?

Professional conversions
There are of course two main conversion routes to take. One is to built a car yourself, in your garage, with parts you've bought off the shelf or salvaged from an old EV now past its prime.

The other is the professional conversion, where full kits are sold and fitted by companies in larger numbers, offering something along the lines of a proper production electric car, just without the carmaker's backing... or warranty.

There's certainly still appeal in the first method, for the same reasons modifying any car has appeal--to build a car exactly the way you want it. The market for an electric Miata or electric Volkswagen Bug may only be very small, but that's okay if the few people who absolutely love the idea can build it themselves.

Unfortunately, we're not so sure there's much call for the latter. Mother Nature Network reports on a new conversion by Carnegie Mellon University in Pittsburg, which turns a regular 2001-2005 Honda Civic sedan into an electric vehicle.

Good, but not that good...
It's clearly a nice conversion, based on a car that's available in plentiful numbers on the used market.

The battery pack is only small, at 10.5 kilowatt-hours of lithium-ion cells. It sits in the spare tire well, and costs only $5,000. However, that's only enough for around 40 miles of range, which looks a little slim by the standards of modern production electric cars.

The conversion price doesn't make for pleasant reading either. Despite only $5,000 of battery pack going into the car, the full conversion cost is $24,000--and that doesn't count the cost of the car itself. Add that in (if you don't already own a 2001-2005 Civic that you'd like to convert) and you're getting on for $30,000, or more than you'd pay for a brand-new 2012 Nissan Leaf with tax credits taken into account.

At that sort of price, the 40-mile range looks inadequate and the appeal of a converted car really wanes.

It's not Cargenie Mellon's fault as such--it's simply an expensive process, and with low numbers of expected customers, the team can't improve the economies of scale.

Inherent problems
And that's the problem with conversions like the Civic--however good the work is, there aren't enough people interested to make the price tempting enough to make people interested--it's a vicious circle.
It looks like, for the time being at least, the majority of electric car sales will be mass-produced vehicles.
But we salute those who go down the conversion route--it may not make the most sense, but we certainly appreciate your pioneering spirit.

For more on Carnegie Mellon's ChargeCar Civic, check out the ChargeCar website.

Source;
http://www.greencarreports.com/news/1076438_electric-car-conversions-do-they-really-stand-a-chance

Nissan Officially Puts e-NV200 Van into Production

I saw my first Nissan Leaf here in Winnipeg yesterday, white....

With their plans to electrify Europe underway, Nissan seem committed to showing us that the electric way is the best way. And so, they have announced the entry into production of the e-NV200 compact van, which we had previously seen in concept form, painted in a very nice-looking shade of Nissan Leaf light blue.

The production will start next year in Nissan’s Spanish plant, in Barcelona. The electric van will be built alongside the conventionally-powered variant. To accommodate the production of the EV, 700 new workers will be hired, while Nissan’s investment for the tooling and production facilities will be around the €100 ($126) million mark.

The e-NV200 is an excellent idea which currently makes more sense than regular passenger-oriented EVs, as companies have large parking lots at their disposal, which can be fitted with relatively cheap charging units so that there will always be a charged and ready-to-go e-NV200 at the employees’ disposal.

Source;
http://www.autoevolution.com/news/nissan-officially-puts-e-nv200-van-into-production-45328.html

Honda Announces Leviton as Preferred Electric Vehicle Charging Solution

04/23/2012 - TORRANCE, Calif.

American Honda Motor Co., Inc. today announced that Leviton Manufacturing Company, the global leader in connectivity solutions, has been selected as Honda's preferred Electric Vehicle Supply Equipment provider for customer and dealer EV charging.

"As leaders in the fields of advanced technology for mobility and energy solutions, Leviton and Honda both have unique missions to create a more sustainable future," said Steven Center, vice president of the Environmental Business Development Office at American Honda. "Pairing Leviton's EV charging solutions with Honda's advanced Fit EV and Accord Plug-In Hybrid Sedan electric vehicles will enable a more convenient and seamless ownership experience for our customers."

Honda will be introducing two battery-electric vehicles beginning with the 2013 Honda Fit EV this summer, and the Honda Accord Plug-In Hybrid Sedan next winter. The 2013 Honda Fit EV battery-electric commuter car, based on the popular Fit, targets an estimated 123 city-mile range per charge (76 mile range combined adjusted city/highway)1 and can fully recharge its battery in as little as three hours when connected to a 240-volt circuit. The Honda Plug-In Hybrid Sedan uses an all-new, two-motor hybrid system which continuously moves through three different modes - all-electric, with up to a 15 mile per charge range; gasoline-electric; and direct-drive - to maximize driving and fuel efficiency, especially during city driving.

"Leviton is excited to work with American Honda as they launch their electric vehicle program here in America. At a high level we share a very similar overall mission; to supply products of the highest quality at a reasonable price for complete customer satisfaction," said Michael Mattei, Vice President and General Manager for Leviton's Commercial and Industrial Business Unit. "In addition, we hope to continue to enable the electric and hybrid electric industry through simple, easy to purchase, easy to install and easy to use products, while providing the highest level of consumer safety."

About Honda
Honda offers a diverse range of cars and trucks that include the mid-sized Accord, the compact Civic line-up with seven individual trim-levels, CR-V crossover SUV and Odyssey minivan. Honda also includes a wide range of fuel-efficient and low-emission vehicles such as the Insight hybrid, Civic Natural Gas (compressed natural gas-powered vehicle), Civic Hybrid, CR-Z (sport hybrid coupe), FCX Clarity (fuel cell-electric vehicle) and the soon-to-be-released Fit EV (electric vehicle). Honda's 2013 Fit EV battery-electric commuter car, based on the popular Fit, targets an estimated 123 city mile range per charge (76 mile range combined adjusted city/highway)1 and can fully recharge its battery in as little as three hours when connected to a 240-volt circuit. For more information about the Honda Fit EV battery-electric vehicle and to sign up to become a potential Honda lessee, please visit Honda's Fit EV consumer page at http://automobiles.honda.com/fit-ev/.

About Leviton
Leviton Manufacturing Company is the largest privately held global provider of electrical wiring devices, data center connectivity solutions and lighting energy management systems. Founded at the turn of the 20th century in America, Leviton has grown to become one of the preeminent leaders in the electrical industry. Today Leviton's product portfolio consists of more than 25,000 devices and systems used in homes, businesses and industry. Proven to be a smart choice, nine out of 10 homes throughout North America have Leviton products installed in them. Builders, electrical contractors and other industry professionals rank Leviton products No. 1 in brand preference. To request more information about Leviton, please visit http://www.leviton.com/.

Source;
http://www.hondanews.com/channels/corporate-headlines/releases/honda-announces-leviton-as-preferred-electric-vehicle-charging-solution

2012 Beijing Auto Showcases the Honda Concept S for China

Concept S
Concept S is a global concept model of a new-value passenger mover that was developed primarily for the Chinese market and will go on sale first in China. The "S" stands for "Stylish," "Smart" and "Surprise." Adopting a hybrid powertrain, this concept model realizes both the "fun of driving" and excellent environmental performance at the same time. A spacious cabin was realized by Honda's packaging technologies, which is one of the distinctive strengths of Honda. A mass-production model based on this Concept S is scheduled for introduction to the Chinese market through Dongfeng Honda Automobile Co., Ltd. next year, followed by a global release.

Source;
http://world.honda.com/news/2012/4120423Beijing-Motor-Show/index.html

Honda to Reuse Rare Earth Metals Contained in Used Parts

Honda Motor Co., Ltd. and the Japan Metals & Chemicals Co., Ltd. today jointly announced the establishment of the world's first process to extract rare earth metals from various used parts in Honda products. This is an actual mass-production process at a recycling plant, not an experimental process. Honda will pursue the recycling of precious resources by utilising the newly established process for the recycling of rare earth metals.

As part of this effort, before the end of this month, Honda and Japan Metals & Chemicals will begin extracting rare earth metals from used nickel-metal hydride batteries collected from Honda hybrid vehicles at Honda dealers inside and outside of Japan. The new operation will be the first in the world to extract rare earth metals as part of a mass-production process at a recycling plant.

Honda had been applying a heat treatment to used nickel-metal hydride batteries and recycling nickel-containing scrap as a raw material of stainless steel. However, the successful stabilisation of the extraction process at the plant of Japan Metals & Chemicals Co., Ltd. made possible the extraction of rare earth metals in a mass-production process with purity as high as that of newly mined and refined metals.

The newly established process enables the extraction of as much as above 80% of rare earth metals contained in used nickel-metal hydride batteries. Honda will strive to reuse extracted rare earth metals not only for nickel-metal hydride batteries, but also for a wide range of Honda products. Moreover, Honda will further expand the recycling of rare earth metals in the future as the newly established process enables the extraction of rare earth metals from a variety of used parts in addition to nickel-metal hydride batteries.

Giving consideration to the recycling of resources used for its products, Honda has long been committed to the 3R (reduce, reuse, recycle) approach. For instance, Honda was the first Japanese automaker to begin sales of recycled parts and to collect/recycle oil filters and replaced bumpers. Honda will continue strengthening its network which links to the reuse and recycling of resources.

Source;

http://www.hondanews.eu/en/news/index.pmode/modul,detail,0,2226-DEFAULT,21,text,1/index.pmode

Hybrid Owners Not Returning to Hybrids

SOUTHFIELD, Mich., - While the selection of hybrid models in the U.S. has more than doubled since 2007, only 35 percent of hybrid vehicle owners choose to purchase a hybrid again when returning to market in 2011, according to recent analysis by Polk (See Table A). If repurchase behavior among the high volume audience of Toyota Prius owners isn’t factored in, hybrid loyalty drops to under 25 percent.

However, hybrid owners appear to maintain brand loyalty when returning to the new car market. For example, in 2011, 60 percent of Toyota hybrid owners returned to the market to purchase another Toyota, according to Polk, while 41 percent of them purchased another hybrid from any brand. In the case of Honda hybrid owners, more than 52 percent of them stayed with the Honda brand, while just under 20 percent of this same owner group bought another hybrid vehicle from any brand.

“Having a hybrid in the product lineup can certainly give a brand a competitive edge when it comes to attracting new customers,” noted Brad Smith, director of Polk’s Loyalty Management Practice. “The repurchase rates of hybrid vehicles are an indication that consumers are continuing to seek alternative solutions to high fuel prices.”

Online cross-shopping data from Edmunds.com indicates that consumers are doing their due diligence to compare hybrids with similar gasoline-powered vehicles. As an example, the Honda Civic is the second most cross-shopped vehicle among both Toyota Prius and Honda Insight shoppers.

Hybrid vehicles represent just 2.4 percent of the overall new vehicle market in the U.S., according to Polk, down from a high of 2.9 percent in 2008.

“The lineup of alternate-drive vehicles and their premium price points just aren’t appealing enough to consumers to give the segment the momentum it once anticipated, especially given the growing strength of fuel economy among compact and midsize competitors,” according to Lacey Plache, Edmunds.com chief economist. “For EVs and PHEVs in particular, certain obstacles — including consumer unease with unfamiliar technology and the lack of an adequate recharging infrastructure — will need to be overcome before sales increase.”

Polk’s research also indicates that volatility in fuel prices between 2008 and 2011, which ranged from just under $2.00/gallon to nearly $4.00/gallon, had little impact on hybrid segment loyalty. As fuel prices continue to rise, Polk will be working closely with its customers to continue to analyze the impact.

Surprisingly, Polk also found that consumers in traditional eco-friendly markets in the U.S. (e.g. Los Angeles, San Diego, Portland, Ore. and Seattle) are no more loyal to hybrid vehicles than the nation at large. A list of the top 15 markets by hybrid loyalty is included in Table B.

Source;
http://www.autos.ca/general-news/hybrid-owners-not-returning-to-hybrids

Honda Introduces Solar Hydrogen Station on Saitama Prefectural Office Grounds

FCX Clarity Used in Electric Vehicle Testing Program to Serve as Mobile Electric Generator

TOKYO, Japan, March 27, 2012 - Honda Motor Co., Ltd. unveiled a Solar Hydrogen Station on the grounds of the Saitama Prefectural Office. The initiative is part of the Electric Vehicle Testing Program for Honda’s next-generation personal mobility products with Saitama Prefecture, in which Honda, Iwatani and Saitama Prefecture collaborate to build. In a further initiative, Honda has equipped the FCX Clarity fuel cell electric vehicle with an outlet to function as a 9kW power source. Since the FCX Clarity uses a chemical reaction between hydrogen and oxygen to produce power with zero CO2 emissions, with its new outlet, the vehicle will be able to serve as a zero-emission mobile electric generator.

This is the first installation in Japan of a total system to produce, store and dispense hydrogen with ZERO CO2 emissions. A high pressure water electrolysis system, uniquely developed by Honda, produces hydrogen. With no mechanical compressor, the system is nearly silent and highly energy efficient. Using Solar and grid power, the system is capable of producing 1.5kg of hydrogen within 24 hours which enables an FCX Clarity to run approximately 150km or 90 miles. Honda aims to further develop the system to offer clean energy sources for the home in the future.

Source;

http://world.honda.com/news/2012/4120327Solar-Hydrogen-Station/index.html

Honda Looks to U.S. Dealers to Boost Natural Gas Station Network

Honda Motor Co. (7267), the only automaker selling compressed natural gas-powered cars to U.S. drivers, wants some of its dealers to also install pumps to sell the fuel as its seeks to double sales of CNG vehicles.

Boosting sales of Indiana-built Civic Natural Gas sedans requires more fuel stations, Steve Center, U.S. vice president for environmental business development, said in an interview. Honda is negotiating with regulators in California, the biggest U.S. market for CNG vehicles, seeking to have pumps placed at two or more Honda dealerships this year, he said yesterday.

“If the dealer had a fueling station, it would really reduce some of that concern for the customer,” Center said at Honda’s U.S. headquarters in Torrance, California. “It’s not our place to create infrastructure, but it’s a chicken-and-egg situation and we’re going to have to nurse that egg along.”

Honda’s strategy of marketing autos powered by natural gas, a domestically sourced fuel that’s cheaper than gasoline and emits less tailpipe exhaust, comes as U.S.-based competitors plan their own CNG models. General Motors Co. (GM) and Chrysler Group LLC this week both said they’re readying pickups that will run on the fuel.

The U.S. yesterday raised its forecast for natural gas output in 2012 by 0.4 percent and lowered its outlook for prices. Marketed gas production will average 67.91 billion cubic feet a day in 2012, up from 67.64 billion estimated in February, the Energy Department said in its monthly Short-Term Energy Outlook, released in Washington.

Unanswered Questions
The equivalent of a gallon of compressed natural gas cost an average of $2.13 in January, compared with $3.37 for regular gasoline, according to the Energy Department.

The International Association for Natural Gas Vehicles says on its website there were 1,000 stations and 112,000 natural gas vehicles in the U.S. as of December 2010.

“We’re adding stations rapidly,” said Richard Kolodziej, president of NGV America, a Washington-based trade group that lobbies for natural gas vehicles. “ If you are in an area where there aren’t any fueling stations, this is a great option,” he said of Honda’s plan.

Currently, 270 U.S. Honda dealers plan to sell the Civic Natural Gas, a revamped version of the Civic GX compact sold since the 1990s. The Tokyo-based carmaker’s initial goal is to sell “4,000 to 5,000” CNG vehicles annually, double the previous rate, Center said. Honda builds the model at its Greensburg, Indiana, plant.

‘Fill in Holes’
Details such as the cost of a CNG station at a dealership, how many vehicles it could serve a day and how many such facilities may be established are still being studied, Center said. Honda can work with dealers to obtain needed permits, apply for public incentives and provide financing, he said.

“Something like this helps fill in holes,” Center said. “We want to select a couple of test cases and walk through it.”

Honda hasn’t determined how many such dealer fuel stations may be opened in California and other states, he said. Center, whose previous assignments at Honda included managing U.S. advertising and Acura sales, said part of his new job includes finding uses for environmentally friendly technologies developed by the company.

The Civic Natural Gas sedan costs $26,155, or $2,100 more than a hybrid version of the compact model. The car was named 2012 Green Car of the Year at the Los Angeles auto show in November.

The car averages 31 miles per gallon equivalent of fuel, and holds the equivalent of 8 gallons of compressed gas. Incentives for owners in California include a permit allowing a driver without passengers to use highway carpool lanes.

Source;
http://www.bloomberg.com/news/print/2012-03-07/honda-looks-to-u-s-dealers-to-boost-natural-gas-station-network.html

Healthystuff.org's new 2012 Hazardous Chemical Study in New Cars

HealthyStuff.org Findings
HealthyStuff.org releases new test results for a variety of products throughout the year. This findings section highlights the latest set of test results and discusses overall trends and important findings for each set of products we test.

2012 New Vehicle Study
There's more to green vehicles than just fuel economy

HealthyStuff.org produces one-of-kind ratings for healthy interiors for new vehicles.
This is the only organization that routinely tests new vehicles for the health of their vehicle interiors and posts the data publicly for consumers.

While fuel economy is important, the public in increasingly concerned about chemical hazards in consumer products.

There is no mandatory testing or regulation of chemicals used inside vehicles. Thus, consumers face a lack of information while they are car shopping.

Long-term exposure even to small amounts of pollutants can adversely impact health. Children are at a greater risk for developing health problems because they breathe in more air with respect to their body size than adults and thus have greater exposure to interior vehicle pollutants.

Chemical Hazards in Vehicles
Exposure to many toxic chemicals is highest indoors: Average Americans spens up to 90% of their daily lives indoors. The EPA has estimated indoor air pollution levels can be two to five times higher than outdoor air pollution levels. EPA has ranked indoor air pollution one of the top five environmental risks to public health. Next to homes and offices, we spend the most time in automobiles: 1.5 hours per day on average.

The "New Car Smell" is toxic: The "new car smell" is actually the smell of toxic chemicals off-gassing from interior auto parts such as the seating, dashboards and vehicle trim. Since 1960 the quantity of plastics used in vehicles has grown ten-fold, rising from 22 pounds in 1960 to over 250 pounds today. Many synthetic materials and plastics are produced with chemical additives that are used to change the engineering performance of the plastics, thus these plastics may contain plasticizers, stabilizers, flame retardants, aintimicorbials and antioxidants. Due to these additives, many pollutants, including benzene, toluene and xylene, were found in levels exceeding indoor and outdoor air quality standards.

The concentrations of brominated flame retardants (BFRs) in vehicles contribute nearly 30% to total daily exposure.

Auto interiors are chemical reactors: Immediately after delivery, new vehicles have been found to be universally contaminated with very high concentrations of a large number of chemicals that diffuse from interior vehicle materials. Over 275 different chemicals have been identified in vehicles interiors, including chemicals associate with birth defects, impaired learning, liver toxicity and cancer. Automobiles are unique and harsh environments for plastics. Air temperature extremes of 192 F (89 C) and dash temperatures up to 248 F (120 C) have been observed in vehicles. These extreme temperatures can increase the concentration of VOCs and high levels of sunlight producing breakdown products which can also be harmful to human health.

Some cars are better the others, healthier cars are possible: HealthyStuff.org has screened 900 vehicles since 2006. Our unique tests show a clear difference between the best vehicles and bets companies and others. The best vehicles today have eliminated important chemical hazards, including hazardous flame retardants and PVC. Today, 17% of new vehicles have PVC-free interiors and 60% are produced without BFRs in the interiors.

Vehicle ratings
HealthyStuff.org is releasing one-of-kind test data on 204 new 2011-2012 model new vehicles. This data is part of a multi-year HealthyStuff.org vehicle database containing test results for 900 vehicles.

The overall best and worst vehicles are listed below. The 2012 Honda Civic (score 0.46) was the overall best-rated vehicle and 2011 Mitsubishi Outlander Sport (score 3.17) was the overall worst-rated vehicle this year.

The Civic achieved its ranking by being free of bromine-base flame retardants is all interior components, utilizing PVC-free interior fabrics and interior trim, and low levels of heavy metals and other metal allergens.

The Mitsubishi Outlander contained bromine and antimony-bases flame retardants in seating, the center console and seat base, chromium treated leather on several components and over 400 ppm lead in seating materials.

Overall Vehicle Ratings: Overall vehicle ratings continue to improve. These improvements are due to a significant reduction in the use of PVC and BFR by some automakers.

Top Ranked Manufacturer: The top-rated automaker for healthy interiors continues to be Honda. Honda has been HealthyStuff.org's top ranked automaker every year since 2007. Hyundai-Kia has been the lowest ranked manufacturer for the last two years.

Auto Manufacturer Trends
Most Improved Automakers: Most improved automakers in terms of the average ratings for their vehicles are VW (+42%), Mitsubishi (+38%) and Ford (+30%). These represent improvement in their average vehicle scores between the combined 2009-2010 models years to the combined 2011-2012 model years.

Automakers With Declining Ratings: Two automakers had overall declining average scores between the combined 2009-2010 models years to the combined 2011-2012 model years. Daimler AG (-29%) and Volvo (-13%).

PVC in vehicles
PVC is the most toxic plastic: PVC, a widely used type of plastic in vehicles that is of concern to the environment and public health during all phases of its life cycle. During the production phase, workers at PVC facilities, as well as residents and wildlife in surrounding neighborhoods, may be exposed to the vinyl chloride monomer and/or dioxin, both of which are likely carcinogen. At the end of vehicle life, PVC causes a host of additional environmental issues. PVC is not easily recycled from auto parts and therefore often ends up in landfills, where the chemicals can leach out and contaminate soil, water and wildlife. Otherwise, it is incinerated or burned for energy recovery, in which case highly toxic dioxins and furans can form and be emitted into the air. Flexible PVC often contains hazardous plasticizers, or 'softeners,' called phthalates, which off-gas during vehicle use and are deposited on dust particles and windshields, where they cause "fogging."

PVC-free alternatives are available: PVC-free alternatives are available for almost every use of PVC in the automotive sector. In recent years, automakers have begun replacing PVC with polyurethanes and polyolefins, which contain fewer harmful additives and are easier to recycle.

On a fleet-wide basis PVC use continues to decline: Zero percent of pre-2006 vehicles had PVC-free interiors. 17% (34) of 2011/2012 vehicle models had PVC-free interiors. Overall 103, 2006-2012 model year vehicles in the HealthyStuff.org vehicle database have PVC-free interiors. A complete list of PVC-free vehicle is available.

Honda phases out PVC: Honda has virtually eliminated PVC, with 83% of its 2011/2012 models being free of PVC in the interiors. HealthyStuff.org testing confirms Honda achievement of its publicly stated commitment in its 2011 North American Environmental Report: "Honda's goal is to reduce the use of materials containing chlorine to a less than 1% concentration in materials that can end up in the waste stream as shredder residue at the end of an automobile's useful life."

Hazardous flame retardants in vehicles
Brominated flame retardants are widely use in vehicles: brominated flame retardants (BFRs) refers a wide range of brominated chemicals added to materials to both inhibit their ignition and slow their rate of combustion. Commonly used examples include polybrominated diphenyl ethers (PBDEs), hexabromocyclododecane (HBCD) and tetrabromobisphenol A (TBBPA), as well as brominated polymeric and oligomeric materials. 40% of vehicle tested in 2012 contained BFRs n the vehicle interiors.

Many BFRs are toxic and everywhere: Several BFRs, including certain PBDEs and HBCD, have known toxic properties, are highly resistant to degradation in the environment and are able to bioaccumulate (build up in animals and humans). Some are now widespread environmental pollutants, with higher levels generally being found in the atmosphere and rivers close to urban and industrialised areas. These compounds can be released from such products during use, leading to their presence in household dust and resulting in increased human exposure. And when these products reach the end of their useful lives, some disposal or recycling operations (e.g incineration, smelting and open burning) can release the bromine in other hazardous forms, including as hydrogen bromide and brominated dioxins. Levels of BFR's in the interior vehicle environment are 5-10 higher then homes and offices.

Vehicles can be safe without hazardous flame retardants: HealthyStuff.org testing illustrates that safer alternatives can be used to replace the most hazardous chemical used in vehicles. Alternatives which provide the degree of fire safety required under law without using organic compounds of bromine do already exist, including some direct chemical substitutes, as well as use of alternative materials and even product redesign in order to reduce or eliminate the need for flame-retardant additives.

Halogen-free vehicles
PVC & BFR-free vehicles are on the market today: Automakers continue to implement alternatives to PVC and BFRs. In 2006 only 2% of vehicle interiors were free of PVC and BFRs. In 2012, 4-times the number of vehicles (8%) were free of PVC and BFRs.

Regional Differences in Chemical Use
This data highlights regional differences in PVC and BFRs between European, Asian and North America assembled vehicles. The country in which vehicles were assembled was tracked using the Vehicle Identification Number (VIN). Overall, the progressive regulation of chemical additives in consumer products in Europe and end of life vehicle concerns in Asia is driving elimination of important chemical hazards from vehicles.

Asia: Vehicles assembled in Asia utilized significantly less PVC in vehicle components. On average, vehicles assembled in Japan or Korea showed a 50% reduction in the use of PVC. However, Asia assembled vehicles contained on average over twice the number of components. This data likely reflects the increased focus by Asian manufacturers, lead by Honda, on reducing the amount of chlorine in vehicles due to concerns about emissions during end-of-life vehicle processing.

Europe: Vehicles assembled in Europe utilized the most PVC, more than double the amount of vehicles assembled in other parts of the world. However, levels of BFR use in vehicles are by far the lowest in Europe. This difference likely reflects the impact of European regulations, including the End of Life Vehicle Directive, RHoS and REACH on components being used in vehicles.

North America: While all North American manufacturers market vehicles globally, our data illustrates that US produced vehicles lag behind European and Asian produced vehicles in PVC and BFR use reduction. The US has the weakest chemical regulatory system for chemical in consumer products and provides the fewest incentives for companies to phase-out hazardous chemicals.

Note: HealthyStuff.org only tests for a limited set of chemical hazards. Vehicles may also contain other chemical hazards, including chlorinated flame retardants (CFR) which were NOT tested for in this study

Source;
http://www.healthystuff.org/departments/cars/about.findings.php

Woman takes Honda to small-claims, wins big in fuel economy case

Ouch.
By Linda Deutsch Associated Press

Los Angeles— A Southern California woman took Honda to small-claims court and won in a big way.
Los Angeles Superior Court Commissioner Douglas Carnahan ruled Wednesday that the automaker misled Heather Peters about the potential fuel economy of her hybrid car and awarded her $9,867 — much more than the couple hundred dollars cash that a proposed class-action settlement is offering.
"At a bare minimum Honda was aware ... that by the time Peters bought her car there were problems with its living up to its advertised mileage," Carnahan wrote in the judgment.
Honda disagrees with the judgment rendered in the case and plans to appeal the decision, company spokesman Chris Martin said in a statement.
Peters, a former lawyer, said she is renewing her legal license after a 10-year lapse so she can represent other Honda owners who have the same problems she did.
"Wow! Fantastic. I am absolutely thrilled," she said when the Associated Press informed her of the judge's decision. "Sometimes big justice comes in small packages. This is a victory for Honda Civic owners everywhere."
Carnahan included in his 26-page decision a long list of misleading representations by Honda that he said Peters had correctly identified. Among them were that the car would use "amazingly little fuel," "provides plenty of horsepower while still sipping fuel," and that it would "save plenty of money on fuel with up to 50 mpg during city driving."
"Actual performance of plaintiff's vehicle did not live up to these standards," he said. He noted that when she began receiving much less than the advertised mileage, "she knew she had a problem."
Peters opted out of the class-action lawsuit so she could try to claim a larger damage award for her 2006 Honda Civic's failure to deliver the 50 mpg that was promised.
The proposed class-action settlement would give aggrieved owners $100 to $200 each and a $1,000 credit toward the purchase of a new car. Legal fees in the class action would give trial lawyers $8.5 million, Peters said.
In small claims court, there are no attorneys' fees and cases are decided quickly.
Peters had hoped to inspire a flood of small-claims lawsuits by the other 200,000 people whose Honda Civic hybrids are covered by the proposed settlement. If all 200,000 owners sued and won in small claims court, she said, it could cost Honda Motor Co. $2 billion.
Peters launched a website, DontSettleWithHonda.org, and said she was contacted by hundreds of other car owners seeking guidance on filing small claims lawsuits if they opted out of the class-action case. But legal experts say it's unlikely that many owners would take the small-claims route because of the time and energy involved in pursuing such lawsuits.
Carnahan found that Honda did commit fraud, but he could not find intentional fraud and thus did not award punitive damages. Most of the damages Peters was awarded were for extra money spent on fuel, both in the past and future, the cost of the car battery, and the decrease in the car's value because of its problems.
A judge in San Diego County is due to rule in March on whether to approve Honda's class-action settlement. Members of the class have until Feb. 11 to accept or decline the deal.

Source;

http://www.detroitnews.com/article/20120202/AUTO01/202020429/Woman-takes-Honda-small-claims-wins-big-fuel-economy-case?odyssey=modnewswelltextFRONTPAGEp

Honda Accord Plug-In Hybrid

Two electric motors and a plug, coming soon to an Accord near you.
January 2011
BY MICHAEL AUSTIN

While in Japan for the 2011 Tokyo Motor Show, we visited Honda’s Twin Ring Motegi racing facility to see some of the company’s future products. Among them was a plug-in hybrid system, a prototype of which was installed in a current-generation Accord. While the car we drove is just a development mule, we can confidently say that a hybrid like this one will be part of the lineup when the next-generation Accord debuts for the 2013 model year.

Honda’s new plug-in system is totally different from the single-motor IMA drivetrain found in the Insight, CR-Z, and Civic hybrids. The main powertrain components are a 2.0-liter Atkinson-cycle inline-four and two electric motors—one to charge the battery pack and one to spin the wheels. The gas engine puts out 134 hp and 111 lb-ft of torque; the drive motor is good for 161 hp, and the generator is rated at 100 kW.

We first saw this system previewed at the 2010 L.A. auto show, and the specifications are largely unchanged. EV mode works up to 62 mph for 10 to 15 miles. The gasoline motor can spin the drive wheels directly, bypassing the electric motor and returning highway fuel economy closer to that of conventional cars, which typically fare better than hybrids at high speeds. How this works is the curious part. My exchange at a powertrain display stand with a Honda engineer who was barely conversant in English:

“So how does the transmission work?”
“No, no transmission.”
“Yeah, okay, so the motors make a CVT like in the Prius? How does that work here?”
“No, the motor is direct drive.”

We went back and forth in this manner for about five minutes. When I then asked how the gasoline engine works at highway speeds, he told me that there’s a single ratio with no transmission. Take this with a grain of salt, as Honda’s specification sheet says the car uses an “electric CVT.” Later follow-up didn’t provide a more clear answer, so a better explanation down the road could prove the above to be inaccurate.

Going back to the engineer’s explanation, multiple clutches allow the system to work in full-EV mode, full-gas mode, or a mix of the two. When driving the wheels, the engine is always using a tall highway ratio, and the electric motor uses a single-speed gear reduction as well. At slow vehicle speeds, the electric motor can work on its own or feed in to provide assist. Conversely, in cases where the battery’s charge is depleted, the gas engine can produce juice using the generator, which then sends power to the drive motor; in effect, this means that the engine would indirectly drive the wheels.

Our test drive of the Accord was limited to a few miles at low speeds, but the system looks very promising. You can get a decent amount of power without activating the combustion engine (we were unable to determine, and Honda isn’t willing to share, the parameters that allow for EV operation). When the engine does kick in, though, its speed isn’t relative to vehicle speed, and it drones a bit—but Honda has plenty of time to rectify that before we see such a system in production. There is a slight delay between pressing the pedal and the gas engine kicking in, a feeling that reminds us of the Chevrolet Volt.

The Honda’s all-electric range is much shorter than the Volt’s. On the upside, its 6-kWh battery is lighter than that car’s. And the charging time, at around two hours on a 120-volt source, is a lot more attractive than the 10 a Volt needs from the same outlet. Honda didn’t provide any fuel-economy targets or estimates for the system.

Toyota, Ford, and Hyundai all have hybrids in the mid-size-sedan segment, and Nissan will soon return with a new Altima hybrid. Ford’s current Fusion in particular is very nicely executed and decent to drive; the 2013 Fusion will become the first to offer a plug-in option with the Energi model. So far, though, no one has figured out a similar solution for improving highway fuel economy in a hybrid. For a company that sold the first hybrid in the U.S. market and has since been eclipsed by its competitors, it’s nice to see some innovative thinking from Honda.

Source;
http://www.caranddriver.com/reviews/honda-accord-plug-in-hybrid-prototype-drive-review

Honda delivers first electric Fit

Torrance, California – Honda has delivered a 2013 Fit EV electric vehicle to the city of Torrance. The delivery is one of the first major steps in the Honda Electric Vehicle Demonstration Program and a prelude to the retail market launch of the Fit EV to customers in California and Oregon this summer.

The Fit was delivered in a ceremony to Torrance mayor Frank Scotto by Steve Center, vice-president of the environmental business development office at American Honda.

“This is an exciting day as we take another important step toward Honda’s comprehensive vision for reducing CO2 emissions, while at the same time advancing our relationship with the city of Torrance,” Center said. “Honda has a long history with electric vehicles starting with the introduction of our first battery electric car, the EV Plus, nearly 15 years ago.”

Honda and the city have worked together over the past year to gather input from residents about potential recharging station locations and have jointly participated in several public awareness events. The two will continue these initiatives and also study local government fleet usage of an electrified vehicle. The city will also receive a Honda plug-in hybrid for additional testing at a later date.

Honda unveiled the 2013 Fit EV at the 2011 Los Angeles Auto Show and plans to lease vehicles to its U.S. customers in the summer of 2012. Honda will also test the Fit EV with Google Inc. and Stanford University as part of its demonstration program.

Source;
http://www.autos.ca/general-news/honda-delivers-first-electric-fit

Honda Sells 800,000 Hybrids

As of the last few days of 2011, Honda has sold 800,000 units of hybrid vehicles across the world. This took them 12 years and 2 months, from the moment the first Insight was delivered in Japan back in November 1999.

In recent times, Honda has released the second generation Insight to challenge but not defeat the Prius back in 2009, and the complete hybrid range now includes six vehicles in total.

In 2011, the Japanese automaker sold 200,000 units, an increase of 30 percent over the previous year. And it’s the domestic market of Japan where Honda’s hybrids are in the highest demand, as 45% of all Hondas sold there we gas-electric in December.

We’d also care to mention that Honda is committed to development of fuel-cell vehicles as well, being among the leaders in the field.

Source;
http://www.autoevolution.com/news/honda-sells-800000-hybrids-41971.html