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Tuesday, December 28, 2010

Seoul Starts Operations of Battery Electric Buses



The Seoul Metropolitan Government announced that it has started commercial operation of eco-friendly full-size electric buses on the Mt. Namsan circular routes as of December 21. It is the first time in the world that battery electric buses have been put into commercial operations.

SMG has worked on the project to develop full-sized electric buses with local technology over the last one and a half years, since it signed an agreement with Hyundai Heavy Industries and Hankuk Fiber for the development of electric buses in September 2009.

Electric bus services will not only improve air conditions in the city but also lead the technology of large-sized electric vehicles in the global electric car market, the City said.

The electric coaches serving on the Mt. Namsan circular routes are 11.05 meters long and run up to 83km with a single charge. They can be fully charged in less than 30 minutes with a high-speed battery charger. The electric bus, with its maximum speed of 100 km/hr, has a low floor and a 322-horsepower engine. It adopts a high-capacity lithium-ion battery and an energy saving system that can collect and reuse energy generated from brakes when running downhill.

Its body is made of a carbon composite material, not of iron plates, which considerably reduces the vehicle's weight while reinforcing durability. The electric buses are also equipped with automatic slant boards for wheelchair users. The bus is shaped like a peanut and decorated with designs symbolizing the Namsan Tower and landscapes of Mt. Namsan.

SMG has replaced five buses on the Namsan circular routes with electric vehicles. It plans to gradually substitute all 14 buses with electric coaches to minimize any inconvenience of citizens that may be caused by the introduction of the new buses. It also plans to build two more battery chargers on Namsan by March 2011, increasing the number from two to four.

SMG expects that the electric bus service has enabled Seoul City to move one step further toward a "Green-Car, Smart City." SMG has set a goal of putting a total of 120,000 electric vehicles in use in the city by 2020, which will account to 50 percent of all public transport vehicles, 10 percent of sedans and 1 percent of trucks and vans.

Fiat Releases New Pickup


The Italian car maker, Fiat Brazil division recently released a new Sporting Strada, a special version popularly called pick-ups. Strada Sporting recently been adapted by some of sporty accessories are enhanced, both exterior and interior of the car.
Pickup quite popular in Brazil and the Italian car manufacturer Fiat tried to take advantage of this fact by offering a local buyer the possibility to choose a more aggressive version of Strada, though already a best seller in this country. Sporting a new Strada is offered with a number of exterior and interior enhancements, most of these changes aimed to improve the appearance of the car, for example, features a new front bumper, new headlamps with black masks and body-colored skirt, and the use of wheel sizes 16 inches to more performance muscular.
In the interior fitted Fiat sport pedals plus a red belt, and leather steering wheel with red stitching and Sporting sentence on car carpet. Under the hood hiding Strada Sporting 1800cc 16V engine that develops maximum power up to 130 horsepower (use gasoline) and 132 horsepower (with ethanol). This engine mated to a five-speed manual transmission.
Although equipped with luxury accessories, Sporting Strada is not much more expensive than the standard version, which is priced starting at around 21,000 euros, or about 252 million dollars. In this particular version is configured with special equipment, so customers who opt to choose Sporting it will get air conditioning, power steering, trip computer and power windows at the front door.
And an additional list of options to best fitted with accessories such as rain sensors, support MP3 for audio system, Bluetooth, dual airbags and ABS.

Hyundai Launches Verna 5 Door


Hyundai Verna 5 Door

South Korean car maker, Hyundai launched its new sedan, Verna 5-door hatchback model at the Guangzhou International Automobile Exhibition Exhibition 2010. Before Hyundai Verna Hyundai first introduced the 4-door sedan models at auto show in Beijing Automotive Exhibition 2010.
Verna hatch will from be assembled by a joint company Between Hyundai Motor Company and Beijing Automotive Industry Holding Company, the Beijing Hyundai Motor Company. Hyundai offers two engines Variants Gamma coded with gasoline fuel, the which is 1400cc bertenaga106 hp and torque of 135 Nm or 121 hp and 155 1600cc powered Nm of torque. Hyundai Verna 1400ccnya Quite efficient, being Able to consume fuel of 15.3 km / liter and earnest be more efficient if using fuel-economy package, namely to 16.1 km / liter. The plan, Hyundai will from Verna market 5-door hatchback model this in January 2011.

NEC to Expand EV Li-Ion Battery Production Capacity 5x by 2012



The NEC Group announced today that the Ministry of Economy, Trade and Industry's (METI) "Regional Development Subsidy for Enterprises Creating Employment and Adding to a Low-Carbon Society" is supporting the Group's capital investment in reinforcing its production capacity of electrodes for rechargeable high-capacity lithium-ion batteries.


This capital investment will be carried out by NEC Energy Devices, Ltd. (NECED; Sagamihara City, Kanagawa Prefecture), a wholly owned NEC Corporation subsidiary that develops and produces rechargeable high-capacity laminated lithium-ion batteries. NECED will leverage the subsidy to increase electrode production capacity by the 2012 fiscal year.


This expansion is a major milestone towards the NEC Group achieving a capacity of 10 million kilo watt-hours (kWh) per year in the 2012 fiscal year, compared with the current capacity of 2 million kWh per year. The NEC Group aims to continue expanding its production capacity to meet customer requirement.

Going forward the NEC Group will promote its smart energy and green business centered by advanced lithium-ion battery to hold a leading global position.

Toyota Avanza india


Nearly Toyota Avanza india relieved in automobile market.Here We supply the latest and HQ wallapers and stills of Toyota Avanza india.Now the company revealed their vehicle with some efficient features and technologies.You can get high quality-high resolution images and photos of Toyota Avanza india that we have included here.From every angle Toyota Avanza india is a amazing vehicle.Complete design and alignment of the new Toyota Avanza india is done by an excellent way.

Toyota Avanza, might be loaded with the same 1495cc mill that is used in Thailand model. The 1.5L petrol engine consists of 4 cylinder, DOHC 16 valve matted with VVTi technology. This powerhouse of the car produces 109Ps of maximum power at 6,000 rpm and generates a peak torque of 141 Nm at 4,400 rpm. The fuel tank capacity is probability 45 liter. The vehicle is expected to have a five speed manual transmission with minimum turning radius to be 4.7 m. In addition to that, the Toyota Avanza will be equipped with front disc and rear drum brake. Whereas the suspensions might be Mcpherson strut with stabilizer (front) and four link Coil spring at rear. The tyre specification must be 185/65 R15 with 5J 15 inch alloy wheels to help achieving higher mileage figures.

The 1.5 liter petrol engine of the Toyota Avanza is well tuned and the car has a maximum power of 109Ps and a highest torque of 141 Nm at 4,400 rpm.The Avanza is quite fuel efficient and is expected to run at 15.8 kmpl. The car owes its superb performance to the VVTi technology which is the aid behind its improved acceleration, fuel economy, torque and power.Toyota Avanza is well designed and beautiful in its interior side. It is expected that analog and digital instrument panel are placed at the center of the dashboard of Toyota Avanza. The car may be containing 1CD MP 3 WMA type audio system with four speakers.

There is no certainty when the new MPV was launched in India. If properly released, then it can only be realized within one to 2 years. Toyota is ambitious to increase its sales in India 2011. Cheapest models, Etios, Toyota plotted as a locomotive to enlarge Toyota’s market share in India



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Nissan Leaf Gives You CARWINGS in the Race to Efficiency



Nissan has announced it will introduce an Information and Communication Technology system (ICT) for electric vehicles (EVs). The system will be implemented with the all-new Nissan LEAF, on sale now in Japan and the U.S., and in Europe early next year. ICT will help deliver greater convenience, comfort and security for EVs, as well as provide real-world data that will be important to realizing a low-carbon society in the future.

With the ICT system, Nissan LEAF owners are connected at all times to the data and information they need to optimize their EV experience. The NISSAN CARWINGS Data Center, an information control center, communicates with the car navigation system via the onboard Telematics Communication Unit (TCU). ICT has features unique to EVs, including EV usage history and battery conditions. Remote control for battery charging and climate control also exist. The system can be accessed by a dedicated Website for EV owners, via mobile phones, smart phones and computers to manage energy usage.

Onboard EV service (while driving)

"Expected reachable area map display" function: checks how far Nissan LEAF will be able to travel … accessible by a single touch of the screen.

"Charging spot update" function: automatically updates data to display the nearest charging station.

"Timer charging" function: charges the battery anytime one wishes, e.g., late at night when the electricity rate is lower.

Offboard EV service (before and after driving)

Remote control function: checks the state of battery charging, controls battery charging, estimates time to finish charging and shows a possible driving range, maintains the battery and makes failure diagnosis.

"Remote climate control" function: sets air conditioning via remote control so it can be turned on before one enters the vehicle.

"Electricity rate simulation" function: checks how much it costs for electricity after driving. Calculation function: calculates how much CO2 emissions were reduced by driving EV (predicted rate).

"Ranking" function: Nissan LEAF owners worldwide can compete with each other in electricity consumption, traveling distance and the amount of charge produced by regenerative braking.

"Route planner" function: Creates a driving plan while checking a possible driving range and charging station locations.

Based on the consent of EV owners, the NISSAN CARWINGS Data Center will retain historical driving, charging and electricity consumption information globally. Based on this data, it will analyze EV driving and charging data to measure how much CO2 is reduced through EV use and to evaluate clean energy usage.

The ICT system for EV was developed not only to provide driving support for EV owners, but also to contribute to a sustainable zero-emission society in the future. Nissan is working to help realize a sustainable low-carbon society using the ICT system in several demonstration tests. This includes the Yokohama Smart City Project, a low-carbon city project conducted with Yokohama City, and YOKOHAMA Mobility "Project ZERO" which is focused on how to create a smart mobility city.

In preparation for wide introduction of renewable energy in the future (for example, solar electric generation at home), EVs may be utilized not only for mobility, but also for energy management, depending on surplus electricity. The EV ICT system has functions which can start charging at times when surplus electricity is most likely to be generated.

Working towards being a global zero-emission leader, the Renault-Nissan Alliance has formed partnerships with more than 80 governments, cities and other organizations around the world. Nissan will utilize the data obtained by the demonstration tests in these partner countries and cities to actively participate in the creation of a zero-emission society globally.

Monday, December 27, 2010

Japanese Giants Investing in Lithium-Ion Batteries



Anticipating steady growth in demand for pure electric and hybrid cars over the next 10 years, Japanese manufacturers of lithium-ion batteries are investing heavily in new production facilities.

Since 2009 they have spent more than $3 billion in Japan and, counting low-interest loans and grants awarded to Nissan Motor Co.’s overseas affiliates, an estimated $5 billion globally

All are hoping to compete for a global market in 2020 - depending on which forecast proves correct - of between 5 million and 15 million electric cars and hybrids.

Despite their dominance in hybrid batteries (mostly nickel-metal hydride types), claiming 95% of sales since the 1997 launch of the Toyota Motor Corp. Prius, and early lead in electric cars as lithium battery suppliers to Nissan and Mitsubishi Motor Corp. for the Leaf and i-MiEV, they anticipate strong competition from South Korea and China.

South Korea, for instance, has committed to spending $13 billion (15 trillion won) to become the world’s leading battery manufacturer by 2020. China, similarly, plans to support hybrid and electric vehicle infrastructure and sales through a 10-year investment program reported to exceed $15 billion (RMB 100).

The following is summary of recent facility investments by Japanese battery makers and their automotive customers:

NEC Corp., jointly with Nissan in June 2009, opened a $140 million (12 billion yen) line inside Nissan’s old Zama manufacturing complex west of Tokyo. When fully operational in 2011, the line will produce as many as 12 million lithium-ion cells annually, enough to make batteries for 65,000 pure electric and hybrid cars.

By late 2012, Nissan and NEC plan to expand lithium-battery production outside Japan into the U.S., U.K. and Portugal. Including planned capacity in France by Nissan’s ‘alliance’ partner Renault SA, total capacity will approach 90 million cells and batteries for nearly 500,000 cars.

To support the Zama operation, NEC Tokin Corp., an NEC subsidiary, invested an additional $129 million (11 billion yen) in a lithium-manganese electrode line at its Sagamihara plant west of Tokyo.

Also in June 2009, GS Yuasa Corp. began production at the first of two joint battery manufacturing ventures with Japanese automakers: Lithium Energy Japan. Jointly owned, jointly owned by Mitsubishi, the company currently has capacity to make 1.6 million cells on lines in Kusatsu (Gumma Prefecture) and Kyoto. A new plant in Ritto (Shiga Prefecture) is scheduled to come on stream in 2012 will add 4.4 million cells, bringing total capacity to 6 million, enough for 68,000 batteries.

Total investment in the three facilities: $608 million (51.7 billion yen).

Meanwhile, a second joint venture with Honda Motor Co. began operations this autumn inside GS Yuasa’s Osando plant near Kyoto. The venture, named Blue Energy Co., is believed to have capacity to make 2.8 million cells for around 30,000 hybrids and electric cars. Honda would not confirm planned production volumes.

Cost of the line: $294 million (25 billion yen).

Elsewhere, three of Japan’s electronic giants have also entered the market - Hitachi Ltd., Panasonic Corp. and Toshiba Corp.:

Hitachi Vehicle Energy Ltd., a Hitachi subsidiary, opened a new 3.6 million cell line in October 2009 in Hitachinaka (Ibaraki Prefecture). The new line raises capacity at the site to 4.1 million. Hitachi opened a 500,000-cell line in 2004.

Cumulative investment at the site: $176 million (15 billion yen).

To support the operation, Hitachi Maxell Ltd., another Hitachi subsidiary, invested $71 million (6 billion yen) in a new electrode line at the company’s Kyoto Works. The line began electrode production in February 2009.

Panasonic Energy Co., the battery-manufacturing division of Panasonic Corp., began lithium cell production in April 2010 at a new $1.2 billion (100 billion yen) ($1.2 billion) plant in Osaka. Initial capacity is 12 million cells. No details were provided about the automotive share.

In July 2010, Sanyo Electric Co., since December a wholly owned Panasonic subsidiary, opened a $153 million (13 billion yen) EV battery plant in Kosai (Shizuoka Prefecture) with capacity of 12 million cells. By 2016, Sanyo hopes to boost output to 120 million cells.

Toshiba will open a $294 million (25 billion yen) line at its Kashiwazaki plant in Niigata Prefecture this coming February. Initial capacity: 500,000 cells per month.

Meanwhile, Mitsubishi Heavy Industries Ltd., Japan’s largest diversified machinery manufacturer, completed construction of a plant inside its Nagasaki Shipyard and Machinery Works in November. Capacity at the plant, which will produce lithium batteries for forklifts, is 400,000 units.

Note that last January Primearth EV Energy Co., Toyota’s battery subsidiary, opened a new $353 million (30 billion yen) nickel metal hydride plant in northern Japan in Miyagi Prefecture. With the plant’s opening, the supplier has capacity to make 1 million nickel metal hydride batteries.

In 2010, it is expected to deliver more than 700,000 units, mostly to Toyota.