Using a lithium battery that is electrically charged atoms move between their electrodes. When charging, the head of ions in one direction and go the other way when they perform. There are many different chemical make-up used for the battery, which is the most common positive electrode containing cobalt or manganese oxides as well as the negative electrode of graphite. Ions then pass through a lithium-based polymer or gel. Cars, unlike household goods, and quickly recharge the battery discharge and subject to wildly varying temperatures. This added to the instability of the battery and can cause overheating.
Lithium Ion Battery – Why It’s Appealing
Besides more compact, lighter, and more powerful than nickel-metal-hydride— NiMH batteries, lithium-ion battery is also high in power and energy density. Because the cells weigh less and do not take as much space as that used in other hybrid systems, equipped with lithium-ion battery in the car can help increase fuel efficiency. The end goal – even though technology has a ways to go – is to produce hybrid and electric cars are very efficient with quick acceleration, stamina, and an affordable price.
Lithium Ion Battery – The Concerns
Lithium-ion battery is not new technology. They can be found in everything from phones to camcorders, iPods, and laptops. However, they are viewed as not stable when filled and, as usual, has been known to spontaneously short-circuit and explode or burn. So, automakers and developers to find batteries to fail-safe option for obvious reasons. One problem with lithium-ion batteries is that their ability to continue to charge dropped after a certain period and may not last the life of the car, although this could also be problems with other batteries, depending on how “car life” is measured. Adding that to the fact that, for now, they are much more expensive than NiMH batteries. As production and increasing demand and improving technology, however, the cost of lithium-ion batteries are anticipated to decline.
Lithium Ion Battery – The Integrating
In addition to finding the most suitable battery for the car, it will be important that the outcome of sync with the drive system of each model. So, that means the manufacturer must first obtain the proper chemical battery, battery handling stability, build the cell, and combine them into algorithms and software that is embedded in the vehicle.
Lithium Ion Battery – When to Expect Major Production
Because there are still significant hurdles to overcome, the version is fully drivable car powered by lithium-ion batteries are limited in number. There are many companies who claim the car is almost ready to hit the production line, but more conservative estimates target 2010 or 2011 when the cars become available to the public.
Adopt from Jennifer Olvera, a graduate of DePaul University in Chicago, and now she has become one of superior dining, food, and entertainment writers in Chicago. He has regularly been published in Chicago Sun-Times, Chicago Tribune, Chicago Magazine, Citysearch.com, Gayot.com, and Zagat.
Hi guys…..This year there are seven cars have transformed. Changing shape is the theme of this year. All of cars have changed into different shape. These seven cars cannot stand an opportunity to go to manufacture because that is not the idea and the principle of the cars. However, every person knows about it that it is such a vapor. But the big problem is as soon as the companies of the car want if that car is workable and this hope have never dream come true. Exactly, the target and the purpose of these cars in this year are just to blend and mix our thought and fantasy. So as long as the purposed is achieved, it is okay.
TransforMISS Electric Car
This car is called The Transfor MISS electric car. It can change by itself into a strike or bicycles. This car is designed by Thierry Dumaine. He put electric motors in the wheel hubs. He also put for the interior used paperboard recycled. This car is available for two persons. You can change the position easily with wheel of steering. This car can blend, mince, and dice. It is up to you. You can drive this car by four or two wheel. How does it work???? No comment.
Peugeot Globule
The Peugeot Globule is the name of this car. It is car that such a kind of a worm with filled by cabins. There are four cabins in this car which consists of elastic polymer. Each of them has motor and battery. Both you can mix the motor and battery. You can add pods to provide somewhere to stay for passengers. You can load up to keep and save for parking.
Minulux
This Minilux is a kind of car which the idea takes from car-to-grid to the farthest away extreme. The designer of this car was Mr. Jukka Rautiainen. He made this car for the Royal College of Art in London project. This car is made because it is to hang about stationary which is famous in that time. The top of the car is made from solar curtains. This car also has wings. This wings spin around to chase the sun. You can seize for a lark of car for the twist.
The Lovos Car
The Lovos car is made by Anne Forschner. She is an art student from German Pforzheim University. In Munich, the studio of BMW, she was trained. Not only trained in Munich, but also in California in Mercedes and Mazda studio. This car is created for Simple lifestyle. The features in this car are complete with transferable parts. This parts can use until 260. This car exterior and form is angle shine. You can charge each battery. The design of the Lovos car can modify for slowing down the car with aerodynamics.
Rinspeed iChange
This car is the Rinspeed I Change. This car is used solar panels. At this moment, this car can drive on the roof to lay the blame on using 1 until 2 lithium ion. It is for long and short distance. The maker of this car said that I change can change the speed and can reach until 135 miles per hour. And it can zoom from 0 into 16 in four point two seconds. The feature of this car is transformation. You can add iPhone application to add application to this car. Therefore the car can be efficient and comfortable for the driver.
Mazda TONBO
This is Tonbo car. The energy of this car use hydrogen as it fuel. This car is created by Dedek and Mazda Europe. This car’s system is so cool and exciting. This car also can swim!
Honda Native
The Honda Native car was created by Tudoran Liviu. This car is made for packing full of traffic. This car has near to the ground speed. The concept of this car is a green car. So, the maker uses lightweight, batteries, LED batteries. The features of this car are a photo chromatic. This is like a chameleon! This car can change by itself depend on the temperature.
You can’t stop the increasing of gasoline price. But you can eliminate this problem when you decide to moving to electric vehicle. Some people say that one way to eliminate stops at the pricey pump is to go electric – EV Conversion
An EV Conversion is known as the procedure of modifying a gasoline fuel powered vehicle into an all electric vehicle. And if you interest in this project and need to conversion your vehicle to electric, here’s a list of ev conversion companies to get you started.
Alaniz Technologies Corp. - Located in Texas, Alanis converts gasoline powered vehicles into all electric rides. They have been working in a variety of option available. They offer 65+mph and 20-70 miles on a single charge (depends on battery chosen). Visit their website to get more information about electric vehicle conversion. (http://www.alanizcorporation.com/)
Ampmobile Conversions LLC – Based in South Carolina, This company can converts gasoline powered cars and trucks to all electric power vehicles. Ampmobile has been working with and researching to get more efficient ways to convert your vehicle to electric cars and trucks. Ampmobile also provides mini workshops for DoItYourself or DIY-ers. To get more information about Ampmobile ev conversion, visit their web http://www.ampmobileconversions.com/default.asp
Canadian Electric Vehicles Ltd. – Canadian Electric Vehicle or CEV was established in 1991 to convert ICE to electric power – including heavy duty diesel truck conversions for the industry of airline. They also selling conversion kits for various vehicles – they offer custom build options and components for modifications. Industrial companies, governments, and many individuals become their customers. Visit their website to get more information about their ev conversion. http://www.canev.com/
Clean Ride Electric Vehicles – Based in Minnesota, Clean Ride Electric Vehicles restores and electrifies VW classic beetles from top to bottom. They can give you an electric motor by replace the ICE and fuel system and 6 12-volt lead acid batteries and upgrade standard components. Your VW can get a top speed of 50 mph in a 20- to 30-mile range. http://www.clean-ride.com/index.html
EVPorsche.com – Based in West Palm Beach, LA, CA, and Florida, EVPorsche can convert any vehicle to all electric power vehicle – but for Porsche sports car, conversions due to their dependability, engineering, and lightweight design. EVPorsche company offers you a wide variety of battery, model and range configurations to meet driving styles and needs. With their electric vehicles, in 5 seconds you can get 0-60 or even faster with two motors and series to parallel switching. (http://www.coolgreencar.net/ or EVPorsche.com).
How Green is My Car? Since soaring oil prices and concerns over the environmental impact of car emissions, people have change their preference when it comes to choosing a new car. But what information there, what are the option available now, and what does the future hold?
Toyota Company, one of the leaders in developing vehicles driven using alternative fuels, there are approx. 740 million vehicles on our planet today. In 2020 it is estimated that this number is likely to almost double to 1.2 billion. That’s too many for our earth.
Each car – both petrol and diesel – produce carbon dioxide, a greenhouse gas that pollutes our atmosphere and contribute to climate change. It is estimated that the average car emits around 4.5 tones of this gas every year. Ok, so a lot of cars and a lot of CO² but how green is my car?
So, we must do something to reduce carbon emissions we release in the air. The main reason is not only to reduce the amount of CO² it emits but considering current rumors of the price of oil reaching $100/barrel some day soon it will also help your wallet to breathe a little easier.
And now, I will concentrate on how to choose a car with ‘green car’ concerns in mind – ‘how green is my car?’ – Choices that will make a better world in the future.
Nowadays petrol and diesel engine is almost completely dominated the car industry. Fortunately, there are some alternative already available and many others coming in the not too distant future – with their concept – how green is my car?
These vehicles have two engines and use a combination of alternative and conventional fuels. This green cars is used a petrol engine when the car needs power to pull away from a stop to high speeds, and an electric running off a battery (with braking systems—which is charged when the car brakes and decelerates) is used at all other times such as cruising around a highway.
Hybrid cars are particularly beneficial due to their low emissions in cities and extremely quiet. The most popular hybrid and the only model available in Indonesian is the Toyota Prius which boasts an extremely impressive fuel efficiency of under 5 liters/100km. ~how green is my car?~
There are two great benefits of electric cars; they have zero emissions and extraordinarily cheap to run. It is of course important to bear in mind that the electricity that they’re using may have been generated by a highly polluting coal powered station, but they we can’t have it all.
One of the most intriguing and bizarre looking is the G-Whiz. This little car, developed by GoinGreen, can be plugged into standard electrical wall sockets and takes 6 hours to recharge. According to GoinGreen the cost of the electricity to run this car for one year is the equivalent cost of just one tank of petrol.
But there are some major drawbacks with this technology. First is a question of range; the G-Whiz for example can only travel for 70km before needing to be recharged. The second issue is one of power; with top speed of just 70km/hr – electric cars are simply no match in terms of top speeds, to petrol and diesel powered vehicles.
Despite these significant drawbacks this green cars, with its suitability for short commuter trips, could I believe have a major impact in our cities. The drivers will exempt from road tax, congestion charges and parking costs. With these savings in mind the G-Whiz is not only the cleanest form of commuter transport but it’s also the cheapest. ~how green is my car? ~
Hydrogen Fuel Cells
Although still a relatively new technology it is thought that this will be the future fuel of choice. Fuel cells work by making electricity via a chemical reaction between hydrogen (stored in liquid form in the fuel cell) and oxygen (from the air). The only by-product of this reaction is water, carbon emissions are zero.
There are of course still some significant drawbacks to this technology which need to be addressed before we see the demise of the petrol engine. These include; range – which, accordingly to Toyota, is currently limited to 300km; cost – until economies of scale come into play this will continue to be an expensive technology; refueling network – current petrol stations will need to install hydrogen tanks and pumps. ~how green is my car? ~
The air car, also known as the Mini-CAT or City Cat, can be refueled in minutes from an air compressor at specially equipped gas stations. Empty tank can be filled back in the place where only the special time in three minutes. Charging can also be done at home using your own compressor that is available in the car. Only with connect to electricity, tank will filled within four hours. More over the refill of its carbon fiber cylinder with 340 liters of air at 4350 PSI should not cost more then a twitter $2 for these air powered cars, and this car can reach up to 120 miles for an estimated $2 tank fill.
The car features a fiberglass body and a revolutionary electrical system and is completely computer-controlled. It is powered by the expansion of compressed air, using no combustion at all, and the exhaust is entirely clean and cool enough for use in the internal air conditioning system. ~how green is my car? ~
Parting Words
So there we have it, if you’re thinking of getting a new car and want to go as green as possible, ask to yourself how green is my car? Buy small or buy hybrid? Or just sit on your hands for a few more years and wait for the technology to catch up with your needs, both financial and vehicular, the choice is yours. ~how green is my car? ~
