People become interested in the electric vehicles since 1830 when Joseph Henry invented the electric DC (direct connect) motor.

Only after the invention of rechargeable batteries in 1859 by Gaston Plante the electric cars were starting to become viable.

In the 1912 were over 34.000 electric vehicles. The EV industry vanished with the invention of the electric starter for gas-powered cars and also because of the cheap price of gasoline.

The oil crisis in the 1970’s mede the EV’s to remerge. General Motors, Ford, Sebring/Vanguard and many others started to experiment in the EV field, but with no success to make profits because of the high cost.

In the 1980’s th e poution cause by gas-powered cars was beginning to get out of control.

The carmakers sought ways to improve the air quality but they were not willing to risk entering th EV industry.

The only electric cars you could see on the roads those days were actually converted from gas-powered cars.

With the development of new type of batteries in the 1990’s, car makers were once again interested in the EV’s.

These new batteries were making EV’s viable by increasing thei range and performance.

But still, because of the high price of the batteries the average consumer couldn’t get one.

The many clients for EV’s were the companies that needed vehicles that would travel short distances at a time.

The best thing at an EV is the fact that it is extremely quiet, it can be recharged for practically nothing compared to gas prices and it is nearly maintenance free, not to mention the very low pollution level.

EVs are coming back, and it looks like this time, they will be here to stay.

Because of the permanent rising of gasoline prices, the growing environmental concerns, and the impending shortage of conventional fuels, more and more people are looking for alternative sources of power. Most especially for households having more than one car, gasoline expenses have indeed become a major issue. Considering its affordability, efficiency, and safety, electric cars conversion seems to be the ultimate solution.

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The electric car differs from the conventional gasoline-powered vehicle in that instead of a gasoline engine, the EV rather has an electric motor that drives the car. The motor is the single most important part of the electric car as it causes it to move. It determines the acceleration of the car instead of the engine in regular cars.

The idea of retrofitting your existing car to run on electricity is quite simple. The process involves the removal of the internal combustion engine in order for it to be replaced with an electric motor. Since the engine is gone, all the connecting or associated components such as the gas tank, fuel lines, radiator, fuel pump, and exhaust pipe are to be removed as well. To propel the car forward, the motor is connected to the existing transmission system. To power the motor, a series of deep cycle batteries are used. An average EV would require ten to fifteen units of batteries. On a full charge, a DIY electric car can travel up to one hundred and fifty miles. The actual mileage of the EV will depend on the power of the electric motor, the charging state of the batteries, the weight of the car, and also the driving condition.

The basic electric car kit comes with a motor, a battery, and a control mechanism. The batteries can be charged using the energy generated by the original engine of the car or by plugging the car in a separate wall outlet.

With the help of electric car kits, electric cars conversion is actually quite simple.

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Im doing a Science Essay and I am having trouble with these 2 subjects. Easy Best Answer.

A wrap-up of the hybrids at 2010 Geneva International Motor Show. By Justin Meisinger

I ve planned to buy an electric car can anyone say me about the advantages of using an electric car over the fuel propelled cars

An electric car is an alternative fuel automobile that uses electric motors and motor controllers for propulsion, instead of the usual propulsion methods such as the internal combustion engine. Specifically, electric cars are a variety of electric vehicles intended for use as a road-going automobile. They are commonly powered by on-board battery packs. Thus, they are considered battery electric vehicles. Electric cars gained fame between the mid-19th century and early 20th century, when electricity became one of the preferred methods for automobile propulsion, providing a level of comfort and ease of operation that could not be achieved by the gasoline cars of the time.

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EV Secrets is an ebook that will take you step-by-step through every single element of planning, implementing, and succeeding with your own EV conversion. You will see how easy it can be to start building your own electric car today and save thousands of dollars in fuel each year while also playing your part for the environment.

This easy-to-read manual will help you select a donor car, the batteries, the controller, and the electric motor. It will teach you how to dismantle the donor car, and then show you how to install the electric car parts. It will show you how to put all the parts together, how to power up your electric vehicle, and how to prepare your electric car for the road. It will even provide you with an EV checklist, exclusive parts suppliers list, and an electric conversion master plan.

Many people are using DIY electric car kits to do the conversion of their cars from gas to electric powered. These kits have become quite popular nowadays because of economic and environmental reasons.

Electric cars are environment-friendly means of transportation that are very worthy of investing in. Similarly, EV Secrets is a good investment. Learn the secrets of EV conversion for less than the cost of a tank of gas.

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Stink Bug: VW Beetle Powered By Human Waste Makes Debut
Electric cars seem downright inefficient compared to the Bio-Bug, a VW Beetle rigged to run on biogas, or methane gas generated from human waste during the sewage treatment process. The Beetle, designed by British sustainable energy company GENeco, performs like a regular car–except it can take compressed methane gas in the tank along with regular gasoline. At first glance, the Beetle appears …

Read more on Fast Company Magazine

It seems to me that if you have an electric car that you plug in, it is (most likely) running off of coal, which powers most electricity grids. How is this better for the climate and for the environment in general?

Chrysler recently unveiled 3 EVs: Dodge EV Based on the Lotus Europa 200 kW (268 hp), 650 N•m (480 lbft) 0-60 less than 5 seconds 1/4 mile 13 seconds Top speed 120+mph Range 150-200miles. 8hr charge on 110V, 4hr on 110V, 26kWh pack. Seems to be a Tesla Roadster competitor. Jeep EV 200 kW (268 horsepower) 400 N•m (295 lb.-ft.) 0-60 9.0 seconds 1/4 Mile 16.5 seconds Top speed 90+mph In-wheel motors Will have a gas engine like the Chevy Volt as a backup. Like the Chevy Volt it will have 40 miles of all electric range and ~400miles in total. 27 kWh pack. Chrysler EV 190 kW (255 horsepower) 350 N•m (258 lb.-ft.) 0-60mph 8.5 seconds 1/4 mile 16.2 seconds Top speed 100+mph Also has gas engine, with 40 miles all electric and 400 miles in total. 22kWh Battery. They target to release one of them for customers in 2010 and have 100 for fleet usage in 2009. I try to do updates since the specs are reported differently in different places.

Have you ever used a battery? Of course you have. It is highly unlikely that there is anyone alive today that has not used a battery. Many times you do not realize how much you depend on batteries until they die and you do not have any spares around.

When you think about batteries you may not think about the batteries that power your vehicle, but these too are batteries. They can be recharged and last much longer than the double A or nine volt batteries that charge the cd players or flashlights that you were probably thinking of but they are batteries nonetheless. They also require different care than the batteries that you may have had in mind originally.

With the price of gas and the pollution involved, alternatives have been developed to the vehicles that we have always used. One of the first is the electric car. The electric car depends highly on a rechargeable battery and of primary concern with this is the capacity of the battery, the size of the battery, and with size also comes the weight of the battery.

As it stands right now the size of a car battery is tied to the strength of a car battery. A regular car battery is nine inches by twelve inches, by seven inches in size. What is most important is power. It takes power to move the car and power to maintain speed above ten to fifteen miles per hour. This power must come from the battery.

In the case of electric cars this power must come from the battery. In order to get more power (more amps) from a battery it requires more size and/or more batteries. In order to get the speed needed for the electrical vehicles you actually need several batteries. By using several batteries, obviously you take up more space, by taking up more space; you lose more space for other things. Since the parts of a vehicle are pretty much mandatory what you lose is seating space and/or storage space.

Because of this, we are down to two seats with the electric car. So, obviously there are some problems with the electric cars. There are some situations to be resolved. With the environmental issues that are resolved it is definitely worth trying to resolve the issues.

More and more people are concerned about the environment and as this concerns mounts they are realizing that electric cars may be the way to go for environmental safety. Cars that can use a combination of gas and electricity are referred to as hybrids. Currently these types of cars are quite expensive but as time goes on the price will go down.