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Electric Car PDF Print E-mail
Written by Administrator   
Sunday, 20 August 2006 15:05

How Electric Car Works

Electric cars are shown up in the news nowadays. The hybrid vehicles and especially the electric cars are talk of the town. The electric car is the best Alternative for the petroleum cars. The reason for this includes many statements. The electric cars have a lot of advantages over the old fashioned petroleum cars. The popularity of the electric cars has reached almost all over the world. We are taught in schools about the alternative sources of Energy. The alternative sources of energy are Solar energy, Gas energy, electrical energy, etc. The electric cars are the cars which can run on Electricity. Actually the petroleum cars can also be converted into electric cars. It is very easy to convert a petroleum car into electric cars. Most of the petroleum cars are being converted into electrical cars as electrical cars is cost cutting.

It is almost not difficult to understand how an electric car works. The architecture of the electric car is quite different then the petroleum car. A electrical car is consist of lots of wiring. The electrical car has following main components:

Electric Motor
Motor Controller
Batteries

An electric car is powered by an electric motor while a petroleum car is powered by a petroleum engine. This is how an electric car defers from the petroleum car. Instead of a petroleum engine an electric motor is placed inside the electric car. The electric motor gets Power from the controller. Number of rechargeable batteries provide power to the controller.

The controller gets the power from the batteries and gives it to the motor. The accelerator pedal is tied with a pair of potentiometers (variable resistors), which provides the signal for the controller how much power it is to to deliver.

The 300 volts dc current is inoput to the controller from the battery and controller converts it into a maximum of 240 volts AC, three-phase, and sends to the motor. Inside the controller there is a transistor which turns onand off rapidly. A connector connects these two potentiometers and the padal, when you push on the gas pedal, The controller gets information about how much power to deliver to the electric car's motor from the potentionmeters. There are two potentiometers for the sake of safety. The controller checks the readings of the both potentiometers to be equal. If they are not, then the controller stops operating. When accsilator is pressed, the controller turns the switch on, and when it is removed, it would turn it off.

The batteries are the main sources of power for the electrical car. Number of rechargeable batteries provide power to the controller. The motor can use both AC and DC batteries. Batteries run by chemicals such as lithiuem. You can recharge the batteries by just plugging in the wire to the electric socket.

In this article we discussed about the architecture and working of electrical cars. Hope that this information increased your knowledge about the electrical cars.

Electric Car Conversion - Electric Car Plans - Build Electric Car - Electric Vehicle Conversion

There are electric car conversion kits available from retailers and these can be fitted by someone with a good mechanical background. Before buying a conversion kit to fit to your car, it would firstly, be wise to check to see what type of car the electric car conversion kit is suitable for.

Most of the electric cars will do a mileage of between 30 to70, so if you have a daily average mileage that is within this range then having an electric car conversion kit fitted in your vehicle makes a lot of sense.

Another important aspect regarding the electric car conversion kit is to be familiar with which type of hybrid car model its best suited for having it fitted. Having one for short range travel and fitted to a light weight car would be ideal whereas a pickup van or truck is more suitable for utility purposes. Some of the more advanced electric car conversion kits have also been used in cars that can be used for short races and sportier driving, but these are few and far between.

A typical electric car conversion kit may enable a car to travel at speeds of up to 25 mph with a payload of between two and four passengers and costs less than ten thousand dollars.

The electric car conversion kit should be well designed and manufactured and should include the motor, controllers and battery chargers. Add to this the need to change the batteries every year which will add a further three hundred dollars ($300) to the cost. However, this is still considerably cheaper than costs for gasoline, anti-freezing, hosing, filters, belts, radiator repairs, exhaust system and tune-up of engines that ordinary gas driven cars entail.

At present, there are very few electric vehicles available and so converting the gasoline driven car with the help of an electric car conversion kit is a good choice to make as building your own electric vehicle is a fun-filled experience that is both rewarding and exhilarating and poses a challenge to the user.

Since electric vehicles do not pollute the environment they are a good alternative technology to the gas driven cars. There are a number of factors that need to be considered before settling on one particular electric car conversion kit.

* You may begin with selecting the driving range that you intend to travel with your electric vehicle and select a kit that will best serve your purpose.

* Secondly, there is the need to have proper and adequate set of tools and supplies along with an appropriate amount of free space where to do the conversion.

* Then, you need to be familiar with the components and know how to remove the ICE components and replace them with the electric vehicle components.

* Next, install the motor, components, battery box and batteries and also install the propulsion wiring, auxiliary power system and the traction pack changing system as well as displays and controls.

* Make sure that everything will have been tested before actually putting the electric vehicle in to normal use.

That

 
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