Working Of Electric Cars Electronic Circuits and Diagram Electronics Projects and Design. Studies have shown that the past decade had a rise in the number of cars to almost 5. Electric Fuel Pump Install Diagram' title='Electric Fuel Pump Install Diagram' />This rise in cars has also been a major cause for the vast environmental pollution throughout the world. The introduction of electric cars has proved that they are very much environmental friendly and less pollute compared to gas cars. There has been a rapid increase in the sale of electric cars for the past few years. Comparison between electric cars and gasoline cars. An electric car is powered by an electric motor. But, a gasoline car is powered by a petroldiesel engine. Since there are only electrical components, they are much easier to repair than other cars. They have only half the initial cost of a gasoline car. The power of electric cars is lesser than gasoline cars. But it is impossible to tell the difference between them while driving. While gasoline cars have a heavy noise, electric cars are smooth and silent while driving. Hybrid cars have gained a lot of popularity nowadays. Among them, electric cars are the topmost in news. There has also been a trend of converting ordinary cars into electric cars. All you have to do is replace the engine with an electric motor and fit in an array of rechargeable batteries. You will also find that gasoline cars are very bulky in the interior with pipes, fuel lines and so on. But electric cars do not have any complexity. There are just a few wiring connections between each device. How to make an electric car Modifying a gasoline car into an electric car. It is very simple to convert an ordinary car into an electric car. You must first know some basics about a gasoline car like the exact position of the engine, gas tank, muffler and so on. Here is a simple description of making an electric car. For making an electric car the following components must be purchased. AC electric motors. Electric controller. Battery tray. 12. Inertia activated fuel pump cutoff switch fcs1 important please read all warnings and instructions before installing the inertia switch. V Lead acid batteries. Battery Charger. Many motors for driving smaller parts. Given below is a well explained diagram of a car that shows both the physical components of an electrical as well as gasoline car. The comparison between them is also given. Since the components for both the cars are different, they must be replaced. For this, all the major components like petroldiesel engine, muffler, catalytic converter, petroldiesel tank and also the exhaust pipe must be removed. The clutching mechanism must also be removed. Hybrid electric water heater with built in heat pump for high efficiency water heating in tank sizes 40 to 120 gallon for residential and commercial use. Evinrude Fuel Pump Kits Since 1998, iboats is the most trusted water lifestyle online store for boat parts and accessories, boats for sale, and forums. Enjoy great. CHAPTER 4 FUEL SYSTEM. The fuel system for gas turbine and reciprocating engines is the same. It delivers to the engine fuel metering system a uniform flow of clean. ILL Rev 5 Inertia Activated Fuel Pump Shut Off Switch Part No. CNCNOT USED 12V Fuel Pump 18 in. Diameter Diagram A Diagram B Installation Instructions. Electric Fuel Pump How to Do It Right. Want an electric fuel pump to last forever and work right Were going to show you how to install it and wire it up the. Check out our new accelerator pump levers for the Stromberg 974881 carbs. Made of 1018 steel and available either zinc or chrome plated. This is an exact. Can u please mail me the exact working way of electric car. There should not be any change in the manual transmission, except for its shifter. For further simplicity the shifter can be replaced with a switch, so that the forward and backward motion of the car can be controlled automatically. Connect the motor to the transmission. For controlled working of the AC motor, it must be connected to the controller. A number of lead acid batteries must be connected to the battery tray, which is correctly installed to the base of the car. For good driving response the battery must be able to produce at least 3. V DC. For this, I would prefer two slots of the battery tray fitted with 2. For an ordinary car, the engine vacuum was used to give power to the bakes. In its absence a vacuum pump must be installed. Since the only driving source is from motors, the other mechanisms like power steering, water pump and also air conditioner should be connected to separate motors. Earlier they had driven power from the gasoline engine itself. As a part of maintenance, it is always better to include a recharger, so that the batteries can be automatically charged. For this, a 2. 40. V outlet is preffered. Electric Car Statistics. Different parameters like mileage, speed, and life define the ability of a car. Here is an average reading of an electric car. The car has a maximum speed of 8. The batteries have a life of almost three and a half to four years. All the batteries included weighs almost 5. After a long drive, almost 1. KWh of electricity is needed to charge the car. When comparing these parameters to an ordinary petroldiesel car, you will get a huge difference in the pricing. There is almost 3. But, the initial cost for an electric car will be very high. The batteries itself will cost up to 2. They will last for a minimum of 2. Working of an Electric Car. An electric car simply consists of three main components Battery, controller and electric motor. Naruto Special Edition Dvd. Block Diagram of an electric car. The base of any car is the battery. As told earlier, the battery used for this car is very expensive. By using lead acid batteries, the weight of the car increases a lot 1. As the number of batteries range from 5. They generate lesser driving powers comparing to gasoline cars. After a long drive, they need at least ten hours to get recharged completely. Apart from the battery used for the car mechanism, there is also an additional 1. V battery on board. This is needed to provide power for other components like wipers, radio, and air conditioner and so on. But the extra expense comes when you have to recharge the battery. You will need a 3. V Dc to 1. 2V DC converter. As told earlier we need 3. V DC to drive the AC motor. This rating is converted to 2. V AC and is sent to the motor with the help of the converter. This can only be done using a set of transistors, which will convert the DC signal into sine waves rapidly. Thus when the accelerator is fully pressed, the controller produces almost 9. V to the motor. If the accelerator is released, the controller delivers 0. V. Thus the controller stands as a buyer of power from the battery and giver of power to the motor. As the accelerator is pressed in different modes, the controller is supposed to give an output power accordingly. So, variable potentiometers are connected between the accelerator and the controller, so that variable, but proportional power can be delivered to the motor. But, if the potentiometer goes wrong the result can be fatal. So, as a safety measure, there are two potentiometers connected to the accelerator. If both show equal value, then the controller proceeds. If they are different, the controller stops working. The greatest disadvantage of this is that the whole car stops working if a single potentiometer goes wrong. In most of the cars, the controller is just a normal switch with an ON position while accelerating and an OFF position while decelerating. But, this is difficult for the driver as he will not get a flow. Thus the controller acts as a pulsator. It notices the value of potentiometer and rapidly switches the proportional power to the motor. The motors used in electric cars can be AC or DC. Mostly DC motors are preferred than AC motors because they are simple to configure and are not at all expensive. For AC motors 3 phase motors have to be used, running at 2. V AC. DC motors, on the other hand requires only 9. Volts. DC motors can also be overdriven for a short period of time.