electric car conversions - getting started
There are several different ways you can take to convert a car to use electricity.In some parts of the country, there may be mechanics to do it at a certain price, but usually the price they charge is close to the price of the new car.You can buy a kit that lets you run between $4000 and $10,000.These have some basic operations.it-Instructions and most of the electrical components required.Note that the kit you purchased will never include the battery you need.If you use a kit, you have to calculate another $1000 or more batteries because the electric car won\'t run without them.Our favorite option is to use refurbished parts that you can buy cheaply and do the whole thing yourself.You can choose to use an AC motor or a DC motor.The DC motor is heavier, and the power generated is not as large as the AC motor.However, the DC motor is much cheaper than the AC motor.Therefore, we always choose to use the DC motor.When you can buy reliable DC motors that are very cheap (sometimes free, there\'s no reason to spend extra money on a new AC motor for your electric car conversion to be almost more durable than any car you put in.A dc motor in the range of 9 to 13 inch is required.This size motor can reach a maximum speed of 50 to 55 mph.The flow of electricity from the battery to the motor determines the speed at which the car is traveling, and this current is manipulated by the controller, which is also required.The controller is connected to the old accelerator pedal connecting rod for smooth control of the vehicle.Car-mounted battery chargers allow to replenish batteries between trips and must be installed as part of the conversion project.Just plug it into any common home AC circuit and charge it overnight.To reach a distance of 200 miles between charging, the car needs about 20 deep-cycle batteries.There are many sources to buy these products, which are very cheap and usually free.The battery will be faster than the normal car battery that is often found in a gas-powered car to further discharge and charge.In fact, that\'s why they\'re called deep loops.Because they will stand up and allow more and more frequent drainage, unlike the battery in your car right now.You can discharge deep-cycle batteries to around 30% on a regular basis, but that\'s almost the limit.It is important to balance the battery capacity with the available space in the car to accommodate the battery.For example, if your project plans to require 20 batteries, you must make sure that there is enough space in the car to accommodate 20 batteries.Although it sounds like common senseThe person who completes the first conversion sometimes ignores this detail.