You can generate electricity with a 27KVA alternator, a big wheel, and a 2HP motor, but you will not be able to even come close to generating 27KVA. The best you could hope for is about 1KVA or so, because a 2HP motor can only do about 1.5KW of work, and efficiency and power factor losses will make the output be even less.
Yes, you could connect these parts together and it would operate. But after awhile you will find that the batteries are running low and the will motor is run slower than initially. The answer to the specific question is "no - you could not do this to generate electricity endlessly". If you could, that would constitute a perpetual motion machine, and that is impossible to do, due to losses in energy conversion because nothing is perfectly efficient.
If the DC motor is a permanent-magnet motor, simply spin it using some source if mechanical motion. It will generate voltage. You could spin it with your hand, a windmill, a water wheel, another motor, etc.
a motor is a generator and a generator is a motor, if you are applying a voltage to turn the rotor its a motor and if you are turning the rotor and taking the voltage off the terminals its a generator or alternator.
Shaft(rotor) of DC motor and Alternator(AC Generator) are alligned axially and radially to each other and connected.
The frictional losses and the resistive losses generate heat in a motor
An ac motor cannot generate electricity but its shaft can be coupled to that of certain devices like an alternator to in order to generate electricity.
Both are actually the same in many ways. A regular motor can be used to generate electricity if turned by an outside source(pulley and belt) Example,,,wind generators are basically motors operated by the paddles of the windmill turning the armature of the motor.
Converting a fan motor to produce energy typically involves mechanically connecting the motor to a generator or alternator. As the fan motor spins, it can generate electricity through the generator/alternator. However, the amount of energy produced may be limited by factors such as the motor's power output and efficiency. Consulting with an expert is recommended when attempting this conversion.
the wind turns the rotor which turns a motor which generates electricity
All DC Motors can generate electricity according to their size & input volt. 24 volt DC Motor is best for generate electricity. Even you can generate up to 24 volt AC. The big size of Motor is also depends to generate more ampere (current). Remember 24 volt DC Motor which have less RPM without gear is better & efficient for generate electricity than having the more RPM (Round Per Minute). So try it & generate electricity. (for further information, feel free to ask any thing regarding electricity, "admnpmiu_tariq@yahoo.com")
They run a gas powered motor which charges a battery.
capacitor is a power cell used to generate electricity in the motor of ceiling fan
Probably- it is the alternator of generator that makes the electricity. It is usually connected by a belt to the engine, so that when the engine turns it turns and when it turns, it generates electricity.
Alternators are not only driven by turbines, they can be alternator can be driven by any prime mover -including 'motors' if necessary.
magnets are used in the starter and the alternator. in the starter, electro magnets are used to run the electric starter motor and also to bring the pinion gear into the flywheel. in the alternator magnetic current is used to generate electricity to charge the battery. there may be some small magnets in the transmission to pick up metal fillings.
There are several ways to make electricity, by far the most common is electromagnetic generation - a wire is moved in a magnetic field and electricity is generated within the wire. Generators use coils of wires rotated within magnets.You can generate electricity yourself using a small electric motor - if you rotate the motor spindle by hand, then electricity will be produced across the motor terminals.
Electrical to mechanical energy conversion takes place in a motor. The motor uses electricity to generate rotational motion, which can then be used to drive various mechanical systems.