About Does induction machine generate vars in power system
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6 FAQs about [Does induction machine generate vars in power system]
How induction generator works?
Thus, the machine is now working as an induction generator (asynchronous generator). Induction generator is not a self-excited machine. Therefore, when running as a generator, the machine takes reactive power from the AC power line and supplies active power back into the line. Reactive power is needed for producing rotating magnetic field.
Does an induction machine need reactive power?
Reactive power is needed for producing rotating magnetic field. The active power supplied back in the line is proportional to slip above the synchronous speed. It is clear that, an induction machine needs reactive power for excitation, regardless whether it is operating as a generator or a motor.
How does an inductive load work?
When an inductive load is drawing power from the power company, some of this power is used to build up the load’s magnetic field during one part of the power cycle. The magnetic field stores part of the energy being delivered to the load.
Does an induction generator need reactive power?
It is clear that, an induction machine needs reactive power for excitation, regardless whether it is operating as a generator or a motor. When an induction generator is connected to a grid, it takes reactive power from the grid. But what if we want to use an induction generator to supply a load without using an external source (e.g. grid)?
What are the applications of induction generators?
Applications of induction generators: Induction generators produce useful power even at varying rotor speeds. Hence, they are suitable in wind turbines. Advantages: Induction or asynchronous generators are more rugged and require no commutator and brush arrangement (as it is needed in case of synchronous generators).
How do induction machines work?
Consider, an AC supply is connected to the stator terminals of an induction machine. Rotating magnetic field produced in the stator pulls the rotor to run behind it (the machine is acting as a motor). Now, if the rotor is accelerated to the synchronous speed by means of a prime mover, the slip will be zero and hence the net torque will be zero.
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