Advantages & Disadvantages of Synchronous Motors
The advantages of synchronous motors include constant speed, power factor control, and high starting torque. In this article, we will discuss the advantages and disadvantages … Read more
The advantages of synchronous motors include constant speed, power factor control, and high starting torque. In this article, we will discuss the advantages and disadvantages … Read more
A synchronous Machine includes both a synchronous motor and a synchronous generator. As a synchronous machine, a synchronous generator generates AC voltage, and a synchronous … Read more
The starting methods of the synchronous motor are damper winding, external prime mover( DC or induction motor), VVVF method, and slip ring induction motor start … Read more
Synchronous motors are used mainly for power factor corrections, voltage regulation, and constant speed- constant torque applications. Squirrel cage induction motors are the preferred choice … Read more
The synchronous motor construction is similar to that of a synchronous generator. A synchronous motor is a type of electric motor that has two separate … Read more
Definition: The Distribution Factor. also known as the Breadth Factor, is the ratio of the actual voltage obtained to the possible voltage if all the coils of a … Read more
Parallel operation of alternators is the process of connecting two or more alternators or synchronous generators in parallel to supply electric power to a common … Read more
Are you curious to know why rotor diameter is more in hydrogenators? This article explains why a larger diameter can lead to better performance and … Read more
In the hydrogen cooling of a synchronous generator, hydrogen gas is used for cooling because hydrogen gas has excellent cooling properties. The power loss (I2R … Read more
Synchronous generators require adequate cooling in order to ensure proper functionality. Natural cooling processes do not sufficiently provide enough cooling to the alternators. Therefore, forced … Read more