In some places, due to strong sandstorms or high levels of dust in the air.

Summary:
As is well known, synchronous generators have magnetic poles on their rotors, while asynchronous ones do not. This is equivalent to relying on magnetic poles to save excitation energy, so synchronous generators have high efficiency. The difference between asynchronous generators and synchronous generators is that when used as a generator, the rotor speed of the synchronous generator set operates synchronously with the rotating magnetic field; The speed of the asynchronous generator set is lower than the speed of the rotating magnetic field and decreases with the increase of load. For the environment, high temperature, humidity, and air pollutants inside the generator room are the most common factors causing generator failures. The accumulation of dust, dust, and other air pollutants can cause the performance of the insulation layer to deteriorate, and also increase the friction force of the rotor bearing part, resulting in heating. Moisture and air pollutants can easily form a leakage path to the ground inside the generator, causing generator failure. Excessive temperature in the computer room can make it difficult to dissipate the heat generated by the generator set during operation, resulting in a decrease in its output power and overheating of the unit. So the dust prevention, moisture prevention, ventilation and cooling of the computer room must be given sufficient attention.
Xiamen ZTA Power System Co.,Ltd
Power system supplier-Generator sets, Lighting Tower, Reefer Genset
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