AUTOMATED COOLING SYSTEM TO PROTECT TRANSFORMERS AGAINST FIRE AND EXPLOSION

As a result of the inability of the existing automated protection devices and systems to provide full and reliable protection of expensive high-voltage transformers, there are interruptions in the uninterrupted supply of energy to consumers [12-13]. From this point of view, it is necessary to use methods and devices based on new technologies that protect high-voltage transformers from emergency short circuits [15-16]. It is known that ensuring continuous operation of the transformer by continuous control and prevention of overheating of the dielectric cooling oil of high-voltage transformers, as well as its long-term operation at high power, is one of the most urgent problems of current continuous energy transmission [17-20].