An Experimental Investigation to Enhance Cooling System of a Distribution Transformer by Using Thermosyphon - Farge, Talib Z.;Farg, Sahar R. Farg;Ismael, Aseel A.
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The distribution transformer is an extremely effective static power transformer machine and the core portion in grids of power transmission. Over the process of conversion for electrical power in a transformer different kinds of losses are appearing. Generally, these losses are happening at active parts of the transformer which are the windings and core parts and then converted into heat. This heat spread throughout the transformer and then to the air by means of its insulation material like minerals oil. However, the heat accumulation with no effective dissipation will produce damage the…mehr

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Produktbeschreibung
The distribution transformer is an extremely effective static power transformer machine and the core portion in grids of power transmission. Over the process of conversion for electrical power in a transformer different kinds of losses are appearing. Generally, these losses are happening at active parts of the transformer which are the windings and core parts and then converted into heat. This heat spread throughout the transformer and then to the air by means of its insulation material like minerals oil. However, the heat accumulation with no effective dissipation will produce damage the transformer insulation paper and in their windings. Therefore, the rising of temperature should be limited with safety rang for increasing the operational life of the distribution transformer.It is well known that the thermosyphon is a passive heat exchanger, an excellent transformer of thermal energy from a heat source to lower heat. The thermosyphon has been used over a wide domain of applications being that characterized as low cost, effective, reliable energy transmitting and minor weight.
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Autorenporträt
Dr. Talib Z. Farge, Electromechanical Engineering Department, University of Technology, Baghdad, Iraq. B. Sc. in mechanical Engineering at University of Technology. M. Sc. and Ph. D. in mechanical Engineering at University of Liverpool, England.