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espanolLa transmision inalambrica de energia electrica es un tema que tiene una amplia aplicacion en la ciencia, asi que es necesario identificar cual de sus diversos modelos se acoplan mejor de acuerdo con un requerimiento. Por tanto, este estudio pretende comparar diferentes modelos SCMR y presentar sus ventajas y desventajas, dicha comparacion se realizo a partir de una simulacion en el software COMSOL Multiphysics disenando las diferentes antenas con sus valores respectivos de frecuencia de resonancia, despues se realizo la implementacion y se corroboro los comportamientos esperados. Luego de realizar diversas pruebas se identificaron los beneficios de cada sistema SCMR propuesto, y se analizo que los sistemas de transmision inalambrica SCMR se pueden adaptar a cualquier aplicacion, solo que es necesario identificar cual de sus variaciones de parametros es la adecuada. El mayor desempeno se presenta cuando resuenan en la frecuencia donde los componentes presentan su mayor factor de calidad EnglishThe wireless transmission of electric energy is a subject that has a wide application in science, so it is necessary to identify which of its various models are best suited according to a requirement, in this study we intend to compare different SCMR models and present their advantages and disadvantages. The comparison was made from a simulation in the COMSOL Multiphysics software, designing the different antennas with their respective resonance frequency values, then the implementation was carried out and the expected behaviors were corroborated. After performing various tests, the benefits of each proposed SCMR system were identified. It was possible to analyze that SCMR wireless transmission systems can be adapted to any application, only that it is necessary to identify which of its parameter variations is appropriate. The highest performance occurs when they resonate at the frequency where the components have their highest quality factor.

Estudio y comparación en sistemas WTP basados en SCRM