نبذة مختصرة : Technological development related to sustainable mobility and the growing of environmental concern has demanded the attention of researchers who investigate the electrification of transport. In this sense, the battery autonomy is one of the main limitations in electric vehicles, together with their energy charging techniques. Currently, the conductive charging method is the most widespread on the market, however, it presents safety and practicality concerns to users. Therefore, the implementation of new strategies, such as wireless energy recharging, can be a solution to the aforementioned difficulties. In this context, this study presents the analysis, design and development of an inductive coupling for wireless power transmission with focus on electric vehicles charging systems. For this, a methodology for designing the inductors is proposed based on the previous parametric specification of the electrical system to which the magnetic coupling will be part. The results of the coil simulation are presented together with the finite element analysis software Ansys Maxwell 3D, allowing variations in distance and misalignment between inductors, in addition to their interaction with the electrical circuit on the Simplorer platform. Finally, a practical and experimental verification of the inductive system with the proposed electrical circuit is carried out. ; Coordenação de Aperfeiçoamento de Pessoal de Nível Superior - CAPES ; O desenvolvimento tecnológico relacionado a mobilidade sustentável e a crescente preocupação ambiental tem demandado a atenção de pesquisadores que buscam pela eletrificação dos meios de transporte. Neste sentido, a autonomia das baterias é uma das principais limitações encontradas nos veículos elétricos, em conjunto com suas técnicas de recarga de energia. Atualmente, o método de carregamento condutivo é o mais difundido no mercado, contudo, ele apresenta preocupações de segurança e praticidade aos usuários. Sendo assim, a implementação de novas estratégias, como a recarga de energia sem fio, ...
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