Wireless power transfer for industrial applications (converter design) | ||
| Journal of the Egyptian Society of Engineers | ||
| Volume 64, Issue 1, 2025, Pages 188-207 PDF (1.37 M) | ||
| Document Type: Scientific and technological | ||
| DOI: 10.21608/egsen.2025.464726 | ||
| Author | ||
| Eng.Mahmoud el-shafei / Eng.ahmed roshdy* | ||
| 1- germany international university | ||
| Abstract | ||
| This research is focused on the designing, analysis, and implementation of a parallel lc resonant converter which is set to function at its resonant frequency of 2.6868khz. This design has a capacitor of 60uf and an inductor of 58.48uh and also has 2 matching inductors to be able to match the impedances entering the resonant tank to avoid any losses or damage to the circuit while the circuit is operating. We first started by studying the design theoretically, covering the basis of how the components function and what is the role of each of them and how they will help us achieve a stable and efficient converter in the end. The calculations were done precisely to be able to be as accurate as possible in case of resonant frequency, the impendences within the circuit, the power losses throughout the circuit. This part was crucial because it sets the foundation of the whole design, and any miscalculation might set us further away from our goal. Moving on to the simulation phase, which helps us prove that our calculations are correct and are aligning with the data we extracted from the simulations made, in addition to giving us an opportunity to check if there is any room for improvement in terms of efficiency or functionality. Finally, laying out our design on a pcb to be able to have fully functional hardware and to test each aspect of this study. This paper provides a comprehensive study on the design and implementation of parallel lc resonant converter and covers the areas of choosing the components, doing all the necessary calculations and proving it using simulation. The results provided are a guide for designing and implementing a resonant converter to be used in various manufacturing sectors. | ||
| Keywords | ||
| Wireless power transfer for industrial applications (converter design) | ||
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