This thesis presents a comprehensive study on the design and implementation of a Capacitive Wireless Power Transfer (CPT) system for an innovative charging device. Recognizing CPT as a promising and versatile alternative to conventional wired charging, this work aimed to leverage its inherent advantages within the evolving landscape of Wireless Power Transfer (WPT). The core of this research involved the meticulous conceptualization, detailed design, and practical engineering of a CPT-based charging solution. The work began with analytical calculations to define the optimal parameters for the capacitive coupling elements, resonance frequencies, and power transfer capabilities. These initial calculations guided the selection of an appropriate power converter topology, specifically a half-bridge converter, chosen for its suitability in high-frequency power conversion.