Static Wireless Charging Using Capacitive power Transfer

Simulates a capacitive wireless power transfer (WPT) system for static charging applications using MATLAB/Simulink.

This project demonstrates a Static Wireless Charging System Simulation using MATLAB/Simulink based on the capacitive wireless power transfer (WPT) principle.

It models both transmitter and receiver circuits that exchange power wirelessly through capacitive coupling.

Key Features:

• Models a capacitive WPT circuit for static wireless energy transfer.
• Includes transmitter and receiver LC circuits with coupling capacitance.
• Simulates voltage, current, and power waveforms to analyze transfer efficiency.
• Studies the effects of load resistance, coupling capacitance, and distance on power transfer.
• Demonstrates a contactless charging mechanism applicable to low-power devices and IoT systems.

How to Run:

1. Open the file StaticWirelessChargingSystemSimulation.slx in MATLAB/Simulink.
2. Set simulation parameters as per your requirement (e.g., frequency, capacitance, resistance).
3. Click Run to start the simulation.
4. Observe voltage and current waveforms at transmitter and receiver ends.

Applications:

• Wireless charging pads for drones, mobile devices, and electric vehicles.
• Research and educational demonstration of WPT concepts.