wireless-power-transfer

Multi-UAV Assisted Wireless Powered Mobile Edge Computing: A hybrid optimization approach of combining multi-agent RL techniques (including attention mechanisms) with collaborative and adaptive caching policies for supporting mobile edge computing through UAVs.

• Updated May 19, 2026
• Python

This is an online calculator to aid in the design of inductive power transfer systems.

• Updated Sep 7, 2023
• JavaScript

Reference Python implementation of Lyapunov-based online scheduling for energy minimization in multi-AP wireless-powered mobile edge computing, accompanying the IEEE WCNC 2022 paper.

• Updated Aug 3, 2026
• Python

Open-source implementation of receiver positioning and beam steering for laser power transfer systems

• Updated Mar 22, 2024
• Python

Implementation of Kalmus’ guidance method for robot navigation

• Updated Nov 11, 2024

This engine analyzes the results for the study "AMIHANEN: The Feasibility of Integrating Wireless Electrotransmission in an Acoustic Energy Harvesting System".

• Updated Jul 25, 2026
• Python

A storage for my Final Year Project on Coil Designs for Wireless Power Transfer (WPT) in Electric Vehicles (EV). WPT is used for wireless charging of the EVs.

• Updated Feb 16, 2023
• Standard ML

Electromagnetic FEA simulations of coupled coils for IMDs from the article Neural Network-Based Design of Wireless Power Transfer Systems for Implantable Medical Devices (Álvaro Rodríguez Fuentes, Miguel Jiménez Carrizosa, Regina Ramos Hortal).

• Updated Apr 29, 2026

Projeto de transferência de energia sem fio com compensação série-série (SS), modelado e validado em MATLAB/Simulink.

• Updated Apr 7, 2026
• TeX

Python simulation of DSP-based closed-loop current control for an 85 kHz wireless power transfer inverter.

• Updated Jul 8, 2026
• Python

Contains files from Master Thesis titled "Real-Time Identification of Coupling Factor for Inductive Energy Transfer Systems"

• Updated Jul 22, 2025
• C

A compact Hexagonal Fractal Microstrip Patch Antenna designed for Wireless Power Transfer (WPT) applications. Simulated and analyzed using ANSYS HFSS and Autodesk Fusion 360.

• Updated Jun 17, 2026

This final year project presents a comprehensive design and simulation study of a wireless power transfer (WPT) system for electric vehicle charging applications. The project focuses on developing an efficient electromagnetic induction-based charging system that eliminates the need for physical cable connections, offering a more convenient and safe

• Updated Feb 14, 2026
• Python

Draft specification for the interface between a power-beaming spacecraft and the receiver it delivers to. Request for Comments — not a standard.

• Updated Sep 5, 2026
• JavaScript

NS-3 model of the Powercast P21XXCSR-EVB RF energy harvester (efficiency curve, capacitor/voltage classes, safety limits) for 2.4 GHz Wi-Fi energy-harvesting simulations.

• Updated Jul 18, 2026
• C++

Wireless DC power transfer system for emergency mobile charging using battery — Hardware prototype + LTspice simulation

• Updated Apr 3, 2026

MATLAB modeling and field visualization for magnetically coupled wireless power transfer.

• Updated Aug 22, 2026
• MATLAB

Trefimet Project: Development of an Induction Heater to Optimize Industrial Processes This repository configures JSON files using Python for programming in VigíaBox, enhancing energy efficiency and allowing for customization and control tailored to specific needs.

• Updated Apr 9, 2025
• Prolog

Wireless Power Transfer Simulation & Analysis using PyQT & Matplotlib

• Updated Aug 23, 2026
• Python

A real-time, browser-based multiphysics digital twin for modeling 85 kHz inductive wireless power transfer (WPT) systems. Fully compliant with SAE J2954 standards for simulating EV charging coupling, thermals, and resonance.

• Updated Aug 10, 2026
• HTML