Main Article Content
This paper describes a new method to model and measure in-motion wireless power transfer for a wireless electric vehicle charger to experimentally reinforce understanding of principles, characteristics, operation, communication and control of an in-motion wireless power transfer system. It uses a real-time target executable called ‘external mode’ in MATLAB/Simulink with Arduino and Wi-Fi-Shield, inexpensive and open source hardware. With an I/O real-time controller, real-time signal acquisition and real-time parameter tuning capabilities, the system can be advantageously used for experimenting, modeling, communicating and measuring. Step by step of how the proposed system may be designed for experimenting with a wireless electric vehicle charger is included. Relevant hardware usually found in the electronic market are also indicated.
Download data is not yet available.
How to Cite
Amasiri, W., & Pijitrojana, W. (2017). Development of In-Motion Wireless Power Transfer Test Bed Platform for Wireless Electric Vehicle Charger. Science & Technology Asia, 22(2), 35-45. Retrieved from https://ph02.tci-thaijo.org/index.php/SciTechAsia/article/view/91003
Engineering and Information Technology