Kazuyoshi Hanabusa

Papers

Total Citations

H-Index

About

Kazuyoshi Hanabusa is a researcher working at the intersection of wireless power transfer technology and autonomous robotics, with a focus on practical industrial automation applications. His work addresses critical challenges in modern manufacturing environments, particularly within automotive production systems where labor efficiency and process automation are increasingly important. Hanabusa's most notable contribution centers on the development of dynamic wireless power transfer (WPT) systems designed specifically for vehicle logistics robots. This research tackles a real-world bottleneck in automotive supply chains: the autonomous alignment of vehicles in pre-shipment yards, a task traditionally dependent on human drivers. By engineering a dynamic WPT solution that powers robots during movement rather than requiring stationary charging, his work enables continuous autonomous operation, significantly advancing the viability of fully automated yard logistics. Published in 2022 and accumulating 6 citations, this research demonstrates meaningful early-stage impact within the specialized fields of industrial robotics and contactless energy transfer. For students and researchers exploring autonomous systems, EV infrastructure, or smart manufacturing, Hanabusa's work offers a compelling case study in applying emerging wireless power technologies to solve concrete, large-scale production challenges with direct industry relevance.