Yuanzhan Wang

Papers

Total Citations

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About

Yuanzhan Wang is a leading researcher in advanced hybrid powertrain systems, with a focused expertise in fuel cell technologies for mobile robotics. His work uniquely bridges the gap between solid oxide fuel cells (SOFCs) and proton exchange membrane (PEM) fuel cells, addressing critical challenges in power management for autonomous systems. Wang’s seminal contributions include pioneering control strategies for power-quantized SOFC hybrid powertrains, where he developed scheduling algorithms for part-load operation and startup/shutdown cycles in tracked mobile robots. His research demonstrates that hybridizing fuel cells with lithium-ion batteries can overcome the endurance limitations of conventional battery-only systems while maintaining the quiet operation essential for surveillance applications. With his most-cited papers each garnering 6 citations, Wang has established foundational knowledge in this niche field. His notable achievements include the comparative analysis of SOFC and PEM fuel cell hybrid power management strategies, providing critical insights into system efficiency and mission endurance. Wang’s work is particularly valuable for researchers developing long-endurance, low-noise power solutions for field robotics, where his control frameworks offer practical pathways to extend operational runtime without compromising stealth or reliability.