Bo Liang

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About

Bo Liang is a pioneering researcher at the intersection of energy systems and robotics, with a core focus on integrating microtubular Solid Oxide Fuel Cells (mSOFCs) into mobile robotic platforms. His major contributions lie in addressing the fundamental limitation of battery-powered robots—limited runtime and lengthy recharging cycles. Liang’s seminal 2017 work, “Microtubular SOFC (mSOFC) System in Mobile Robot Applications” (17 citations), proposed a paradigm shift by demonstrating how mSOFCs can replace or augment conventional 1kWh batteries, enabling continuous operation without downtime. He further refined this concept in his 2018 study (4 citations), emphasizing the critical need to improve the power-to-weight (P/W) ratio by reducing cell diameter, thereby making fuel cells viable for compact, agile robots. Liang’s research shows that propane-fueled mSOFCs can extend robot range by an order of magnitude while allowing rapid refueling—a breakthrough for logistics, exploration, and consumer robotics. His work bridges electrochemistry and mechanical design, offering a practical roadmap for energy-autonomous machines. By tackling the trade-off between power density and weight, Liang has positioned himself as a key innovator in sustainable mobile robotics, with his findings inspiring further efforts to miniaturize fuel cell systems for real-world deployment.