Chihchen Chen

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About

Chihchen Chen’s research focuses on advancing power management and energy efficiency in robotic systems, with a particular emphasis on battery balancing and super-capacitor integration. His major contributions lie in developing active cell balancing methods that use super-capacitors to extend the life cycle and performance of series lithium battery strings in robots. In his most-cited work, “Implementation of cell balancing with super-capacitor for robot power system” (2011, 13 citations), Chen introduced a switching super-capacitor scheme that actively equalizes charge across cells, offering low losses, compact design, and practical applicability. A related study, “Super-capacitor applications on series lithium batteries for robot power management” (2011, 3 citations), further refined this approach, emphasizing simplicity and ease of transition from prototype to real-world use. By addressing a critical bottleneck in robot power systems—battery longevity and balance—Chen’s work has provided foundational solutions for efficient energy storage and distribution in autonomous platforms. His research is particularly valuable for engineers and researchers working on mobile robotics, where reliable power is essential for sustained operation. Chen’s contributions continue to inform the design of smarter, more resilient power architectures in robotics and related fields.