Josue Cruz-Lambert

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About

Josué Cruz-Lambert is a researcher whose work lies at the intersection of renewable energy systems and mobile robotics. His primary research focus is the development of efficient power management architectures for autonomous outdoor robots, with a particular emphasis on integrating solar energy harvesting. His most cited work, "Converter design for solar powered outdoor mobile robot" (2016), presents a pioneering hybrid system that seamlessly combines solar panels and batteries to power a mobile platform. The key contribution is a versatile charging system capable of drawing energy from three distinct sources: solar panels, a wall outlet, and a deployable solar charging station. This design addresses a critical challenge in field robotics—ensuring continuous, untethered operation. With 6 citations, this paper has laid foundational groundwork for subsequent studies in autonomous energy management. Cruz-Lambert’s work is notable for its practical, systems-level approach, bridging power electronics and robotic autonomy. His contributions are particularly valuable for researchers developing long-duration environmental monitoring or agricultural robots, where reliable, self-sustaining power is essential for extended missions.