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About

A. Sulaiman is a pioneering researcher in sustainable robotics, focusing on integrating solar and hydrogen energy systems to power mobile robots. Their major contributions lie in demonstrating how hybrid solar-hydrogen energy can overcome the limitations of traditional fossil fuels and intermittent solar power, enabling autonomous robots to operate continuously in remote or unstructured environments. Sulaiman’s work, including the highly cited 2013 study on solar hydrogen for mobile robots (8 citations), shows that combining photovoltaic panels with hydrogen fuel cells creates a reliable, zero-emission energy loop—solar electricity splits water into hydrogen, which is stored and later converted back to electricity on demand. This concept was further refined in subsequent papers (2014–2015), each garnering 4–6 citations, establishing a foundational framework for energy-autonomous robotics. By addressing the critical challenge of mobile robot endurance, Sulaiman’s research has direct implications for search-and-rescue, environmental monitoring, and the next generation of electric vehicles. Their work stands as a key reference for engineers seeking to decarbonize mobile systems while maintaining operational reliability.