Yan-Ao-Ming Xi
Papers
1
Total Citations
7
H-Index
1
About
Yan-Ao-Ming Xi is a rising researcher at the intersection of renewable energy systems and sustainable robotics, with a focus on integrating solar-driven technologies into everyday applications. Their most-cited work, "Energy demand and carbon emission analyses of a solar-driven domestic regional environment mobile robot as household auxiliary heating and cooling method" (2024), has already garnered 7 citations, reflecting early interest in their innovative approach to decarbonizing household energy use. Xi’s major contribution lies in conceptualizing a mobile robot that leverages solar energy for auxiliary heating and cooling, directly addressing the dual challenges of energy efficiency and carbon reduction in residential settings. By analyzing energy demand and emissions, they provide a quantitative framework for evaluating the environmental benefits of such autonomous systems. This work stands out for its practical vision—merging robotics with clean energy to create adaptive, low-carbon household solutions. While early in their career, Xi’s research signals a promising trajectory in sustainable engineering, offering a blueprint for how intelligent machines can contribute to climate goals. Their findings are particularly relevant for students and researchers exploring the nexus of automation, energy management, and environmental impact.
Research Focus
Key Achievements
Top Papers
- 1