Gergana Staneva

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About

Gergana Staneva is a researcher at the forefront of sustainable agricultural robotics, with a focused expertise in renewable energy integration for autonomous farming systems. Her most-cited work, "Using Solar Energy to Power an Agricultural Robot" (2022), presents a pioneering system for charging agro-robot batteries, analyzing the feasibility of harnessing variable solar radiation to ensure continuous robot motion and operation. This contribution addresses a critical bottleneck in field robotics—energy autonomy—by developing a practical solar charging framework that reduces reliance on grid power and fossil fuels. With 4 citations, her paper has already sparked interest among engineers and agritech developers seeking off-grid solutions for precision agriculture. Staneva’s research bridges renewable energy engineering and robotics, offering a scalable model for powering autonomous platforms in remote or resource-limited environments. Her work is particularly notable for its applied focus: by quantifying energy yields under real-world solar variability, she provides actionable insights for designing resilient, low-carbon agricultural robots. For students and researchers in agri-robotics and sustainable engineering, Staneva’s contributions highlight the critical intersection of energy systems and automation, paving the way for truly self-sufficient farming technologies.