Jingjing Lv

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About

Dr. Jingjing Lv is a rising scholar whose research focuses on the intersection of industrial automation, energy economics, and spatial econometrics. Her most-cited work, "Industrial robot applications’ effects on consumption of energy and its spatial effects" (2024), with 10 citations, provides a pioneering analysis of how the adoption of industrial robots influences energy consumption patterns across regions. This study is notable for its novel application of spatial econometric methods to capture the spillover effects of automation, revealing that robot deployment can both reduce local energy use and trigger energy demand increases in neighboring areas. Dr. Lv’s contributions are particularly significant for policymakers and industry leaders seeking to balance technological advancement with sustainable energy transitions. By quantifying the complex, spatially dependent relationship between robotics and energy efficiency, her work offers critical insights for designing targeted energy policies in an era of rapid automation. As an emerging authority in this niche field, Dr. Lv’s research is shaping the discourse on how smart manufacturing can align with global climate goals, making her a key voice for students and researchers interested in the economic and environmental dimensions of Industry 4.0.