DemoFirst author
Demo paper 2: replace with a real publication
Placeholder entry. Import real papers from BibTeX (see README).
· Example Journal
Assistant Professor
Zhiling Guo 郭直灵
Dept. of Building Environment and Energy Engineering, PolyU
Dr. Zhiling Guo is an Assistant Professor in the Department of Building Environment and Energy Engineering (BEEE) at The Hong Kong Polytechnic University. His research focuses on Embodied Intelligence in Energy Systems: how energy dynamics and physical constraints shape intelligent perception and decision-making, and how closed-loop physical actions enable energy systems to adapt autonomously. Building on his background in spatiotemporal data analytics, GeoAI and remote sensing, he studies the Energy–Information–Action loop across urban solar–storage systems, data-center energy, and climate-resilient energy networks.
Research Interests
- 01Urban energy systems
- 02Geospatial Al & 3D city models
- 03Physics-informed Al
- 04Climate-resilient infrastructure
Education
2017 – 2020
PhD
The University of Tokyo
2015 – 2017
MS
The University of Tokyo
2010 – 2014
B.Eng.
Chongqing University
Featured Publications
DemoFirst author
Demo paper 3: replace with a real publication
Placeholder entry. Import real papers from BibTeX (see README).
· Example Journal
DemoFirst author
Demo paper 4: replace with a real publication
Placeholder entry. Import real papers from BibTeX (see README).
· Example Journal
DemoFirst author
Demo paper 5: replace with a real publication
Placeholder entry. Import real papers from BibTeX (see README).
· Example Journal
Solar energy
Global estimation of building-integrated facade and rooftop photovoltaic potential by integrating 3D building footprint and spatio-temporal datasets
Combines 3D building footprints with meteorological data to estimate building-integrated PV potential in 120 cities worldwide; facade potential averages 68.2% of rooftop potential.
· Nexus
Solar energy
Advancing building facade solar potential assessment through AIoT, GIS, and meteorology synergy
Integrates AIoT, GIS and meteorological data into a facade BIPV potential model that accounts for 3D occlusion; facade element parsing and shading turn out to be key to accurate estimates.
· Advances in Applied Energy
Talks
Talks to come.
Projects
Projects to come.
Skills
Skills to come.
Awards
Awards to come.