Transport decarbonization
Technology, fuel, infrastructure, and policy pathways for low-carbon passenger and freight mobility.
About
Ph.D. candidate at the Institute of Energy, Environment, and Economy, Tsinghua University
I study how transport and low-carbon-fuel transitions reshape infrastructure and hourly power-system operation.
My work connects long-term pathways with spatial planning and operational resilience.
Technology, fuel, infrastructure, and policy pathways for low-carbon passenger and freight mobility.
Charging, vehicle-to-grid flexibility, and resilience at the transport–power interface.
Infrastructure and fuel choices for transport applications that are harder to electrify.
Model coupling and traceable evidence for transition decisions under uncertainty.
Applied Energy, 422, 128259
Energy Proceedings, Vol. 65 (ICAE 2025)
Journal of Energy and Climate Change, 1(1), 1–15
Our study of shared autonomous electric vehicles and China's passenger-transport transition was published online in Applied Energy. [link]
Presented a sector-coupled framework linking end-use flexibility, climate stress, and power-system analysis at IAMC19. [link]
The multi-model study Commonalities and differences in national pathways toward net-zero emissions was posted as a Research Square preprint. [link]
Our provincial assessment of retired EV-battery supply and storage demand appeared in Energy Proceedings. [link]
Ph.D. candidate, Management Science and Engineering
B.Eng., Vehicle Engineering
Core member — CCUS technology assessment
Research contributor — COMMITTED project
Researcher — Green China project