
Smart Energy Systems & Grid Resilience
How renewable generation is forecast, dispatched, and kept resilient — from a single building to the grid.
Toward a net-zero future that is cleaner, smarter, more equitable and resilient.

How renewable generation is forecast, dispatched, and kept resilient — from a single building to the grid.

Cutting carbon where freight moves and fuels are made.

Data-driven evaluation of energy-transition strategies — their environmental, economic, and public-health consequences.
The team publishes widely in academic journals, from energy systems to transport economics and air quality.
Probabilistic Electricity Demand Forecasting for Buildings Using a Variational Mode Decomposition-Attentive Quantile Network
Energy and Buildings, Vol. 366 · Jul. 2026Integrated assessment of boiler air pollution control policy: Impacts on emissions, air quality, and public health in Taiwan
Atmospheric Pollution Research, Vol. 17 · Jun. 2026Sector-specific Decarbonization Effects of High-Speed Rails Expansions
Energy Economics, Vol. 158 · Jun. 2026DGPDT: Detection-Guided and Prompt-Driven Transformers for Automated and Generalizable Cobb Angle Estimation
IEEE Transactions on Medical Imaging · Jun. 2026Awards, media appearances, and milestones from the center and its people.
Events · Jul. 2026
From Wind to Hydrogen and E-Fuels: Highlights from the NTU E3 Center × MIRDC Joint Seminar
Students · Jun. 2026
Congratulations to Yun-Yi Tu (杜勻沂) for receiving an NSTC Undergraduate Research Grant (國科會大專學生研究計畫)
Outreach · Jun. 2026
Celebrating Young Researchers: The 2026 Student Research Program Final Showcase with Wego High School
Media · Apr. 2026
Featured on Focus News (焦點時報): NTU E3 Center Kicks Off Wind-to-Hydrogen Project with MIRDC
Students · Apr. 2026
Congratulations to Hung-Jui Lin (林宏叡) for winning the Student Paper Outstanding Award at the 2026 CGS Annual Conference (中華民國地理學會)