Economic Dispatch
Smooth reconstruction penalty functions and distributed predefined-time dispatch.
Hybrid AC/DC Microgrid Clusters
Predefined-time optimization and resilient distributed control.
Ph.D. researcher at Huazhong University of Science and Technology, currently visiting Nanyang Technological University. Expecting to complete my Ph.D. in late 2026 and actively seeking Postdoctoral opportunities in Control, Optimization, and Energy Systems starting in Spring 2027. My work connects power flow optimization, distributed control, and cyber-resilient operation for networked microgrids.
- 9
- Journal papers
- 6
- Conference papers
- 17
- Conference Presentations
Research focus
Predefined-time control with safety, optimality, and resilience guarantees.Education
Academic path.
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Visiting Scholar/Student
Nanyang Technological University, School of Electrical and Electronic Engineering.
Advisors: Prof. Hung Dinh Nguyen and Prof. Changyun Wen -
Ph.D. Control Science & Engineering
Huazhong University of Science and Technology, School of Artificial Intelligence and Automation.
Advisor: Prof. Yan-Wu Wang -
B.S. Electrical Engineering
Taiyuan University of Technology, College of Electrical and Power Engineering.
Advisor: Prof. Xiao-Ming Chang
Problem Space
From renewable integration to reliable micro-scale power systems.
My research targets the operational layer of microgrids: fast convergence, constraint handling, networked implementation, and robustness under limited communication or malicious data.
Research System
Four connected directions for future energy networks.
Cooperative Control
Voltage, frequency, and global power sharing in hybrid AC/DC microgrids.
Power Flow Optimization
Multi-objective phase-angle control and voltage-safe load sharing.
Resilient Control
DoS and FDI attack compensation for single and networked DC microgrids.
Selected Output
Publications.
Click any publication to open its DOI page or a Google Scholar search. Citation badges use OpenAlex indexed counts when available.
Working Papers
Current research pipeline.
I am preparing preprints and working papers targeting high-impact venues, with an emphasis on generalizable learning-based decision systems for energy management.
Physics-enhanced decision transformer method for hybrid energy storage system management
Positioning physics-informed reinforcement learning as a decision layer for safe, efficient, and transferable hybrid energy storage control.
Skills
Theory, code, and hardware-aware research workflow.
Projects & Honors
Research support and recognition.
HUST Innovation Research Institute Technology Innovation Fund
Optimal frequency control strategy of microgrid based on distributed energy storage, 2024.09-2025.09.
Coordinated Control and Optimization for Smart Microgrids Based on Energy Storage Clusters
Multi-timescale cooperative control of energy storage under emergency scenarios, 2025.8-2027.8.
Regional Energy Internet
Flow optimization and collaborative control for distributed regional energy networks, 2023.01-2027.12.
Conference Atlas
Academic travel, mapped as a live research orbit.
17 records
13 cities
2021-2025
Conference map
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Trajectory
Attended conferences and academic events
Contact