Resume

Changzhou University

Electrical Engineering · Research area: Power system optimization

Advisor: Prof. Xiaohua Zhang

Thesis: Hybrid Game-Based Energy Interaction among Multiple Microgrids with Shared Energy Storage

Changzhou University

Selected courses: Power System Analysis, Power Electronics, Electrical Machines, Automatic Control Theory.

Master’s thesis / core research

• Built a two-level Stackelberg game between a shared storage operator and an alliance of residential, commercial and industrial microgrids; used asymmetric Nash bargaining to coordinate rental pricing, P2P trading and benefit allocation.
• Developed a Wasserstein-based distributionally robust model incorporating calendar and cycle degradation into storage pricing. Applied GA-PSO and BB-ADMM in a hierarchical solution scheme to analyze operating costs, capacity degradation and carbon emissions.

Project Lead · SIETP-funded project · Completed

• Built a coupled multi-energy dispatch model integrating carbon allowances, carbon trading costs and integrated demand response, considering operating economics, emissions, user comfort and energy efficiency.
• Applied an improved multi-objective evolutionary algorithm and the Shannon method to select a compromise solution from the Pareto set; completed simulations and result analysis.

Contributor · Changzhou Science & Technology Program (Soft Science)

• Project CR20250058 (completed): Constructed multidimensional profiles of electricity use and demand-response capabilities. Used SOM to identify cluster centers and an improved K-means algorithm to classify users.
• Developed integrated demand-response indicators to quantify response potential across user groups and support differentiated response and dispatch strategies.

Contributor

• Modeled community energy use and carbon trading mechanisms using a leader-follower game between an aggregator and residents. Applied an improved particle swarm algorithm to analyze peak-valley differences, user benefits and grid load regulation.

Design Assistant · Transmission Line Electrical Design

• Participate in ongoing projects under mentor supervision, learning electrical design requirements for feasibility studies, preliminary design and construction drawings through project examples and feedback.
• Edit drawings in AutoCAD; learn Daoheng SLCAD for pole/tower spotting, SmartLoad for load calculations and Ovi Maps for project information. Study design standards and previous project documents.