Ongoing
Grid Integration of AI Data-Center Loads
Hosting capacity and reliability of distribution and transmission grids facing large, uncertain AI loads.
Research Projects
Doctoral and master's research, grouped by theme. Use the buttons to filter.
Ongoing
LLMs as Power-System Decision-Makers
Fine-tuned and multi-agent LLMs for scheduling, economic dispatch, Volt/VAR control, and network clustering.
Completed
Storage Investment and Carbon Policy under AI Load Growth
Game-theoretic and deep-RL models of second-life battery investment, EV charging, and carbon regulation.
Ongoing
Reliability Assessment under High IBR Penetration
Probabilistic reliability and resource-adequacy metrics for inverter-dominated grids.
Ongoing
Resilience of Distribution and Interdependent Infrastructure
Stochastic damage evaluation and resilience enhancement for distribution networks and coupled infrastructures.
Completed
Forecasting for Hybrid PV/Wind/Battery Microgrids
Machine-learning forecasts of wind, solar, load, and battery state of charge for microgrid energy management.
Completed
Cloud Energy Storage for Collaborating Microgrids
Shared storage invested in and operated by several microgrids, for profit, reliability, and congestion relief.
Completed
Generation Expansion Planning with Carbon Policy
Game-theoretic expansion planning with carbon tax, subsidies, and curtailment policies (M.Sc. research).
Completed
Optimization-Based MPPT under Partial Shading
Bio-inspired maximum power point tracking for PV panels under partial shading.