Power and Energy at UC Berkeley

Prof. Gregor Verbič: Aggregation of Distributed Energy Resources: From Theory to Practice

Prof. Arijit Banerjee: Integrated PM-Synchronous-Generator-Rectifier Architecture for Offshore Wind

Prof. Matthias Preindl: Software-Defined Power Electronics for Grid-Interactive Electric Vehicles

Prof. Kyri Baker: Towards Reliable Hybrid Data-Driven and Physics-Based Optimal Power Flow

Prof. Lingling Fan: Analysis of Inverter-based Resourced Dynamic Events

Dr. Andrea Staid: Threat Modeling to Support Infrastructure Resilience Analysis

Prof. Mahnoosh Alizadeh: Learning to price demand in safety-critical infrastructure systems

Prof Claudio Canizares: Definition and Classification of Power System Stability Revisited & Extended

Prof. Daniel Kirschen: Risks in Power Systems

Prof. Emiliano Dall'Anese: Feedback-based online optimization of power grids with users in the loop

Prof. Federico Milano, Prof. Pedro Rodriguez: Future Power Grids From Converters to System Behavior

Prof. Christine Chen: Data-driven Optimal DER Dispatch Using Estimated Sensitivity Models

Prof Ross Baldick: Investigating Texas’ Extreme Weather Blackouts, February 2021

Prof. Daniel Molzahn: Review of Recent Developments in Optimization of Electric Power Systems

Prof. Brian Johnson: Decentralized Methods of Switch Interleaving in Multi-Converter Systems

Prof. Line Roald: Modeling Risk of Wildfire Ignitions and Power Outages in the Electric Grid

Prof. Steven Low: Optimal Power Flow and Smart EV Charging

Dr. Grayson Zulauf: MHz-Frequency Power Electronics: Revolution, Panacea, or Niche?