Enabling Technologies and Applications for Power Electronics-Enabled Electric Power Distribution Systems

Section 1. Overview and Vision
1.1 The need and challenges of power electronics-enabled electric power distribution systems: From power systems perspectivesUM-Dearborn1.2 The need and challenges of power electronics-enabled electric power distribution systems: From power electronics perspectivesUT-Austin

Section 2. Stability and Reliability of Modern Microgrid
2.1 Large-signal stability analysis of DC microgrid systems based on potential theoryUM-Dearborn 2.2 Large-signal stability visualization and enhancement of DC gridUM-Dearborn2.3 Digital control technologies for DC-DC converters in microgridsUM-Dearborn 2.4 Machine-Learning-assisted reliability analysis of power systems integrated with high-penetration of power convertersUM-Dearborn 2.5 Stability and control of weak AC systemsUM-Dearborn2.6 The roles of retail demand response for ancillary services in microgridsUM-Dearborn

Section 3. Grid Forming Synchronous Generators for Active Distribution Systems with High Penetration of Distributed Renewable Generation
3.1 From grid-following to grid-forming inverters: a paradigm shiftUM-Dearborn & UT-Austin3.2 Grid-forming photovoltaic inverterUT-Austin

Section 4. Solid State Technology for Active Distribution Systems with High Penetration of Distributed Renewable Generation
4.1 Overview of solid-state technology in grid-scale applicationsUT-Austin4.2 Solid state transformer (SST)UT-Austin4.3 Solid state circuit breaker (SSCB) and fault isolation device (FID)UT-Austin

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• Motores eléctricos

Power Systems; Power Electronics; Control; Optimization; Machine Learning; smart grids; power distribution; DC grid; Grid forming inverters; Solid state transformer; grid stability and reliability; high penetration renewable generation