Connect converters to grids and microgrids: power flow, grid interfaces, solid-state transformers and system stability.
The topics of this subject, the prerequisites they rely on from other subjects, and where they lead next. Select a topic to see its lessons.
Balanced three-phase circuits, active and reactive power, and dq reference frames.
Network models and the power-flow problem: bus voltages, line flows and losses in a grid.
Converters that exchange power with the grid: synchronisation, current control and grid-support functions.
Small-signal stability of grids with many converters, and how converter and network dynamics interact.
DC, AC and hybrid microgrids: droop control, power sharing and energy management.
Multi-stage power-electronic transformers that interface medium-voltage grids, DC links and loads.
Lessons published by AIPE Academy. Outlines describe planned coverage, drafts are complete enough to study with care, and available lessons are ready to work through.
Labs, teaching files and related tools, data and references. Teaching files are drafts, and none is a validated hardware design.