From the semiconductor die to the energy system. Each domain gathers the Hub artifacts, articles and Academy stages that apply to it.
Browse by domain here, or by artifact type in the Hub — both lead to the same artifacts.
| Domain ↓ · Type → | Data | Models | Designs | Tools & Agents | Labs |
|---|---|---|---|---|---|
| Devices | 1 | · | · | · | · |
| Magnetics | 1 | · | 1 | 1 | · |
| Converters | · | 3 | 2 | 3 | 1 |
| Control | · | 1 | · | 1 | · |
| Energy Storage | · | · | · | · | · |
| Microgrids | · | · | · | · | · |
| Energy Systems | · | · | 1 | · | · |
Power semiconductors, characterisation, losses and reliability.
aipe.semiconductor-database
Canonical V3 power semiconductor records with SI curves, source rights, evidence lineage and a conservative Core candidate adapter.
Source: Registry
Cores, windings, inductors, transformers and current sensing.
aipe.magnetics-database
Evidence-first magnetic material, geometry, winding, component, loss-model and measurement record scaffold with explicit SI units.
Source: Registry
Principles, geometry, winding patterns and design considerations for a PCB Rogowski coil current transducer.
Source: AIPE website
aipe.simulation-skills
Engineering-purpose simulation, control, CAD, PCB and field-analysis skills with an open-source default and preserved optional proprietary workflows.
Source: Registry
Topologies, steady-state design, simulation and wireless power.
LTspice teaching netlists for nine converter stages with generic lossy elements. Each file states that native LTspice execution is pending; none is a validated hardware BOM.
Source: AIPE website
MATLAB teaching scripts for ideal continuous-conduction buck, boost, buck-boost and flyback stages with a resistive load. They require MATLAB and the Control System Toolbox.
Source: AIPE website
First-harmonic-approximation gain curves for an LLC resonant converter. Runs in MATLAB or GNU Octave without a toolbox.
Source: AIPE website
Design workflow for a dual-active-bridge stage covering devices, magnetics, control and validation planning. Linked tutorials are analytical teaching drafts.
Source: AIPE website
Modular solid-state transformer architecture and system-integration reference.
Source: AIPE website
aipe.sketch
Render explicit electrical Circuit IR into connectivity-checked SVG schematic artifacts with provenance.
Source: Registry
aipe.simulation-skills
Engineering-purpose simulation, control, CAD, PCB and field-analysis skills with an open-source default and preserved optional proprietary workflows.
Source: Registry
aipe.design-agent
Incrementally orchestrate evidence-linked engineering work through Core state and Registry capabilities while retaining existing PEA calculators and interfaces.
Source: Registry
Predict duty ratio, output current and inductor ripple for an ideal 24 V to 12 V buck, then check them with an open Python script. No commercial licence, API key or hardware is needed.
Source: AIPE Academy
Averaged models, loop design and digital control debugging.
MATLAB teaching scripts for ideal continuous-conduction buck, boost, buck-boost and flyback stages with a resistive load. They require MATLAB and the Control System Toolbox.
Source: AIPE website
aipe.simulation-skills
Engineering-purpose simulation, control, CAD, PCB and field-analysis skills with an open-source default and preserved optional proprietary workflows.
Source: Registry
Battery and storage interfaces for power conversion systems.
No Hub artifacts are tagged with this domain yet. Contribute one →
DC, AC and hybrid microgrids, control and energy management.
No Hub artifacts are tagged with this domain yet. Contribute one →
Solid-state transformers, system integration and grid interfaces.
Modular solid-state transformer architecture and system-integration reference.
Source: AIPE website