Typhoon HIL Application Notes
- Application Notes Introduction
  Brief overview of the different categories of Application Notes
- Grid-connected converters
  Grid-connected converter applications featuring various grid support functionalities.
- Automotive
  Electric cars and other automotive applications.
- Aerospace
  System-level and component-level aircraft applications.
- Battery management systems
  Battery management system (BMS) examples
- How-to Guides
  Guides, tips, and tricks on various aspects of Typhoon HIL toolchain usage.
- Communication Protocols
  Interoperability. Cybersecurity. Modbus, Sunspec, IEC61850, IEEE C37.118, DNP3, CAN, OPC UA, and more.
- Power Systems
  Power system simulation. Relay protection testing. Power flow tool integration and co-simulation.
- Microgrids
  Rapid microgrid pre-commissioning and system integration. Microgrid controller RCP and testing.
- Electrical Drives
  Converters coupled with high-fidelity electrical machine models for high performance motor drive applications.
- Power Supplies
  Linear and switching power supplies for industrial and laboratory applications.
- Marine Power Systems
  Hybrid propulsion, shipboard power management, offshore renewables, offshore oil and gas platform power supplies.
- Power Quality
  Real-time power quality/harmonic analysis. Incorporate active filters and FACTS devices (STATCOM, DVR, SVC).
- Railway
  System-level and component-level application examples for railway (traction) equipment.
  - Hybrid Train
    Demonstration of the Hybrid Train model which integrates mutliple loads and sources in a single system under a central management system.
- Medical Devices
  X-ray, MRI, ICD, pacemakers, defibrillators, emergency ventilators, ECG, EMG, bioelectronics.

Railway

System-level and component-level application examples for railway (traction) equipment.

Develop drive, auxiliary or other power electronic application used in trains or other traction equipment. Integrate them in a single system to test your central management system, using communication protocols typical for railway equipment such as TRDP (Train Real-Time Datagram Protocol). This section highlights some examples of the system-level and component-level power electronics applications possible with our toolchain.

Table 1. Railway Application Notes
Name	Description of Content
Hybrid Train	Demonstration of the Hybrid Train model which integrates mutliple loads and sources in a single system under a central management system.