Control implementation for a Modular multilevel converter (MMC)
Tutorial n°6
This example shows the essential elements of a possible control implementation for a three-phase nine-level Modular Multilevel Converter with 24 submodules. The control is meant to be implemented using 3 BoomBox control units, using the automated code generation process (ACG).
The selected control approach is one of the simplest possible full closed-loop control schemes. This example is similar to the three-phase nine-level MMC shown on the new knowledge base. It shows:
The selected control approach is one of the simplest possible full closed-loop control schemes. This example is similar to the three-phase nine-level MMC shown on the new knowledge base. It shows:
- Use of the BoomBox Simulink blockset
- Multi-BoomBox operation
For additional information, please consult our online knowledge base.
Other code examples
Boost converter control with MPPT for solar inverter   | Single-phase inverter with Fictive Axis Emulation (FAE)  | Three-phase grid-tied PV converter  |
Other code examples
Boost converter control with MPPT for solar inverter |
Single-phase inverter with Fictive Axis Emulation (FAE) |
Three-phase grid-tied PV converter |