Distributed Model Predictive Control For Ac/Ac Modular Multilevel Converters: Towards Fully Flexible And Fault-Tolerant Topologies - 2023/2027

Fully flexible and fault-tolerant topologies are designed to ensure continuous operation in electrical and power systems, even in the presence of module or component failures. Their core principle is structural redundancy, which enables reconfiguration of power flow to maintain uninterrupted service. These architectures offer high adaptability, operating in multiple modes depending on the availability of active modules. They also enhance reliability and resilience against internal faults, reducing downtime and maintenance costs.

Topological flexibility facilitates the integration of new technologies and scalability in power and voltage. These systems also support the implementation of fault-tolerant control strategies, ensuring dynamic stability even under adverse conditions. In critical applications such as power grids, electric transportation, or renewable energy conversion, these topologies represent a robust solution. In summary, they combine modularity, redundancy, and intelligent reconfiguration, positioning themselves as a cornerstone for safe and sustainable energy systems.

Program: Fondecyt

Project Duration: 48 months

Principal Investigator: Javier Pereda Torres