At the current state, the development of Medium Voltage Solid-State Transformers is mainly limited by the maximum voltage rating supported by the available power devices as well as by the existing circuit topologies. This paper introduces, for the first time, a new conversion structure for three-phase isolated AC/AC converter namely "ROMAtrix converter". The proposed modular architecture permits to halve the power devices voltage ratings for a given grid voltage, so enabling connections to a wider range of MV networks. In this paper, the concept of the ROMAtrix converter, including the detailed description on allowed switching configurations and the dedicated modulation strategy, have been presented. Simulation results, achieved in PLECS en...
The widespread use of distributed generation, integration of renewable energy sources, energy storag...
A new highly compact topology for solid-state transformers is presented. It is based on modular mult...
Ce travail concerne l'étude théorique,l’analyse numérique et la validationexpérimentale d'une topolo...
At the current state, the development of Medium Voltage Solid-State Transformers is mainly limited b...
Solid-State Transformers (SST) have been growing importance in the upcoming power distribution syste...
The evolution of power generation brings about extensive changes in other parts of the grid, especia...
The Future Electrical Network will be based on the integration of different renewable energy sources...
The Future Global Electricity Network is expected to have large integration of renewable generators,...
International audienceThis paper aims to present the theoretical study and the obtaining of experime...
This paper discusses the analysis, design and experimental validation of a Modular Isolated Matrix C...
The growing interest in integrating distributed generation into the existing power distribution grid...
Implementation of the control of a Solid State Transformer (SST) is described in this paper. The SST...
With new developments in power electronics and semiconductor devices, there has been an increasing i...
The Modular Multilevel Converter (MMC) is a type of DC-AC electronic power converter suitable for HV...
The widespread use of distributed generation, integration of renewable energy sources, energy storag...
A new highly compact topology for solid-state transformers is presented. It is based on modular mult...
Ce travail concerne l'étude théorique,l’analyse numérique et la validationexpérimentale d'une topolo...
At the current state, the development of Medium Voltage Solid-State Transformers is mainly limited b...
Solid-State Transformers (SST) have been growing importance in the upcoming power distribution syste...
The evolution of power generation brings about extensive changes in other parts of the grid, especia...
The Future Electrical Network will be based on the integration of different renewable energy sources...
The Future Global Electricity Network is expected to have large integration of renewable generators,...
International audienceThis paper aims to present the theoretical study and the obtaining of experime...
This paper discusses the analysis, design and experimental validation of a Modular Isolated Matrix C...
The growing interest in integrating distributed generation into the existing power distribution grid...
Implementation of the control of a Solid State Transformer (SST) is described in this paper. The SST...
With new developments in power electronics and semiconductor devices, there has been an increasing i...
The Modular Multilevel Converter (MMC) is a type of DC-AC electronic power converter suitable for HV...
The widespread use of distributed generation, integration of renewable energy sources, energy storag...
A new highly compact topology for solid-state transformers is presented. It is based on modular mult...
Ce travail concerne l'étude théorique,l’analyse numérique et la validationexpérimentale d'une topolo...