IEEE PES names two of our researchers as France’s 2020 PhD prize winners!
We are very proud to see two colleagues from our Power Electronics & Converters Programme being France’s IEEE PES 2020 PhD prize winners!
We are very proud to see two colleagues from our Power Electronics & Converters Programme being France’s IEEE PES 2020 PhD prize winners!
We are very proud to see two colleagues from our Power Electronics & Converters Programme being France’s IEEE PES 2020 PhD prize winners!
This thesis focuses on the opportunity to integrate energy storage systems inside a modular multilevel converter with the aim at tackling the challenges of resiliency and reliability of the electricity transmission network.
However, for over a century, the benefits of High Voltage Direct Current (HVDC) for long-distance energy transmission are well known.
Insights on the best technological choices to be used for MFTs & shows significant differences in performance between structures.
The Dual Active Bridge appears as a promising DC-DC converter topology when galvanic isolation and bidirectional power flow are required. Among its advantages, Zero Voltage Switching allows the switching losses to be significantly reduced.
Static, switching and short-circuit characterization of a 10 kV-class Silicon Carbide (SiC) Bipolar Junction Transistor (BJT) is reported.
A 100 kW, isolated dc–dc converter was built over the course of one year, starting from a blank page. This paper details the design and manufacturing process.
This paper analyzes the impact on the converter design of including such characteristic for the DC-DC Modular Multilevel Converter.
A novel model and a multi-variable linear control for power and magnetizing average currents are proposed