Our key takeaways from CIRED 2025
Clean switchgear, distribution grid flexibility and MVDC: let’s take a closer look at what we learned from CIRED 2025!
Clean switchgear, distribution grid flexibility and MVDC: let’s take a closer look at what we learned from CIRED 2025!
Qualification tests derived from existing standards to meet the requirements of MVDC Solid State Transformer in PV applications.
Possibilities and requirements on operation of future MVDC networks [...]
When generating or consuming energy natively in DC, multiplying conversion steps is complex! Learn more about our AC/DC grid studies services
A l’occasion de CIRED 2025, CNR, Nexans, Schneider Electric, SNCF et SuperGrid Institute présenteront en avant-première le projet OPHELIA.
OPHELIA: following the successful Factory Acceptance Tests, it’s time to say farewell to our three PV DC Transformers.
Our PV DC Solid-State Transformer offers developers 99% efficiency for maximum energy delivery. It operates silently at medium frequencies.
This paper presents a comparative analysis of bridge topologies suitable for medium–voltage (10-40 kV), isolated DC-DC converters.
The Dual Active Bridge with quasi-2-level operation is analyzed as a potential candidate for efficient DC-DC converters.
The Dual Active Bridge (DAB) is a promising topology to be used in Medium Voltage DC (MVDC) networks.