Insulating materials characterization for the development of MV/HV DC equipment
This paper shows the importance of materials characterization in order to ensure correct estimation of the electric field distribution.
Economic assessment of an innovative farm architecture
A techno-economic analysis methodology was defined to compare wind farm architectures.
Study of the electrical properties of HVAC EPDM and HVAC silicone rubber under DC constraint
The paper presents the DC characterization of two elastomeric materials, a key step in the design of an HVDC accessory.
On the specificities of Medium Voltage cable systems for DC applications
This paper discusses the relevance of system approach vs component approach in the qualification of MVDC cables and accessories.
Non-intrusive space charge measurement on DC cable using the thermal step method
This article presents a technique for non-intrusive measurement of space charge directly in cables using the thermal step method.
One approach to methodology for research and development of HVDC cable accessories
This paper presents one possible approach to research and development process created and utilized for HVDC cable accessories.
1st prize in the Young Researchers Contest at Jicable HVDC’21
Maya Mourad, one of our research engineers, received the 1st prize in the Young Researchers Contest at Jicable HVDC’21!
SuperGrid Institute’s experts are ready for Jicable HVDC’21!
We are thrilled to participate in Jicable HVDC'21 with no less than 5 appearances in the programme.
SuperGrid Institute is taking part in the WindEurope Electric City 2021
We will be flying the French colours high on our stand in the Business France Pavilion at this onshore and offshore wind energy event.
SuperGrid Institute hosts the 11th Quarterly review of NanocompEIM 2
Since October 2016, SuperGrid Institute has been involved in the NanocompEIM 2 project. The goal of the project is to develop nanocomposites (Nanocomp) for electrical insulation materials (EIM) in order to reduce CO2 emissions and improve system reliability and availability. Financed at 50% by Innovate UK, a government organisation dedicated to research and innovation in the United Kingdom, the overall budget of the project is around 1M£ (1.1M€).
