November 2021 - Page 2 of 2 - SuperGrid Institute

Solutions for the step-wise development of HVDC-based high power corridors

Communications2021-11-18T16:04:49+01:00November 18th, 2021|Publications, Supergrid Architecture & Systems|

High voltage direct current (HVDC) is seen as the technology to implement those HPCs stretching long distances.

Piotr Dworakowski, winner of the Siemens Award Contest
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Piotr Dworakowski, winner of the Siemens Award Contest

Event, Power Electronics & Converters

Piotr Dworakowski, winner of the Siemens Award Contest

Communications2021-11-18T15:59:02+01:00November 18th, 2021|Event, Power Electronics & Converters|

Piotr Dworakowski is the winner of the Siemens Award Contest for his thesis on the modelling and analysis of medium frequency transformers!

1st prize in the Young Researchers Contest at Jicable HVDC’21
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1st prize in the Young Researchers Contest at Jicable HVDC’21

Conference, Event, HVDC Cable Systems

1st prize in the Young Researchers Contest at Jicable HVDC’21

Communications2022-11-30T10:53:29+01:00November 18th, 2021|Conference, Event, HVDC Cable Systems|

Maya Mourad, one of our research engineers, received the 1st prize in the Young Researchers Contest at Jicable HVDC’21!

SuperGrid Institute’s “Stage Dating” 2021
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SuperGrid Institute’s “Stage Dating” 2021

All, Event

SuperGrid Institute’s “Stage Dating” 2021

Communications2021-11-23T14:57:24+01:00November 9th, 2021|All, Event|

SuperGrid Institute’s “Stage Dating” 2021 Every year, SuperGrid [...]

PhD Rayane Mourouvin: “Converter control in a power system with high penetration of renewable energy”
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PhD Rayane Mourouvin: “Converter control in a power system with high penetration of renewable energy”

Phd, Supergrid Architecture & Systems

PhD Rayane Mourouvin: “Converter control in a power system with high penetration of renewable energy”

Communications2021-11-03T18:13:54+01:00November 3rd, 2021|Phd, Supergrid Architecture & Systems|

This work focuses on the transmission grid level and investigates the control of VSCs interfacing renewable sources in hybrid power systems where PE and SG coexist.