Presenting OpTEAsoft Wind: a new decision-making software to optimise offshore wind-farms’ electrical architecture
Presenting OpTEAsoft Wind, our new simulation software for optimising the design of your inter-array architectures based on your KPIs.
PhD Gianni BAKHOS: “Management of AC & DC Hybrid Power Systems’ Security: Assessment and Enhancement”
This thesis studies the opportunities for improving the stability of hybrid AC and DC networks by means of active power control.
Laying the foundations for multi-terminal, multi-vendor HVDC projects: READY4DC comes to and end
The READY4DC project concluded, laying essential foundations for the development of Europe’s first multi-terminal, multi-vendor HVDC project.
SuperGrid Institute, a major partner in the OPHELIA project
In the OPHELIA project, SuperGrid Institute will be responsible for supplying DC solid state transformer for the demonstrator.
SuperGrid Institute launches into the next phase of the Network DC project
The Alpha phase of the Network DC project has successfully come to an end and SuperGrid Institute are getting stuck into the Beta phase.
North Sea Wind Power Hub pre-FEED study: DC Control Functional Requirements and Parameter Ranges for HVDC Building Blocks
This paper addresses several key DC grid control functional requirements.
North Sea Wind Power Hub pre-FEED study: DC Protection Functional Requirements and Parameter Ranges for HVDC Building Blocks
A methodology to define functional requirements and parameter ranges for HVDC building blocks such as converters and switching stations based on Simplistic Test Benchmarks (STB).
Wind Power Hub pre-FEED study: HVDC grid active power loss and restoration requirements based on AC frequency stability assessment
In order to decarbonize the European electricity production, the European Commission set an ambitious target of 300 GW of offshore wind capacity by 2050.
Energy based and non-energy based control strategies for Modular Multilevel Converter with embedded storage
This paper deals with an HVDC system based on MMC with embedded storage capacity of 10%.
Comparison between DC Voltage Droop Schemes and Grid-Following & Grid-Forming Control in AC Systems in View of Interoperability of MTDC grids
The analysis shows that specifying both static and dynamic characteristics of droop-controlled stations is crucial for the security of the DC grid.
