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4 results on '"Evenblij , Berend"'

1. Simulations based evaluation of the ELECTRA WoC solutions for voltage and balance control - Stand-alone Use Case simulation results

Author

Evenblij , Berend, Heussen, Kai, Hu, Junjie, Rezkalla, Michel Maher Naguib, Marinelli, Mattia, Hänninen, Seppo, Pasonen, Riku, Merino-Fernández, Julia, Rodriguez Seco, Emilio, Rikos, Evangelos, Kosmecki, Michael, Guillo Sansano, Efren, Syed, Mazheruddin H., Johnstone , Kevin, Evenblij , Berend, Heussen, Kai, Hu, Junjie, Rezkalla, Michel Maher Naguib, Marinelli, Mattia, Hänninen, Seppo, Pasonen, Riku, Merino-Fernández, Julia, Rodriguez Seco, Emilio, Rikos, Evangelos, Kosmecki, Michael, Guillo Sansano, Efren, Syed, Mazheruddin H., and Johnstone , Kevin

Abstract

Within IRP ELECTRA six control schemes were developed to control power system voltage and balancing (frequency) in the Web-of-Cells architecture. This document summarizes and presents simulations proving that the Web-of-Cells can be controlled in a stable way by each of these six control schemes in stand-alone mode.

Published
2018

2. Core functions of the Web-of-Cells control scheme

Author

Evenblij , Berend, Rikos, Evangelos, Heussen, Kai, Hu, Junjie, Rezkalla, Michel Maher Naguib, Marinelli, Mattia, Löf, Atte, Pasonen, Riku, Hänninen, Seppo, Merino-Fernández, Julia, Rodriguez Seco, Emilio, Guillo Sansano, Efren, Syed, Mazheruddin H., Johnstone , Kevin, Kosmecki, Michal, Evenblij , Berend, Rikos, Evangelos, Heussen, Kai, Hu, Junjie, Rezkalla, Michel Maher Naguib, Marinelli, Mattia, Löf, Atte, Pasonen, Riku, Hänninen, Seppo, Merino-Fernández, Julia, Rodriguez Seco, Emilio, Guillo Sansano, Efren, Syed, Mazheruddin H., Johnstone , Kevin, and Kosmecki, Michal

Abstract

In order to maintain frequency (balancing) and voltage control in the future power system, the ELECTRA Web-of-Cells (WoC) control scheme introduces six high-level use cases, which are Balance Restoration Control (BRC), Frequency Containment Control (FCC), Inertia Response Power Control (IRPC), Balance Steering Control (BSC), Primary Voltage Control (PVC) and Post Primary Voltage Control (PPVC). This document presents the detailed description of the core functions that are needed and sufficient for controlling the grid in a Web-of-Cells architecture.

Published
2018

3. Demonstration of visualization techniques for the control room engineer in 2030.:ELECTRA Deliverable D8.1. WP8: Future Control Room Functionality

Author

Marinelli, Mattia, Heussen, Kai, Strasser, Thomas, Schwalbe , Roman, Merino-Fernández, Julia, Riaño, Sandra, Prostejovsky, Alexander, Pertl, Michael, Rezkalla, Michel M.N., Croker, Julian, Evenblij , Berend, Catterson, Victoria, Chen, Minjiang, Marinelli, Mattia, Heussen, Kai, Strasser, Thomas, Schwalbe , Roman, Merino-Fernández, Julia, Riaño, Sandra, Prostejovsky, Alexander, Pertl, Michael, Rezkalla, Michel M.N., Croker, Julian, Evenblij , Berend, Catterson, Victoria, and Chen, Minjiang

Abstract

Deliverable 8.1 reports results on analytics and visualizations of real time flexibility in support of voltage and frequency control in 2030+ power system. The investigation is carried out by means of relevant control room scenarios in order to derive the appropriate analytics needed for each specific network events

Published
2017

4. Description of the detailed Functional Architecture of the Frequency and Voltage control solution (functional and information layer)

Author

Caerts, Chris, Rikos, Evangelos, Syed, Mazheruddin, Guillo Sansano, Efren, Merino-Fernández, Julia, Rodriguez Seco, Emilio, Evenblij , Berend, Rezkalla, Michel M.N., Kosmecki, Michal, Temiz, Armagan, Cabiati, Mattia, Tornelli, Carlo, Uslar, Mathias, Heussen, Kai, Marinelli, Mattia, Caerts, Chris, Rikos, Evangelos, Syed, Mazheruddin, Guillo Sansano, Efren, Merino-Fernández, Julia, Rodriguez Seco, Emilio, Evenblij , Berend, Rezkalla, Michel M.N., Kosmecki, Michal, Temiz, Armagan, Cabiati, Mattia, Tornelli, Carlo, Uslar, Mathias, Heussen, Kai, and Marinelli, Mattia

Abstract

This D4.2 document provides the description of the detailed functional architecture of the selected solutions that will be implemented and tested. This is documented by combining a function-based IEC 62559 Use Case description with an SGAM mapping of these functions and the interactions among these functions on the Function and Information layer.

Published
2017

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