‹
Back
 
18:30 - 20:30
POSTER SESSION CONTRIBUTIONS
›
Room: Foyer Berlin 1–3
WISO25-8
Regional Resilience with Distributed Generation Using an Open-Source Simulation Framework
›
Jakob Ungerland, Fraunhofer Institute for Solar Energy Systems ISE, Germany
WISO25-28
Advantages and Challenges of Dynamic Link Library Applications in Root-mean-square Simulations
›
Mohsen Neshati, Siemens Gamesa Renewable Energy, Sweden
WISO25-29
Catalytic Graphitization of Amorphous Coal by flash Joule heating and its Application in Sodium-ion Batteries
›
Abdalla Mohamed Ali Mohamed, School of Materials and Energy, University of Electronic Science and Technology of China, Chengdu, 611731, Sichuan, China, China
WISO25-40
Steady State and Dynamic Performance Studies for Onshore Grid Integration of Wind Farms
›
NIKHIL SHARMA, The National HVDC Centre, United Kingdom
WISO25-43
Localized Diakoptic MNA Updates for EMT and DP Power System Simulations
›
Christoph Wirtz, FGH e.V., Germany
WISO25-45
A Control Method for Sharing Offshore Wind Power Fluctuations between Onshore Terminals in a Three-terminal Submarine HVDC System
›
Genki Fukuhara, Tokyo CIty University, Japan
WISO25-47
Frequency Control Method for Island Grid in Coordination with Synchronous Generator Using HVDC System Connected to Remote Island
›
Taisei Koga, Tokyo City University, Japan
WISO25-52
Forecasting Beyond the Storm: Machine Learning Models for Offshore Wind Power under Operational Constraints
›
Nuray Agaoglu, Rheinisch-Westfälische Technische Hochschule RWTH, Aachen, Germany
WISO25-54
Experimentation of an Autonomous Solar Powered Cold Room with Thermal Emulation of Virtual Food Storage
›
David Chèze, Univ. Grenoble Alpes, CEA, Liten, Campus Ines, 73375 Le Bourget du Lac, France
WISO25-71
Optimal management of offshore wind farms and storage cascades with ensemble forecasts
›
Tobias Fischer, Fraunhofer IEE, Germany
WISO25-88
Vehicle Behavior Analysis to Propose a Coordinated Control Method for EVs and Used Batteries in Regional Microgrid with Renewable Energy Sources
›
Hiroto Isomi, Tokyo City University, Japan
WISO25-89
Proposal and Evaluation of Control Method for Reuse EV Batteries in a Rural Microgrid with Renewable Energy Sources
›
You Kuratsuji, Tokyo City University, Japan
WISO25-90
Evaluation of V2X System Implementation to Regional Microgrids Based on Vehicle Behavior Using EVs and Used Battery Clusters
›
Kazuki Kuran, Tokyo City University, Japan
WISO25-93
A contingency severity screening methodology based on static calculations as proxies for dynamic behavior
›
Jonathan Cervantes Gomez, Energinet, Denmark | Aalborg University, Denmark
WISO25-99
Comparative Analysis of Control Frameworks for Harmonic Filtering in Power Conversion Systems of Power-to-Hydrogen Plants
›
Arman Fathollahidehkordi, Aarhus University Department of Electrical and Computer Engineering, Denmark
WISO25-103
Offshore Wind Blackstart: State-of-the-Art Literature Review
›
Leonel Noris, Technical University of Denmark / 1, Denmark
WISO25-107
Power Damping Control Method for Onshore Power Grid Using HVDC System Connected to Offshore Wind Farm
›
Sota Hosokawa, Tokyo City University, Japan
WISO25-112
Forecast-Informed Energy Coordination with Industrial Heat Recovery
›
Johannes Nicklaus, HTWG Konstanz, Germany
WISO25-119
Analysis of the influence of storage batteries on electricity market price formation
›
Naomichi Yuki, J-POWER Business Service Corporation, Japan
WISO25-134
Dynamic Behaviour of Grid Forming Inverters when Providing Static Voltage Support via QV Characteristics
›
Till Garn, TU Braunschweig elenia Institute for High Voltage Technology and Power Systems, Germany
WISO25-139
Analytical Stability Investigations for Grid-Forming Inverters by Hamilton Functions
›
Alexander Schöley, Universität Rostock, Institut für Automatisierungstechnik, Germany
WISO25-150
Type 5 Wind Turbines: - a grid-forming alternative to inverter-based resources
›
Geoffrey Henderson, SyncWind Power Ltd, New Zealand
WISO25-155
Energy demand optimization with respect to uncertainties based on historical time series information
›
Moritz Schreiber, Technische Universität Ilmenau, Department of Electrical Engineering and Information Technology, Ilmenau, Germany, Germany
WISO25-156
A Modified DC Chopper and Buffer for Low DC link Inductance of CSC-based DFIG to Enhance LVRT Capability
›
Junye Chen, Rostock University, Germany
WISO25-161
Large-scale Electric Boiler Modelling For Grid Compliance Studies: A Multi-layered Approach
›
Pedro Cardoso, Opoura, Denmark
WISO25-171
Scalable decentralized impedance-based stability conditions for offshore wind farms integration into AC network.
›
Parfait LUTUNDULA, University of Cambridge, United Kingdom
WISO25-176
GIS Analysis for Sustainable Ammonia in Kenya
›
Benedikt Häckner, Fraunhofer Institute for Energy Economics and Energy System Technology IEE, Kassel, Germany
WISO25-203
Sensitivity Analysis of a Two-stage PV Plant Impedance-based Model: Assessment of the DC-Side Dynamics on Resonance Stability
›
Luís Felipe Normandia Lourenço, Institute of Energy and Environment (IEE), Brazil
WISO25-204
Small-Signal Stability and Wide-Frequency Resonance Analysis of Grid-Connected Battery Storage Systems Using CCM-Based State-Space Modeling
›
Ahda Pionkoski Grilo Pavan, Federal University of ABC, Santo André, Brazil, Brazil
WISO25-206
STABILITY ANALYSIS OF A SEMI-SUBMERSIBLE PLATFORM FOR A WIND TURBINE TO BE INSTALLED IN THE PERUVIAN SEA
›
Diana Román Lazo, 1.Institute for the Development and Research of Naval Engineering, National University of Engineering, Peru
WISO25-220
How the Norwegian virtual self-consumption scheme affects profitability of PV
›
Jarand Hole, NTNU, Norway | NVE, Norway
WISO25-222
The Electricity Industry: A Socially Performing Sector
›
Anton Koninckx, Eurelectric, Belgium
WISO25-291
Thermal and Electrical Energy Matching Analysis Investigating Solar Thermal and PV Systems in a Business Park
›
Mohamad koubar, Uppsala University, Sweden
WISO25-337
Novel approach to enhancing stability for weak grids to allow integrating higher levels of inverter based renewable sources
›
Masoud Bazargan, Power Technologies Limited, United Kingdom