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Social Program – Wednesday, 24 April 2024
Welcome cocktail
Where: Puerta de Toledo Campus, Universidad Carlos III de Madrid
When: 16:30-19:00
Technical Program – Thursday, 25 April 2024
Where: Puerta de Toledo Campus, Universidad Carlos III de Madrid
8:50-9:10 | Conference opening – Room Levante (Auditorium) | ||
Gonzalo Sánchez-Arriaga, Universidad Carlos III de Madrid (UC3M) Luis Enrique García Muñoz, UC3M Vice Rector for Research and Transfer | |||
9:10-10:10 | Plenary Session I – Room Levante (Auditorium) | ||
9:10-9:30 | Generations in the Progress of Wind Energy: Foreshadowing a Pathway for Airborne Technology | ||
9:30-9:50 | Development of a Fully Automated Airborne Wind Energy System at University of Porto | ||
9:50-10:10 | A Grand Vision of Wind Energy Digitalisation | ||
10:15-11:30 | Regular sessions | ||
Modeling & Control I | Prototyping & Operation | Resource, Siting, Acceptance | |
Room Tramontana (0.A.07) | Room Solano (-1.A.04) | ||
10:15-10:30 | Airborne Wind Energy Simulation Software - a Review Uwe Fechner, TU Delft | Development and Testing of an Airborne Wind Energy System Taewoo Nam, Toyota Research Institute of North America (TRINA) | Development of an Airborne Wind Energy Testbed in the United States Brent C. Houchens, Sandia National Labs |
10:30-10:45 | Methodology to Compare the Potential of Two Concepts for an Energy Ship Using Airborne Wind Energy Nicole Frommer, University of Stuttgart | A Parachute-Based Airborne Wind Energy System and Aerodynamic Characteristics Li Zhang, China Power Engineering Consulting Group Co. (CPECC) | Airborne Wind Energy Sites in Continuous Operation Jan Felix Stroetmann, SkySails Power |
10:45-11:00 | Deep Learning Investigation for Automatic Control and System Characterization for AWES Pablo Egea Hervás, CT Ingenieros | A Small-Scale and Multipurpose Airborne Wind Energy Prototype Francisco DeLosRíos-Navarrete, CT Ingenieros & UC3M | AWE Resources over Spain: Potential Added Value with Respect to Conventional Renewables Miguel Angel Gaertner, University of Castilla-La Mancha |
11:00-11:15 | A Sensor Fusion Approach for Accurate Wind Estimation and System Characterization Oriol Cayon, TU Delft | Dual-Cylinder Magnus Effect Kite: Fixed-Distance Flight Tests at Wind Fisher Yacine Boucheriguene, Wind Fisher | Development of RWE’s Airborne Wind Test Site in Ireland Laura Riepe, RWE Offshore Wind |
11:15-11:30 | On the Kite-Platform Interactions in Offshore Airborne Wind Energy Systems: Frequency Analysis and Control Approach Sofia Trombini, Politecnico di Milano | Development of a Winch Separate-Type Tension Power Generation Device for Ground-Gen Hiroki T. Endo, Tsuruoka Kosen | The European Union AWES Centre of Excellence at La Gomera |
11:30-11:50 | Coffee break – Cantina in front of Levante (Auditorium) |
Technical Program – Thursday, 25 April 2024
Where: Puerta de Toledo Campus, Universidad Carlos III de Madrid
11:50-12:50 | Regular sessions | ||
Techno-Economic Studies I | Materials & Structures | Aerodynamics I | |
Room Tramontana (0.A.07) | Room Solano (-1.A.04) | ||
11:50-12:05 | The EnerWíng: Combining Performance, Longevity, Robustness, and Serial Production for Commercial EnerKíte Airborne Wind Converters Nicole Allgaier 🗘, Enerkíte | Composite Material Database for Fixed-Wing Airborne Wind Energy Kites Michael Walls 🗘, Composites Testing Laboratory | Aero-Servo Simulations of an Airborne Wind Energy System Using Geometry-Resolved CFD Niels Pynaert, Ghent University |
12:05-12:20 | Size and Cost Modeling of a round-Gen Magnus Effect Airborne Wind Energy System Garrett Smith, Wind Fisher | Composite Materials and Manufacturing Methods Tradespace Analysis of AWES Eric J. Lang, University of Dayton Research Institute | Investigation of Controlled Airborne Wind Energy System Flying in Turbulent Atmospheric Conditions Using Large Eddy Simulation Jean-Baptiste Crismer, UCLouvain |
12:20-12:35 | Developing a Reference Economic Model for Airborne Wind Energy Systems Rishikesh Joshi, TU Delft | Performance vs. Mass of Box Wing Designs Using Parametrised Finite Element Modelling Dylan Eijkelhof, TU Delft | Aerodynamic Analysis of an Airborne Wind Energy System in Turbulent Wind Conditions Thomas Haas, Ghent University |
12:35-12:50 | SkySails PN-14 Power Curve Measurement Thorben Bartsch, SkySails Power | Preliminary Investigation on AWES Structural Loads Due to Turbulence and Significant Transient Wind Events Michael K. McWilliam, DTU | Symmetric and Asymmetric Aero- Structural Coupled Soft-Wing Kite Simulations Jelle A.W. Poland, TU Delft |
12:50-13:00 | Conference group photograph – outside building | ||
13:00-14:15 | Lunch – Cantina in front of Levante (Auditorium) | ||
13:45-14:15 | European Academy of Wind Energy Technical Committee meeting – TBA | ||
14:15-16:00 | Plenary Session II – Room Levante (Auditorium) | ||
14:15-14:35 | Airborne Wind Energy as a Viable Solution to Further Rural Electrification | ||
15:35-14:55 | Challenges in Advancing AWES Development and Permitting | ||
14:55-16:00 | OEM Panel Soft-Wing & Hybrid Systems | ||
moderated by Kristian Petrick, Airborne Wind Europe, with Giorgio Sella, Kitenergy, Eduard Ijsselmuiden, Kitepower, Nicole Allgaier 🗘, Enerkíte, Rod Read, Windswept, Klaus Heudorfer, for Oceanergy, Mark Hoppe, SkySails Power | |||
16:00-16:20 | Coffee break – Cantina in front of Levante (Auditorium) | ||
16:20-17:25 | Plenary Session III – Room Levante (Auditorium) | ||
16:20-17:25 | OEM Panel Fixed-Wing Systems | ||
17:25 | End-of-day |
Social Program – Thursday, 25 April 2024
Conference banquet
Where: Restaurant Descaro, Plaza de España 6 Planta 2, 28008, Madrid
When: 20:00-
Technical Program – Friday, 26 April 2024
Where: Puerta de Toledo Campus, Universidad Carlos III de Madrid
9:00-10:20 | Plenary Session IV – Room Levante (Auditorium) | ||
9:00-9:20 | On the Phenomenal Airborne Wind Energy Resource | ||
9:20-9:40 | Alexander Vandenberghe, WindEurope | ||
9:40-9:20 | Progress Along the Long and Windy Road | ||
10:00-10:20 | Poster Spotlights | ||
10:20-10:45 | Coffee break – Cantina in front of Levante (Auditorium) | ||
10:45-11:40 | Interactive role-playing game – Room Solano (-1.A.04) | ||
Will it Fly? An Interactive Role-Playing Game for Exploring Social Conflicts in Airborne Wind Energy Siting | |||
10:45-11:40 | Poster Session – Cantina in front of Levante (Auditorium) | ||
Variable Mass Tether Modeling of Airborne Wind Energy System | 🚫 A Bayesian Model for the Prediction of Extreme Winds Sijjad Hussain, FUUAST | IEA WT48 WP3 Update on AWES Regulations Agustin Arjonilla, CT Ingenieros | |
Modeling and Control of a Magnus Effect Kite: Pumping Cycle with Reversing Rotation Estéban Carvalho, Wind Fisher | Optimal Flight Pattern Debate: Circular vs. Figure-Of-Eight Dylan Eijkelhof, TU Delft | Performance of Fixed-wing Airborne Wind Energy Systems: A Parametric Study Rishikesh Joshi, TU Delft | |
Towards Mid-Fidelity Aero-Servo-Elastic Simulations of Airborne Wind Energy Systems | Fluid-Structure Interaction Analysis of a Rigid-Framed Delta Kite for Airborne Wind Energy Iván Castro, UC3M | Material Scaling for Direct-Driven Permanent Magnet Synchronous Generators for Airborne Wind Energy Applications Andrea Trebbi, Politecnico di Milano | |
An Aircraft-Integrated Control System Based on Bridle Actuation for AWE Machines | Harvest Ocean Energy Franz Ringelhan, ParCy | Flight Path Optimization for Airborne Wind Energy Applications Using Multiple Tethered Aircrafts Mohamed Elhesasy, UAEU
| |
Evaluation of High-Voltage Submarine Transmission Lines and Battery Integration for Offshore Airborne Wind Energy Systems | Life-Cycle Analysis of a Soft-Kite Airborne Wind Energy System | Integrated Design of Offshore Airborne Wind Energy System: the Floating Platform and the Aircraft | |
Power Smoothing and Energy Storage System Sizing Strategy for Airborne Wind Energy Farms | A Discussion on Automatic Take-off and Landing Approaches for Airborne Wind Energy Systems | 🚫 Multifidelity Design Optimisation Models for Composite AWE Wings | |
Wind Resource Analysis For Airborne Wind Energy Systems | A Preliminary Estimation of the Absolute Wind Vector in AWE Systems | Modeling and Control of an Airborne Wind Energy Microgrid | |
🚫 Feasibility Analysis to Find an Appropriate Financing Strategy for a 25 KW Kite Generator in the Iran Energy Market | |||
11:45-13:00 | Regular sessions | ||
Aerodynamics II | Performance & Optimization | Scenario Exploration | |
Room Tramontana (0.A.07) | Room Solano (-1.A.04) | ||
11:45-12:00 | Aerodynamic Shape Optimization of Airfoils and Wings for Crosswind Kites Mojtaba Kheiri, Concordia University | Multi–Objective Layout Optimization for Airborne Wind Energy Farms Luís A.C. Roque, Politecnico do Porto | Preliminary Design and Scaling Methodology of Flexible Kites for Airborne Wind Energy Applications in the Maritime Sector Achim Kuhn, University of Stuttgart |
12:00-12:15 | Lifting-Line Aerodynamics for Airborne Wind Energy on a Prescribed Path Mac Gaunaa, DTU | Simplified Optimal Path–Planning for Airborne Wind Energy Systems Manuel CRM Fernandes, Universidade do Porto | Pumping Mode Rotary Airborne Wind Energy Systems: Exploration and Experimentation Christof Beaupoil, someAWE |
12:15-12:30 | 🚫 Using Leading-Edge Protuberances for Dynamic Stall Control of an Airborne Wind Energy Wing João M. Melo de Sousa, Técnico Lisboa | Optimization of Long Trajectories of Dual-Wing AWE Systems with Many Cycles Jakob Harzer, University of Freiburg | Economic Value of Dual-Wing AWE Systems: a Case Study Jochem De Schutter, University of Freiburg |
12:30-12:45 | Multi-Component Overset Simulations of Airborne Wind Energy Systems Joris Degroote, Ghent University | Rigid-Wake Lifting-Line Vortex Modeling in a Single-Kite AWE Optimal Control Problem Rachel Leuthold, University of Freiburg | Towards Atmospheric Event-Driven Loads for Rigid AWES Mark Kelly, DTU |
12:45-13:00 | Towards an Optimal Ram-Air Kite Design for AWE: Recent Advances in the Coupled Aero-Structural Model | Performance and Control of a Rigid Twin-Kite System for Power Generation | Trajectory Optimization of Dynamic Soaring Considering Closed-Loop Dynamics |
13:00-14:10 | Lunch – Cantina in front of Levante (Auditorium) |
Technical Program – Friday, 26 April 2024
Where: Puerta de Toledo Campus, Universidad Carlos III de Madrid
14:10-15:25 | Regular sessions | ||
Design, Safety & Certification | Performance & Optimization | Scenario Exploration | |
Room Tramontana (0.A.07) | Room Solano (-1.A.04) | ||
14:10-14:25 | Safe Operation and Airspace Integration of Airborne Wind Energy Systems | Reverse Pumping for Rigid Wing Airborne Wind Energy Systems at Large Scale Tareg Mohammed, Politecnico di Milano | Optimizing Take-off and Landing Control of Magnus Effect-Based Quadcopter AWES in Challenging Wind Conditions Zakeye Azaki, University of Grenoble |
14:25-14:40 | Certification Roadmap for AWE Aerostructures | Disturbance-Learning Predictive Control of the Ground Station of an Airborne Wind Energy System Tommaso Bonetti, Politecnico di Milano | Automatic Circular Take–off and Landing of Self–Propelled Kites Gabriel M. Fernandes, Universidade do Porto |
14:40-14:55 | Conceptual Design of Windplanes | Cascaded Control Approach for a Ground Steered 4-Line Kite System Franziska Hein, University of Stuttgart | Progress on a Rotational Launch and Recovery System for a Fixed Wing Kite Will Kennedy Scott, Swift Airgen |
14:55-15:10 | Navigating Mass Scaling and Low-Wind Lift Challenges for 20 kW Single-Rotor Kite Turbines | Loss-Minimizing Model Predictive Control for the Power Conversion System of an Airborne Wind Energy System Carolina Nicolas-Martín, UC3M | Flight Guidance Concept for the Starting Phase of a Flying Wing Within an Airborne Wind Energy System Dominik Felix Duda, RWTH Aachen |
15:10-15:25 | Industrialization of Fluid Power Ground Station | Analysis and Experimental Validation of a Low-Complexity Enhanced Orientation-Based Controller for Tethered Energy Harvesting Systems | Lift Kite Operation Requirements of a Rotary Airborne Wind Energy System |
15:25-15:45 | Coffee break – Cantina in front of Levante (Auditorium) | ||
15:45-17:00 | Regular sessions | ||
AWES Status & Outlook | Techno-Economic Studies II | Technology Development Effects | |
Room Tramontana (0.A.07) | Room Nordés (-1.A.01) | ||
15:45-16:00 | Markets of a 100 kW-AWE-System and EnerKíte’s Pilot-Projects for a Perfect Market Entry | Bibliometric Analysis of Airborne Wind Energy for the Last Decade Luís Tiago Paiva, Universidade do Porto | Noisy Kites? Exploring Noise Annoyance for Airborne Wind Energy Systems with a Laboratory Listening Experiment Helena Schmidt, TU Delft |
16:00-16:15 | Kitepower Wind Energy: RWE Test Site Insights Eduard Ijsselmuiden, Kitepower | Airborne Wind Energy Technology Assessment: Method and Tool Jochem Weber, NREL | Life Cycle Assessment of Floating Offshore Airborne Wind Energy Systems Marilù Sagretti, Politecnico di Milano |
16:15-16:30 | An Update on Kitekraft’s Progress Florian Bauer, Kitekraft | Development of an Open-Source Techno-Economic Model for Fixed-Wing Airborne Wind Energy Kites Edward M. Fagan 🗘, Zero Nexus | Community Perspectives on Offshore Airborne Wind Energy: A Survey Study Giovanni Romano, Politecnico di Milano |
16:30-16:45 | Kitemill’s Drive: Pioneering Wind Energy Innovations with the AWE Community for Net Zero 2050 Thomas Hårklau, Kitemill | The Potential Future Role of Floating Wind Turbines and Airborne Wind Energy Systems in the North Sea Region Roland Schmehl, TU Delft | Policy and Regulatory Outlook Towards AWE Deployment Kristian Petrick , Airborne Wind Europe |
16:45-17:00 | Scaling of rigid wing Airborne Wind Energy Systems to MW | Product Carbon Footprint of a 100 kW AWE Generator | Preparing AWES Deployment by Onboarding RE Stakeholders with Regards to Social Acceptance |
17:05-17:15 | Poster Awards & Farewell |
Registration package: A welcome desk to collect the registration package will be available in the following times:
- 14:00-17:00 on 24 April 2024 at the registration desk, Puerta de Toledo Campus of UC3M
- 8:30-16:00 on 25 April 2024 at the registration desk, Puerta de Toledo Campus of UC3M
- 8:30-14:00 on 26 June 2024 at the registration desk, Puerta de Toledo Campus of UC3M