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Christoph Sieg, Kiteswarms Ltd. AWEsome: An affordable standardized open-source test platform for AWE systems |
Benoît Python, Kitepower B.V. Methodology Improvement for Performance Assessment of Pumping Kite Power Wing |
Ricardo Borobia Moreno, Uni Madrid Application of the Estimation-Before- |
Prabu Sai Manoj Mandru, TU Delft Multiple-Wake Vortex Method for Leading Edge Inflatable tube kites used in Airborne Wind Energy Systems |
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Sören Sieberling,Ampyx Power B.V. An Optimal Sizing Tool for Airborne Wind Energy Systems |
Chloé Duport, ENSTA Bretagne Kite as a Beam Modelling Approach: Assessment by Finite Element Analysis
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Dominic Keidel, ETH Zurich Challenges of Morphing Wings for Airborne Wind Energy Systems |
Gonzalo Sánchez Arriaga, Uni Madrid Kite Flight Simulators Based on Minimal Coordinate Formulations |
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Helmut Araujo, UF Santa Catarina Tether Traction Control in Pumping-Kite Systems |
Yashank Gupta, Grenoble INP Modeling and control of Magnus effect based AWE systems |
Roderick Read, Windswept & Interesting Daisy & AWES Networks: Scalable, autonomous AWES with continuous power output |
Oliver Tulloch, Uni Strathclyde Modelling and Simulation Studies of a Networked Rotary Kite System |
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Lars Bäckström, Umeå Uni Fusing Kite and Tether into one Unit |
Jochem de Schutter, Uni Freiburg Inertia-Supported Pumping Cycles with a Roto-Kite |
Bernard van Hemert, Ampyx Power B.V. The Sea-Air-Farm project |
Jonathan Dumon, GIPSA-lab / CNRS A Study on wind power evolutions |
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Thomas Hårklau, Kitemill AS Policy Recommendation for Airborne Wind Energy |
Jonas Schlagenhauf, Uni Freiburg Non-linear modeling with learned parameter refinements for NMPC on a real-world aerodynamic system |
Manuel Soler, Uni Madrid Determination of Optimal Control Laws in Airborne Wind Energy Scenarios With a Self-Consistent Kite Dynamics Model |
Burkhard Rieck, EnerKite GmbH Comparison of Launching & Landing Approaches |
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Johannes Oehler, TU Delft Experimental Characterization of a Force-Controlled Flexible Wing Traction Kite |
Jan Hummel, TU Berlin Automatic Measurement and Characterization of the Dynamic Properties of Tethered Flexible Wings |
Julia Steiner, TU Delft High fidelity aeroelastic analysis of a membrane wing |
Mojtaba Kheiri, Concordia Uni A Wake Model for Crosswind Kite Systems |
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Antonello Cherubini, Sant’Anna Uni Preliminary test on automatic take-off and landing of a multi-drone low-drag Airborne Wind Energy System |
Christof Beaupoil, someAWE.org Rotary airborne wind energy systems with ground based power generation: Overview and practical experiences |
KyoungHo Cha, Chosun Uni Pumping Cycle Based on Elastic Tether |
Uwe Fechner, Aenarete – Smart Wind On the Way to Small-Scale Wind Drones – A Networked Approach |
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Hiroshi Okubo, Kanagawa IT High-Sky Wind Energy Generation on Tethered System |
Kurt Hallamasek, Makani / X A low-cost Fiber Optic Avionics Network for Control of an Energy Kite
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Matheus Winter, UF Santa Catarina An Open-source Software Platform for AWE systems |
Carlos Perez Damas, MIT Safety Analysis of Airborne Wind Energy Systems |
