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-
Modeling Method to the Aerodynamic
Characterization of Power Kites

Prabu Sai Manoj Mandru, TU Delft

Multiple-Wake Vortex Method for Leading Edge Inflatable tube kites used in Airborne Wind Energy Systems


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


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


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


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


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


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


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,

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


Hiroshi Okubo, Kanagawa IT

High-Sky Wind Energy Generation on Tethered System

Paul Williams, Ampyx Power B.V.

GNSS Jamming Mitigation for Large-Scale Airborne Wind Energy Systems Using Cable Measurements

Kurt Hallamasek, Makani / X

A low-cost Fiber Optic Avionics Network for Control of an Energy Kite


Matheus Winter, UF Santa Catarina

An Open-source Software Platform for AWE systems


Carlos Perez Damas, MIT

Safety Analysis of Airborne Wind Energy Systems