On the Kite-Platform Interactions in Offshore Airborne Wind Energy Systems: Frequency Analysis and Control Approach

Modeling and Control of an Airborne Wind Energy Microgrid

Reverse Pumping for Rigid Wing Airborne Wind Energy Systems at Large Scale

A Preliminary Estimation of the Absolute Wind Vector in AWE Systems

Disturbance-Learning Predictive Control of the Ground Station of an Airborne Wind Energy System

Production Cycle Optimization for Pumping Airborne Wind Energy

On Control of Phase Transitions in Airborne Wind Energy Systems

Optimal Reeling Control for Pumping Airborne Wind Energy Systems Without Wind Speed Feedback

Fault-tolerant Control of Airborne Wind Energy Systems with Quadrotor/Fixed-Wing UAV Configuration

Electricity in the Air: Insights From Two Decades of Advanced Control Research and Experimental Flight Testing of Airborne Wind Energy Systems

Airborne wind energy systems convert wind energy into electricity using tethered flying devices, typically flexible kites or aircraft. Replacing the tower and foundation of conventional wind turbines can substantially reduce the material use and, consequently, the cost of energy, while providing access to wind at higher altitudes. Because the...

Control of Vertical Take Off, Pumping Operation and Vertical Landing of Hybrid Drones for Airborne Wind Energy

Automation Challenges in Airborne Wind Energy Systems and the Role of Academic Research

On Autonomous Take-Off of Tethered Rigid Wings in Compact Space for Airborne Wind Energy

The Take-off of an Airborne Wind Energy System Based on Rigid Wings

Automatic Crosswind Flight of Tethered Wings: 2-step and Direct Approaches

On Real-Time Optimization and Adaptation of Airborne Wind Energy Generators

Computational Modeling of Tow-Placed Composite Laminates with Fabrication Features