Kite and tether models for the simulation of kite power systems

Tether models

Aerodynamic models of 3D wings using the Vortex Step Method

Controllers for airborne wind energy systems

Airborne Wind Energy Resource Analysis tool (AWERA) is meant to provide wind resource classification/representation and power harvesting estimation for AWES. It builds on wind profile clustering techniques used by Mark Schelbergen (TU Delft).

Symbolic wing, tether and winch models for the simulation of Airborne Wind Energy systems.

Digital controllers for winches

Utilities for kite power system simulations

Winch models (groundstation models) for airborne wind energy systems

Kite power system models for Python

Life Cycle Assessment of Multi-Megawatt Airborne Wind Energy

This is a simulation frame work for both airborne and underwater kite energy system

Sizing tool for the Airborne Wind Energy (AWE) pumping power kite of a renewable energy system for a Martian habitat. My BSc thesis at TU Delft.

A web application for generating synthetic kite motion datasets with realistic statistical properties for machine learning and data analysis.

Controllers for parking and flying figures of eight for airborne wind energy systems.