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aerabox

Graduation project of Gabriel Buendia Vela

ampyx-ap2-flightdata

Flight data of the Ampyx Power AP2 recorded on 3 October 2017

awe-eco

A reference economic model for airborne wind energy systems

awe-era5

Python code for airborne wind energy resource analysis based on ERA5 dataset

awe-hps

Matlab source code of the hybrid power plant model of Sweder Reuchlin

awe-power

A fast cycle-power computation model for fixed-wing ground-generation airborne wind energy systems

awe_on_mars

Data and code for investigating the feasibility of airborne wind energy on Mars.

awe_winch_control_heavy_kites

Analytic analysis of how to make optimal winch controller for kites where mass cannot be neglected. Used for my MSc thesis.

awera

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).

flightdata08102019

Instrumented kite power system test flight on 8 October 2019

flightdata2022-kitemill

Selected flight data for Kitemill AWE plant from 29-03-2022 28-04-2022

flightdata24032017

Instrumented kite power system test flight on 24 March 2017

lca_multimw_awe

Life Cycle Assessment of Multi-Megawatt Airborne Wind Energy

lei-strut-in-catia

Tutorial in 5 steps about how to create LEI kite struts in CATIA

luchsingermodel

Implementation of the model developed by Rolf Luchsinger

makani

Makani was a project to develop a commercial-scale airborne wind turbine, culminating in a flight test of the Makani M600 off the coast of Norway. All Makani software has now been open-sourced. This repository contains the working Makani flight simulator, controller (autopilot), visualizer, and command center flight monitoring tools. Additionally, almost all avionics firmware is also included, albeit potentially not in a buildable state, due to the removal of some third-party proprietary code. We hope that this code will be inspirational and useful to the kite-based windpower and wider communities.

megawes

Matlab/Simulink model of a megawatt-class airborne wind energy system based on rigid wing technology.

megawes-design

Design tools for the MegAWES framework

ml-pw-of-toolchain

MATLAB Pointwise OpenFOAM toolchain

msc_alexander_batchelor

Repository for the master thesis project of Alexander Batchelor: Modeling kite deformation with particle system model.

npw

nasa parawing related material

particle_system_simulator

A structural model that lumps the masses in particle nodes and connects these with spring-dampers, to efficiently calculate internal forces, build for line systems and fabric/cloth materials.

swinging-kite

template-matlab

tud-v3-kite-depower-2plate

Two-plate model of the depower mechanism for the TU Delft V3 kite

vortex-step-method

Vortex Step Method

wind-profile-clustering

Analyzing vertical wind profile patterns in a dataset containing time series of wind speeds and directions for multiple altitudes.