固定翼地面发电机载风能系统的快速循环功率计算模型matlab代码.zip

# FixedWingGG-Power This repository contains the code for a fast cycle-power computation model for fixed-wing ground-generation airborne wind energy systems. 1. The model is based on quasi-steady equilibrium, which accounts for the effects of pattern elevation, mass (gravity), vertical wind shear, and drivetrain losses. 2. It is suitable for sensitivity and scalability studies, making it a valuable tool for evaluating design and innovation trade-offs. 3. It is suitable for integration with cost models and systems engineering tools. This enhances the applicability of the proposed model in exploring the potential of airborne wind energy in the energy system. [Link to the associated scientific article: ...] --- ## Overview of the Repository The Repository is divided into 4 Folders: 1. `Src`: Contains the source code of the model. 2. `Inputs`: Contains some pre-defined input files. 3. `Outputs`: Contains some generated output files using the pre-defined input files. 4. `ExampleRun`: Contains scripts to simulate and plot results of a pre-defined AWE system with a rated electrical power of 150 kW. Outputs can be generated by executing the script `run_Example.m`. Results could also be visualized, without executing `run_Example.m`, by simply executing the script `plotResults_Example.m`. --- ## To Run with User-defined Inputs To run the model with user-defined inputs, a data structure named 'inputs' needs to be created with all necessary inputs as defined in `inputSheet_Example.m` from the `ExampleRun` folder. The model can then be run by executing `runMain.m`. Ensure to call your newly defined inputs script at the start of `runMain.m`. Then execute `plotResults.m` to visulaize some of the relevant results. ### Generated Output Files 1. `optData` has the details regarding the optimization. 2. `outputs` has all the raw outputs. 3. `processedOutputs` has post-processed outputs with relevant results for better visualization. --- ## Author Details Name: Rishikesh Joshi Email: [r.joshi@tudelft.nl](mailto:r.joshi@tudelft.nl), [rishikeshsjoshi@gmail.com](mailto:rishikeshsjoshi@gmail.com) Affiliation: Wind Energy Section, Delft University of Technology