DOI: 10.5281/zenodo.14275910
title: DMP: Optimizing State of Charge (SOC) Calculations for Vanadium Redox Flow Batteries

description: Dataset Description

Context and Methodology





What is the research domain or project in which this dataset was created?This dataset was created as part of a research project focused on optimizing State of Charge (SOC) calculations for vanadium redox flow batteries (VRFBs). The research lies within the domain of battery technology and renewable energy storage systems, aiming to enhance the accuracy and reproducibility of SOC estimation methods.




The dataset serves to support the analysis and refinement of SOC calculation techniques for VRFBs. By providing electrochemical and operational data, it facilitates the validation and improvement of SOC estimation methods, which are critical for efficient battery management in renewable energy applications.




How was this dataset created?The dataset combines reused data sourced from publicly accessible repositories with new data generated during the analysis. The reused data includes:



Electrochemical data capturing voltage, current, and temperature profiles.

Operational data detailing battery performance metrics such as efficiency and cycling behavior.The reused data was standardized, cleaned, and processed using Python-based tools to create a structured dataset ready for SOC calculations.




Technical Details





What is the structure of this dataset? Do the folders and files follow a certain naming convention?The dataset follows a hierarchical folder structure for clarity and organization:



Raw Data: Contains unmodified datasets sourced from repositories, named according to source and content (e.g., KIT_electrochemical_data.csv).

Processed Data: Includes standardized and cleaned datasets, versioned with clear naming conventions (e.g., processed_data_v1.csv).

Analysis Results: Stores outputs from SOC calculations, such as machine-readable SOC datasets (SOC_results_v1.csv) and analysis reports (SOC_analysis_report_v1.pdf).

Code: Contains Python scripts and Jupyter notebooks used for data analysis (SOC_Calculation_Script.py)





Is any specific software required to open and work with this dataset?The dataset can be accessed using commonly available software:



CSV and JSON Files: Can be opened with spreadsheet software (e.g., Microsoft Excel) or data analysis tools like Python and R.

Jupyter Notebooks: Require Python and the Jupyter environment to run.

Visualizations: Charts and graphs are provided as PNG files and can be viewed with standard image viewers.





Are there any additional resources available regarding the dataset, e.g., documentation, source code, etc.?Yes, the dataset is accompanied by the following resources:



A README file: Describing the dataset structure, attributes, and instructions for use.

Code: Python scripts and Jupyter notebooks documenting the SOC calculation methods.

Metadata: Metadata files compliant with Dublin Core standards, providing contextual and technical information about the dataset.




Further Details



Is there anything else that other people may need to know when they want to reuse the dataset?



The dataset is licensed under a Creative Commons Attribution 4.0 International License (CC BY 4.0), allowing reuse with proper attribution.

It is essential to review the accompanying README file for guidance on data interpretation and the methodology used for SOC calculations.

Users should note that the data reflects specific conditions and assumptions used in the study. While it provides a robust foundation for SOC estimation research, adaptations may be required for other applications.