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🎉 DGA_Diagnostic - Simplifying Transformer Health Analysis

📥 Download Now

📋 Overview

DGA_Diagnostic is a MATLAB application designed to automate the calculation and visualization of Dissolved Gas Analysis (DGA) for power transformers. This tool helps users assess the health of transformers by analyzing gas levels. With DGA_Diagnostic, you can streamline your analysis process and improve transformer management efficiently.

🚀 Getting Started

To get started with DGA_Diagnostic, you will need to download the application and install MATLAB if you don’t already have it. Below are the steps to guide you through the process.

1. Install MATLAB

Before using DGA_Diagnostic, please ensure you have MATLAB installed on your computer. If you don’t have MATLAB, you can download a trial version from MathWorks. Follow the installation instructions provided on their website.

2. Download DGA_Diagnostic

Visit the Releases page to download the latest version of the DGA_Diagnostic application. You will find various versions available. Select the most recent one for the best features and latest fixes.

3. Install the Application

Once you download the file, unzip it to a directory of your choice. You will see multiple files, including the DGA_Diagnostic main file and supporting documentation. Familiarize yourself with the folder structure.

📁 File Structure

Here’s an overview of the files included in the downloaded directory:

DGA_Diagnostic.m: The main MATLAB file to run the application.
data/: Contains sample data files for testing.
docs/: Includes user manuals and guides for using the application.
scripts/: Helper scripts that automate certain tasks within the application.

✨ Features

DGA_Diagnostic includes several useful features:

Automated Gas Analysis: Quickly analyze gas levels without manual calculations.
Visual Representation: View results in a clear and concise format.
User-Friendly Interface: Designed for users with no programming experience.
Multiple Gas Methods: Supports popular methods like Duval Triangle and Rogers Ratio.

⚙️ System Requirements

To ensure DGA_Diagnostic runs smoothly, your system should meet the following requirements:

Operating System: Windows or macOS (64-bit).
MATLAB Version: R2019a or later.
RAM: At least 4 GB recommended.
Disk Space: Minimum of 100 MB free space.

👨‍🏫 User Guide

To run the application, follow the steps below:

Open MATLAB: Start MATLAB on your computer.
Set Working Directory: Navigate to the folder where you unzipped DGA_Diagnostic. Use the command:
```
cd 'path_to_your_directory'
```
Run the Application: Execute the main file by typing:
```
DGA_Diagnostic
```

📊 Using DGA_Diagnostic

After starting the application, follow these steps to conduct your analysis:

Load Data: Click on “Load Data” to import your gas analysis data. Supported formats include CSV and Excel.
Select Analysis Method: Choose the desired analysis method from the provided options.
View Results: Once the analysis is complete, navigate to the results section to visualize your data.

🌐 Community Support

If you encounter any issues or have questions, the community is here to help. Check out our GitHub page and consider the following:

Documentation: Refer to the docs folder for detailed user manuals.
Issues Section: Report bugs or request features on the Issues page.
Discussion Forum: Engage with other users to share tips and experiences.

🔗 Additional Resources

🔄 Updates and Feedback

We are continuously working to improve DGA_Diagnostic. Check the releases page for updates and new features. Your feedback helps us enhance the application. Feel free to provide insights or suggestions through the Issues section on our GitHub page.

📄 License

DGA_Diagnostic is open source and available under the MIT License. You can use, modify, and distribute the software as per the terms of the license provided in the repository.

📥 Quick Access

To download the latest version of DGA_Diagnostic, visit the Releases page here. Enjoy streamlined transformer analysis!