This repository holds the code for a Wind Farm Digital Twin project built with Unity, Azure Digital Twins, Azure IoT Hub, and SignalR.

The project features a mixed reality application designed to run on Microsoft HoloLens.

Link to better video right here

What it does:

• Users can explore a virtual wind farm containing multiple turbines.
• Each turbine reflects the real-time status of its corresponding real-world counterpart.
• Users can inspect and focus on individual turbines to reveal information such as temperature, humidity, and other relevant data.
• If a critical event is detected, like excessive ice buildup, users can trigger an action by clicking a button. This action sends a command to the real-world turbine through the Azure services.

Implementation Details:

• Leverages assets sourced from Microsoft tutorials for a streamlined development process.

Please note: This repository focuses on the technical aspects of the wind farm digital twin, it is for learning purposes only and should no be considered as a production scenario.

The app requires a signalR connection and test code to pull sample Turbine data, refer to "mixed reality digital twins in unity" tutorial in Microsoft learn for details.

Future considerations:

• Adding easy steps for testing using sample data.
• Expansion of user interaction capabilities within the mixed reality environment.

This project demonstrates the power of combining Unity with Azure Digital Twin services to create a real-time, interactive digital twin solution for industrial applications.

Digital Twins, powered by the Unity engine, offer dynamic 3D simulations that improve understanding and enhance predictive analytical models. By enabling two-way data flow between the digital twin and real-world sensors or processes, organizations gain accurate insights. These simulations empower decision-makers to visualize scenarios, optimize operations, and respond swiftly to changing conditions.

Users can explore a virtual wind farm containing multiple turbines. Each turbine reflects the real-time status of its corresponding real-world counterpart.Users can inspect and focus on individual turbines to reveal information such as temperature, humidity, and other relevant data.If a critical event is detected, like excessive ice buildup, users can trigger an action by clicking a button. This action sends a command to the real-world turbine through the Azure services.