This repository contains a Simulink-based simulation project that models an intelligent solar tracking system. The goal is to dynamically adjust the orientation of a solar panel to follow the sun throughout the day, improving energy efficiency by minimizing angular misalignment.
- Simulates solar panel and motor dynamics using differential equations
- Applies PID control to minimize tracking error
- Demonstrates accurate sun tracking under changing conditions
- Visualizes angular position and performance using Simulink scopes
- Structured and modular block-based design for clarity
| File/Folder | Description |
|---|---|
MyModel.slx |
Main Simulink model of the solar tracking system |
DynamicSolarPanelController.prj |
Simulink Project file for structured development |
resources/project/ |
Contains supporting assets (optional references) |
ℹ️ Note: Simulink cache files (
.slxc) are auto-generated and not included for version control.
This simulation demonstrates how a solar panel can effectively track the sun using a control system that reacts to changes in solar position. The model highlights the importance of real-time feedback and control in renewable energy systems and serves as a great learning tool for understanding modeling and simulation using Simulink.
- Clone the repository.
- Open
DynamicSolarPanelController.prjin MATLAB. - Open and run
MyModel.slxin Simulink. - View results in Simulink Scope blocks.