To design and implement a solar tracking system that optimizes energy collection under varying environmental conditions. To develop a reliable object tracking system capable of identifying and monitoring targets in real-time across different scenarios. To integrate the solar tracking and object detection systems into a unified control platform, balancing energy usage and operational efficiency. To evaluate the performance of the integrated vehicle through testing in diverse environments, ensuring adaptability and reliability . By addressing these objectives, this study provides a sustainable and intelligent solution for autonomous systems and renewable energy applications. The outcomes are expected to contribute to advancements in eco friendly transportation, energy management, and intelligent automation
Bản đồ thống kê
Thống kê nội dung
To design and implement a solar tracking system that optimizes energy collection under varying environmental conditions. To develop a reliable object tracking system capable of identifying and monitoring targets in real-time across different scenarios. To integrate the solar tracking and object detection systems into a unified control platform, balancing energy usage and operational efficiency. To evaluate the performance of the integrated vehicle through testing in diverse environments, ensuring adaptability and reliability . By addressing these objectives, this study provides a sustainable and intelligent solution for autonomous systems and renewable energy applications. The outcomes are expected to contribute to advancements in eco friendly transportation, energy management, and intelligent automation
