To evaluate the effectiveness of our automated solar tracking system, we conducted real-world tests during critical sunlight hours. These tests compared the energy output of a fixed, horizontal solar panel against one dynamically tilted toward the sun by our system. At 18:30, when the sun was at a 25º angle, the horizontal panel produced 2.394 […]

Big milestone this week — we assembled all the mechanical components and ran our first full test of the solar tracking platform! The tilting mechanism is working flawlessly. We also added end-of-course switches to the linear actuator to ensure it stops safely at its limits. The rotation mechanism is operational too! It successfully moves the

This week, we focused on building the horizontal rotation system for our solar tracking platform — the part that allows the entire structure to turn and follow the sun throughout the day. To achieve this, we’re using a Lazy Susan bearing, which allows smooth and stable rotation with low friction. On top of this bearing

This week, we successfully completed the tilt mechanism for our solar tracking platform — but it wasn’t easy! We faced a major challenge: the linear actuator couldn’t lift the solar panel when it was in its lowest position due to the weight and leverage. After a lot of testing and fine-tuning, our team found an

One week later and we’ve made great progress on our solar tracking system. The base box is fully assembled, the solar panel is now securely mounted on top, and the linear actuator responsible for tilting the panel has been installed. The next step is to design and build the linkage mechanism that will connect the

After receiving all the materials, we’ve officially started assembling the structure for our solar tracking platform. The first step was building the base box that will support both the tilt and rotation mechanisms. Here are a couple of photos of the assembled box — it’s starting to take shape!We’re excited to see the project moving

We’re excited to share that all the components for our solar tracking platform have arrived! From the stepper motors and photo-resistors to the solar panel and wood to make the structure, everything is now in our hands. This marks the beginning of the physical construction phase of our project. Over the next few weeks, we’ll

To ensure the structured development of the solar tracking system, it is essential to define a clear set of requirements. These requirements will guide the design and implementation process, ensuring that the system meets its intended purpose efficiently. The requirements can be categorized into four main groups: functional, non-functional, technical, and user requirements. Firstly, the

To validate our solution for an adjustable solar panel, we interviewed a motorhome owner who has a fixed solar panel installed. The goal was to understand the challenges they face with their current system and assess whether our solution could provide real benefits. During the conversation, the interviewee mentioned that, despite having a solar panel,

In a world where energy independence is becoming increasingly important, we are developing a solution that brings efficiency and flexibility to solar power systems. Our project focuses on creating an adjustable solar panel system that can tilt and adapt to the sun’s position throughout the day, maximizing energy capture and enhancing self-sufficiency for users on