Good day, fellow Hivians. I am excited to share my final year project journey during the 2023/2024 academic session at the University of Nigeria, Nsukka, where I graduated from the Department of Electrical Engineering.
Initially, my research topic was centered on a Dual Axis Solar Tracker, but due to the high cost and limited availability of materials, I had to switch to a Single Axis Solar Tracker. Although it was a challenging decision, it eventually became a great learning experience that pushed me to become more innovative and resourceful.
As we all know, many homes in Nigeria and other parts of Africa rely heavily on solar energy for electricity and daily survival due to unstable power supply. This inspired me to work on a project that could help improve the efficiency and durability of solar energy systems used in households.
About The Project
My project focused on the design and implementation of a Single Axis Solar Tracking System integrated with Weather Sensors.
The major aim of the project was to create a cost-effective and reliable tracking system capable of improving solar panel efficiency by continuously adjusting the panel’s position to follow the direction of sunlight throughout the day.
To make the system smarter and safer, I integrated weather sensors into the design. These sensors help the system respond to environmental conditions such as:
- Temperature
- Humidity
- Cloud cover
- Weather changes
This integration improves the durability and safety of the solar system during harsh or unstable weather conditions.
The project also involved implementing a control system that automatically tracks the sun’s movement in real time, thereby maximizing energy generation compared to fixed solar panels.
Achievements and Results
At the end of the project, I was able to achieve the following:
- Designed a solar tracker capable of improving solar panel efficiency by automatically adjusting toward sunlight.
- Successfully integrated weather sensors to monitor environmental conditions.
- Built a working prototype that accurately tracks the sun’s position throughout the day.
- Constructed the system using durable and reliable components suitable for different environmental conditions.
- Demonstrated improved energy output when compared to fixed-position solar panels.
One of the most exciting parts of the project was adding extra features such as:
- Gadget charging capability
- Power-saving functionality during low sunlight conditions
These additions made the project more practical and user-friendly for everyday household use.
Future Plans
Although this project was based on a Single Axis Solar Tracker, I hope to work on a more advanced Dual Axis Solar Tracker in the future. My goal is to contribute to improving renewable energy efficiency in Nigeria and across Africa.
Renewable energy remains one of the major solutions to power challenges in developing countries, and I am proud to have contributed my little quota through this research project.
Thank you all for taking the time to read about my project journey. I truly appreciate your support, comments, and encouragement. I look forward to sharing more future projects and innovations with this amazing community.
Thank you, Hive family!