Project AQUADROP explores an innovative method for converting water vibrations into electrical energy, presenting a potential solution for sustainable power generation. The study examines the system’s efficiency in vibration frequency and output voltage, as well as its adaptability to varying rainfall conditions. Results demonstrate a positive correlation between vibration frequency and average output voltage, increasing from 0.66 V at 10 Hz to 5.38 V at 100 Hz, with peak efficiency achieved at 100 Hz. This suggests that optimizing operational frequencies could significantly enhance energy conversion. The system’s performance across different rainfall intensities also shows a direct relationship between rainfall and energy output, with average voltage rising from 0.35 V in light rain to 0.64 V in heavy rain. While ANOVA analysis indicated that differences in output voltage across rainfall conditions were not statistically significant (p-value = 0.641), the dataset offers a foundation for future research on factors influencing energy capture. Additionally, the system’s capability to power small electronic devices highlights its practical viability. These findings underscore Project AQUADROP’s potential as a renewable energy solution, especially under conditions of higher vibration frequencies and varying rainfall. Further research is essential to refine the system’s design and expand its applications in real-world scenarios.