Category: Mechanical Engineering
Abstract: This study was focused on determining the utilization of Gyrotorhidrikoz and what factors would impact its ability to charge a power bank. The Gyrotorhidrikoz can charge a power bank, but needs to be improved in terms of stability and duration because the Gyrotorhidrikoz can't charge the power bank constantly. On the other hand, the model's safety and quality test results were satisfactory, indicating that it is safe to use and that the Gyrotorhidrikoz can generate enough electricity to charge the power bank. The model works well with a 28-liter water, in which the Gyrotohidrikoz can produce 24.8V with a flow rate of 1L/7.5s and a transfer rate of 4.98V to the power bank. In conclusion, the Gyrotorhidrikoz model can be used to charge a portable power bank for energy storage purposes; however, it requires 28 liters of water with a flow rate of 1 L/7.5 s in order to generate enough electricity but needs more improvement because the power bank doesn't charge continuously.
Year Finished: 2023
Language: English
Chapters: 4
Date Uploaded: 2024-04-05 12:31:03