Authors : ZIAH DELFINO; Winona Melgar; ROGINE SHANE CABALLERO ; JOHN RHICO V. CUBOL; Frede Ann F. Cabusas; Joyce C. Dura

Volume/Issue : Volume 8 - 2023, Issue 12 - December

Google Scholar : http://tinyurl.com/bd4z6ex7

Scribd : http://tinyurl.com/ye29c4sv

DOI : https://doi.org/10.5281/zenodo.10432661

Abstract : The study aimed to harness the Vibration- Energy through piezoelectric transducers, Radiant- Energy through solar panel, mechanical to electrical energy through stationary bicycle that device-charging utilization that linked to capacitive moisture sensor V1.2 as sweat detector that display in monitor through Liquefied Crystal Display (LCD) which received by the athletes through the used SIM800C GSM indicating the equivalent glasses-volume of water drunk by the athletes. The data were collected, tabulated, and analyzed using the SPSS (version 14) statistical tools: mean and percentage. From the study conducted, it was found that the capacitive soil moisture sensor V1.2 as sweat detector was effective under the Arduino Uno Code program that relates to the LCD (Liquefied Crystal Display) monitor that displayed during actual EPSB (Electricity-Producing Stationary Bicycling) sweat detection with SIM800C GSM sending text to the athletes reflecting the equivalent glasses-volume of water to be drink by the athletes that linked to VRM-Energy accumulating Saddle under EPSB (Electricity-Producing Stationary Bicycling) was effective in accumulating the following: Vibration-Energy through piezoelectric transducers, Radiant-Energy-Harnessing through solar panel, and Mechanical-Energy to Electrical Energy conversion through Electricity-Producing Stationary Bicycle in device-charging utilization.

Keywords : Capacitive Soil Moisture Sensor; Arduino Uno; Liquified Crystal Display (LCD); Electricity-Producing Stationary Bicycling, Piezo Electric Transducer.