Barra, Aljon C. creator author. Bayrante, Gereigh Calvin D. author Cortez, Sian Paul author Pontillas, Mac Joven M. author Ravalo, Lea Bianca D. author Tomenio, Ryan P. author Villar, Rogelio L. Jr. author Aballa, Grace R., adviser Cerillo, Jose Eduardo B. II, chair, panelist Abanil, Roner P., panelist Romulo, Ruel R., panelist text abstract or summary ph 2022 monographic eng

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90 leaves The purpose of this study was to design, fabricate and test the solar-powered agricultural sprinkler system to be installed and observed at a small-scale agricultural farming area located at Brgy. La Opinion, Nabua, Camannes Sur, Philippines. It comprises of major components of a typical solar-powered sprinkler system. 60W mono-crystalline solar panel for recharging the battery; 10A PM solar charge controller for safe and regulated charging; 26Ah 12V DC Valve Regulated Lead Acid Deep Cycle Battery as the main power source; 180W 12V DC Water Pump for pumping; Horizontal drum as a water container and reservoir; 18L Vertical Pressure Tank for increased water pressure; sprinkler system set which is comprised of piping, fittings, hose, and the rotating sprinkler. For automation and switching, 12V Programmable Electronic Tinier Switch; 12V XH-M609 Low Voltage Disconnect; Float switch and buzzer for no water indicator. Aljon C. Barra [and 6 others]. Undergraduate Theses (BSEE) - Electrical Engineering. Camarines Sur Polytechnic Colleges, 2022. Includes bibliographical references. CSPC 240308 20240308104516.0 eng