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_aAldenese, John Cristian V.; Palugod, Daynniel Arlo F.; Tagala, Ian Keanu D.
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_aSmart solar powered system with integrated copper rod for electroculture of raphanus sativus /
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_cAldenese, John Cristian V.; Palugod, Daynniel Arlo F.; Tagala, Ian Keanu D.
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_cMay 2024.46
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_aix, 80 pp.
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_aUndergraduate Thesis: (Bachelor of Science in Electrical Engineering) - Pamantasan ng Lungsod ng Maynila, 2024.
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_aABSTRACT: This study aims to develop and enhance a Smart Solar Powered System with an Integrated Copper Rod for Electroculture of Raphanus Sativus (Radish) in gardening. The researchers constructed a prototype that provides electrical stimulation to a radish plant, in corporating a self-watering system. The researchers conducted experiments using both the electro-culture method and the standard way to determine if there is a significant disparity between the two approaches. The researchers determined the optimal spacing between the rods to achieve the maximum current management. The electroculture method yielded an average height of 12.15 cm across ther eleven plants during four weeks of data collection. In contrast, the conventional approach yielded a height average of 9.97 cm across all eleven plants for the entire duration. The maximum current of 350mA was achieved when the two copper rods were placed 2 cm apart. In this study, the researchers have shown that using the Smart Solar Powered System with Integrated Copper Rod to provide electricity to Radish has resulted in a significant difference in the plant's growth compared to the traditional method. The system's intelligent design and integration of modern technologies have resulted in numerous noteworthy observations and improvements throughout the growth cycle. The introduction of the Smart Solar Powered System, which has an integrated copper rod, has resulted in significant breakthroughs in developing Raphanus virus (Radish) for gardening.
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