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This research assesses the development of rainwater hydroelectric and solar technologies for renewable energy towards sustainability campus at Universiti Sultan Zainal Abidin (UniSZA) Malaysia to sup...port sustainability campus in Green Campus agenda. The system includes a 300 W monocrystalline PV panel alongside a rainwater cross-flow microturbine. The hydroelectric generation yielded 0.208 W, equating to 137.28 J (0.038 Wh) with a storage tank volume of 1.76 m^³ and a flow rate of 0.00267 m^³/s. The PV subsystem contributed 38 W under moderate irradiance, which is 12.7 % of its rated capacity, thus augmenting power generation during low rainfall periods. Outcomes validate the reliability of the system with the PV component functioning throughout dry periods. This configuration enhances energy availability despite varying weather conditions in tropical areas. The study underlines the importance of hybrid systems and calls for future changes to increase efficiency through enhanced storage capabilities, turbine design, and control systems.続きを見る
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Mendeley出力
2025_p0016