Ertie Abana, Marion James Ladia, Christine Fernando, Nicole Emmanuelle Pagalilauan, Jay Vee Miranda, Ailyn Samontina, Rouxanne Macoco
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引用次数: 0
摘要
本研究开发了一种微型水轮发电机水轮机，利用水流进入单一进水管，使水轮机在一定的水压下连续旋转。该装置旨在连接到家庭的主要供水管道，以产生能量并将其转化为电力，以便在紧急停电时运行小型设备。它包括涡轮机、发电机、降压电压、充电器模块、可充电电池和dc-dc升压模块。从所进行的测试中，该设备产生的平均电压，电流和功率为4.99 V, 0.48 A, 35 psi 2.40 W, 4.36 V, 0.35 A, 20 psi 1.54 W。该装置在35 psi和20 psi下的功率效率分别为23.97%和15.44%。在高压和低压下，平均9分钟和14.6分钟后，内置电池的电量增加1%。结果表明，该装置产生的能量足以为智能手机、充电宝、便携式灯和便携式风扇等额定电压为5伏的小型设备供电。
This study developed a micro-hydro generator turbine utilizing water flowing into a single inflow pipe which makes the turbine rotate continuously within a specific water pressure. The device is intended to be connected to the household's main water pipeline to generate energy and convert it into electricity that can operate small devices during emergency power outages. It comprises a turbine, generator, step-down voltage, charger module, rechargeable battery, and dc-dc boost module. From the tests conducted, the device generated an average voltage, current, and power of 4.99 V, 0.48 A, 2.40 W at 35 psi, and 4.36 V, 0.35 A, 1.54 W at 20 psi. The power efficiencies of the device at 35 psi and 20 psi were 23.97% and 15.44%, respectively. The percent charge of the built-in battery increases by 1% after an average of 9 minutes and 14.6 minutes for high and low pressure, respectively. The results showed that the device generated enough energy to supply small devices rated 5 volts like smartphones, power banks, portable lamps, and portable fans.
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