Development of a Pico-Hydro Electric Generator with 3D-Printed Pelton Turbine

N. S. Andres, Ronaldo Manalang, Patrick Gache, Ramon Poblete, John Italia, Jhensen Urganay, Ronan Servolo, Ellison Gamboa
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引用次数: 2

Abstract

Most farmers in Bataan, Philippines are using diesel pump system to irrigate their crops. In this system, water is pumped out continuously during cropping period and one may think that the water is being squandered because the diesel pump operates for about eight to ten hours a day. Furthermore, with the high price of Diesel nowadays, the irrigation system seems to be a burden to most crop farmers. The proponents thought of applying the pico-hydroelectric generation technology to add value to the system. Specifically in this study, the proponents aimed to develop a pico-hydroelectric generator with 3D-printed Pelton turbine to be installed in diesel pump irrigation system, and be able to harness the energy from the flowing water and convert it into useful electric energy which can be used for lighting and for charging electronic gadgets.
3d打印佩尔顿水轮机微型水力发电机的研制
菲律宾巴丹岛的大多数农民都使用柴油泵系统来灌溉他们的庄稼。在这个系统中,在种植期间,水被连续泵出,人们可能会认为水被浪费了,因为柴油泵每天大约运行8到10个小时。此外,随着现在柴油的高价格,灌溉系统似乎成为大多数农民的负担。支持者认为应用微型水力发电技术可以增加系统的价值。具体来说,在这项研究中,支持者的目标是开发一种微型水力发电机,该发电机带有3d打印的Pelton涡轮机,可以安装在柴油泵灌溉系统中,并且能够利用流动的水的能量并将其转化为有用的电能,可用于照明和为电子设备充电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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