The Design and Fabrication of Waterwheels with System Floating Pontoon

F. Arifin, H. Sutanto, Isdaryanto Iskandar, R. Sukwadi
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引用次数: 2

Abstract

The use of fossil energy is currently starting to be slightly reduced by the government, and at this time the government is also starting to look at renewable energy as alternative energy, just as energy, solar, wind, biomass, and water. One of the utilization of water energy for the use of electrical energy is with a waterwheel. In this study, a pontoon-type water wheel was designed, where the ratio of rotation of the wheel to the rotation of the generator rotor was 1: 4. The dimensions of the water wheel designed and made were with a pontoon width of 1080 mm x 2000 mm x 15 mm, and the diameter of the water wheel is 1200 mm, which can be generated by a generator of 1 kW.
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系统浮桥水车的设计与制造
目前政府开始略微减少化石能源的使用,此时政府也开始将可再生能源视为替代能源,就像能源、太阳能、风能、生物质能和水一样。利用水能作为电能的一种方式是带水车。本研究设计了浮筒式水轮,水轮的转动与发电机转子的转动之比为1:4。设计制造的水轮尺寸为浮筒宽度1080mm × 2000mm × 15mm,水轮直径1200mm,可由1kw的发电机产生。
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