PENGARUH VARIASI SUDUT TEKUK BLADE TERHADAP
KINERJA KINCIR AIR OVERSHOT SEBAGAI PEMBANGKIT
LISTRIK TENAGA PIKOHIDRO
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
FADLI YUSUF, MOCHAMMAD
Subject
T Technology (General)
Datestamp
2024-04-02 05:36:56
Abstract :
With population growth and economic growth, the need for electrical energy is also increasing. In Indonesia, there are still many uses of conventional energy which will soon run out, so alternative energy sources are needed, one of which is water. This study aims to determine the effect of blade bending angle on the performance of waterwheel with overshot type. This research is an experimental type of research, the waterwheel used is the oveshot type with blade bending angles of 180o, 150o, and 120o. This research was conducted on the disposal of fish pond water. The results show that the highest output power at a blade bending angle of 120o produces the highest generator output power of 10.51 Watt at a lamp load of 10 Watt. Whereas. The highest efficiency at 120o blade bending angle is 21.89%. Maximum torque at 180o blade bending angle is 4.32 Nm at 30 watt lamp load.
With population growth and economic growth, the need for electrical energy is also increasing. In Indonesia, there are still many uses of conventional energy which will soon run out, so alternative energy sources are needed, one of which is water. This study aims to determine the effect of blade bending angle on the performance of waterwheel with overshot type. This research is an experimental type of research, the waterwheel used is the oveshot type with blade bending angles of 180o, 150o, and 120o. This research was conducted on the disposal of fish pond water. The results show that the highest output power at a blade bending angle of 120o produces the highest generator output power of 10.51 Watt at a lamp load of 10 Watt. Whereas. The highest efficiency at 120o blade bending angle is 21.89%. Maximum torque at 180o blade bending angle is 4.32 Nm at 30 watt lamp load.
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