RANCANG BANGUN PEMBANGKIT LISTRIK TENAGA NANO HIDRO BERBASIS GENERATOR FLUKS AKSIAL MAGNET PERMANEN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Fornanda, Samuel Aditya
Siregar, Masbah RT
Dini, Hasna Satya
Siregar, Masbah RT
Dini, Hasna Satya
Subject
Teknik Elektro
Datestamp
2022-10-14 03:30:55
Abstract :
Nanohydro technology is a small-scale technology that can be applied to water resources to convert the existing hydropower potential into useful electricity to support the socio-economic activities of rural communities. A study was carried out using experimental quantitative methods, namely the design of a nano-hydro power plant based on a permanent magnet axial flux generator. The purpose of this research is to realize it at a low river flow. The design of the wheel used is an undershoot type with half-cylinder blades and a total of 8 blades which are expected to work and be able to rotate the generator. The generator used is a permanent magnet axial flux-based generator. The discussion in this study is what affects the waterwheel being able to rotate with a water discharge of 0.1502632 m ^ 3?s, a water velocity of 1.87829 m?s, with a water power of 265.0642848 Joule?s, the mechanical power of the wheel rotate 100 rpm 19.0523 Nm rpm while with a rotating speed of 200 rpm the mechanical power is 37.7402 Nm rpm. The rotational speed of the mill is the same as the rotational speed of the generator with a torque of 1.80288 N.m.
Nanohydro technology is a small-scale technology that can be applied to water resources to convert the existing hydropower potential into useful electricity to support the socio-economic activities of rural communities. A study was carried out using experimental quantitative methods, namely the design of a nano-hydro power plant based on a permanent magnet axial flux generator. The purpose of this research is to realize it at a low river flow. The design of the wheel used is an undershoot type with half-cylinder blades and a total of 8 blades which are expected to work and be able to rotate the generator. The generator used is a permanent magnet axial flux-based generator. The discussion in this study is what affects the waterwheel being able to rotate with a water discharge of 0.1502632 m ^ 3?s, a water velocity of 1.87829 m?s, with a water power of 265.0642848 Joule?s, the mechanical power of the wheel rotate 100 rpm 19.0523 Nm rpm while with a rotating speed of 200 rpm the mechanical power is 37.7402 Nm rpm. The rotational speed of the mill is the same as the rotational speed of the generator with a torque of 1.80288 N.m.
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