The Effect Of Turbine Level Of Model L And Turbine Model S In Gravitation Of Water Vortex Plant Power (GWVPP) Based On Cylinder Basin Pengaruh Ketinggian Turbin Model L Dan Turbin Model S Pada Gravitasi Air Vortex Plant Power (GWVPP) Berbasis Basin Silinder
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Abstract
The effect of the height of the L model turbine and the S model turbine on the Vortex Power Pland Gravitation Water Using a Cylinder Basin Based Gearbox using a DC generator. This study aims to determine how much torque is generated, rotations per minute, voltage, current, and power generated by the power plant of gravity vortex airs and compare the influence of the height of the turbine position on the results of the data obtained. The study was conducted using a cylindrical basin that has an input diameter of 50 cm while the output diameter is 5 cm, using a 4 blade turbine shaped L and S models and using variations in the height of the turbine placement at depths of 10 cm, 12 cm, 14 cm, 16 cm, and 18 cm is calculated from the surface of the water, the fluid flow varies. The largest electric power using a L model turbine at a torque load of 0,0005886 Nm with a water discharge of 0.66 l / s obtained electrical power of 1.368 watts, and low electrical power is present at a torque load of 0,0002943 Nm with a water discharge of 0.73 electrical power obtained 0.872 watts. Whereas in the S model turbine, the largest electric power with a torque load of 0.0011772Nm with a water discharge of 0.85 l / s obtained an electric power of 2.097 watts, and low electrical power was found when the torque load was 0.0005886 Nm with a water discharge of 0.75 obtained electric power 1,856 watts. The highest elevation of the turbine position produces maximum data at 28 cm height.
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Copyright (c) 2020 Muhammad Hasan Basri, Fredi Kusuma Putra , Tijaniyah Tijaniyah , Bachtera Indarto
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References
[2] Fajaruddin Akbar, Priyo Heru Adiwibowo. 2017, “Uji Eksperimental pengaruh variasi Pengarah Berbentuk Spiral Basin Cone Terhadap Turbin Rekasi Aliran Vortex”, JTM. Volume 05 nomor 02 Tahun 2017, Hal 159-168.
[3] Dhakal, S., Timilsina, A. B., et al., 2015, “Mathematical modeling, design optimization and experimental verification of conical basin : Gravitational water vortex power plant”, dalam World Largest Hydro Conference.
[4] Power C, dkk. 2016. A Parametric Experimental Investigation of the Operating Conditions of Gravitationel Vortex Hydro power (GVHP). Journal of Clean Energy Technologies, Vol. 4, No. 2
[5] Hunggul Y.S.H.Nugroho & M.Kudeng S,. (2015), “Pembangkit listrik tenaga mikro hidro”,Yogyakarta.
[6] Gibran,(2014),”Rancang bangun turbin vortex dengan casing berpenampang lingkaran yang menggunakan sudu diameter 46 cm pada 3 variasi jarak antara sudu dan saluran keluar”,USU.
[7] Djuhana.2008 “Pusat Pengembangan Bahan Ajar-UMB”. Jurusan Teknik Mesin Universitas Mercubuana.
[8] Dwiyanto, Very. 2016. Analisis Pembangkit Listrik Tenaga Mikro Hidro (PLTMH). Lampung: Universitas Lampung.
[9] Muligan S, Hull P. 2011.Optimisation of a Water Vortex Hydro power plant. Departemen of Civil enginering Ana construction, The Instituete Technology Sligo.
[10] Nauman Hanif Khan, 2016, “Blade Optimization of Gravitational Water Vortex Turbine”, Tesis MT, Teknik Mesin, Ghulam Ishaq Khan Institute of Engineering Sciences andTechnology.
[11] Alexander C K. 2009. Fundamentalsof Electric Circuits, FourthEdition. New York: McGraw-Hill.