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REKAYASA DALAM KONTEKS PERBAIKAN TURBIN AIR FRANCIS DAN UJI STUDI EKSPERIMENT…
Francis turbines are one of the most widely used reaction turbines in hydroelectric power plants (HPPs) due to their high efficiency and ability to operate at varying heads and moderate discharge rates. However, in laboratory-scale installations, turbine performance can decline due to component damage and inaccurate measuring instruments. This study aims to repair a laboratory-scale Francis tur…
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- xxix, 89 hlm.; ilus.; tab.; 29 cm
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- T1895392025
STUDI PERBAIKAN TURBIN FRANCIS DAN ANALISIS EFISIENSI BERDASARKAN VARIASI BUK…
The Francis turbine is one of the most widely used reaction turbines in hydropower plants due to its high efficiency in converting water potential energy into mechanical energy. However, turbine efficiency can decrease due to component damage and suboptimal valve opening settings. Such conditions occurred in the laboratory-scale Francis turbine at Sriwijaya University, making system repairs and…
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- xv, 98 hlm.; ilus.; tab.; 29 cm.
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- T1843272025
INVESTIGASI PENGARUH KETEBALAN SUDU CEMBUNG LEADING EDGE TURBIN CROSSFLOW SKA…
Many villages in Indonesia still face limited access to electricity due to geographical conditions and low income levels. The use of pico-scale crossflow turbines is one of the right alternatives to increase the electrification ratio in remote or rural areas. Crossflow turbines are considered economical, because of their simple design, relatively low installation costs, and have the ability to …
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- xxix, 77 hlm.; ilus,; tab, 29 cm
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- T1835292025
RANCANG BANGUN TURBIN AIR ALIRAN MELINTANG DENGAN VARIASI SUDUT SUDU MASUK UN…
The study designed the crossflow water turbine runner by using material paralon (PVC), which compare variation in the angle of inlet runner 20 °, 30 °, 40 ° to get maximum efficiency. This testing using test equipment the laboratory or micro hydro power plant PLTMH to utilize renewable energy sourced from water capacity 7 litres per second with the source water from a pump with water velocit…
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- xxv, 35 hlm. : ilus. ; tab. ; 28 cm
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- T64452018
RANCANG BANGUN TURBIN AIR ALIRAN MELINTANG DENGAN VARIASI JUMLAH SUDU PENGARA…
The province of South Sumatra has a total area of approximately 87,017.42 km2 and lies between 1º - 4º south latitude, 102º - 106º East Longitude. South Sumatra, known as aquatic area, has large rivers with abundant water resources, these water resources are sourced from 9 major major rivers, the Musi River, and other rivers. (Kadin Indonesia, 2011). Turbine is a tool used to convert an ene…
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- xxvii, 37 hlm. : ilus. ;tab. ; 28 cm
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- T111532018
ANALISIS PENDEKATAN SEGITIGA KECEPATAN DAN PENGUJIAN EKSPERIMENTAL TURBIN TUR…
The potential of renewable energy in Indonesia is so abundant that it is profitable and as a provision in realizing national energy security. However, the lack of use of NRE for electricity is due to the high production price of EBT-based power plants, making it difficult to compete with power generation, especially coal. There are solutions in overcoming the problems in the development of the …
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- xxix, 68 hlm.; ilus.; 29 cm
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- T707562022
ANALISIS PERFORMANSI TURBIN HIDRO PICO PIPA AIR TERHADAP PERUBAHAN DEBIT AIR.
Energy is an element obtained from natural resources and used to meet all the needs of living things, especially humans in their daily lives. Existing energy sources are reduced, especially fossil-based energy such as coal and oil. To overcome this, it is necessary to diversify and conserve energy. The use of pico hydro turbines with energy from water flowing in clean water supply pipes as an e…
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- xxv, 41 hlm.; ilus.; 29 cm
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- T799882022
METODE MANUFAKTUR SUDU TURBIN TURGO SKALA PIKO MENGGUNAKAN TEKNOLOGI 3D PRINTER
There are many things that need to be considered in the Turgo turbine blade printing process, starting from determining the boundary conditions is used to determine the value of .value is used to get value. The relative speed of water discharge is used to determine the absolute velocity value of the water discharge blade, the angle value of obtained from the slope angle minus, and the value of …
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- xxvii, 37 hlm.; ilus.; 29 cm
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- T834722022
SIMULASI KEKERASAN MEKANIK ABS SEBAGAI MATERIAL SUDU TURBIN TURGO SKALA PIKO …
Penelitian ini bertujuan untuk mengetahui kekuatan mekanik material ABS untuk aplikasi sudu turbin Turgo skala piko menggunakan metode simulasi. Simulasi kekuatan mekanik menggunakan software SOLIDWORKS. Selain itu, metode analitik digunakan untuk menentukan geometri turbin Turgo skala piko. Dari hasil Analitik, sudu turbin Turgo skala piko memiliki laju aliran 100 Newton (10 kg/s) dengan 18 ju…
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- xiii, 44 hlm.; ilus.; 29 cm
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- T703572022
SIMULASI KEKUATAN MEKANIK PLA SEBAGAI MATERIAL SUDU TURBIN TURGON SKALA PIKO …
This study aims to determine the feasibility of PLA (Polylactic Acid) as a pico-scale Turgo turbine blade material using SOLIDWORKS simulation based on mechanical strength results. This study uses two methods: an analytical method to determine the geometry of the Turgo Pico scale turbine blade, and a simulation method is used to predict its mechanical strength. From the analytical results, the …
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- xiv, 49 hlm.: ilus.; 29 cm
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- T680822022
Studi eksperimental turbin air Darrieus sumbu Horizontal dengan Variasi Nilai…
Indonesia diberkahi dengan sumber energi terbarukan yang melimpah yang dapat dimanfaatkan secara optimal untuk membantu menghadapi tantangan pemanasan global, mengurangi emisi gas rumah kaca yang dihasilkan dari penggunaan ekstensif bahan bakar fosil sebagai sumber utama energi listrik dan memiliki ketahanan energi melalui diversifikasi pasokan. Dalam konteks ini bahwa Pemerintah Indonesia memb…
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- xxi, 63 hlm. : ilus.
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