PENGARUH UKURAN DIAMETER SUDU TERHADAP KINERJA TURBIN ANGIN SUMBU VERTIKAL SAVONIUS TIPE-S

Wigunatama, Alif (2024) PENGARUH UKURAN DIAMETER SUDU TERHADAP KINERJA TURBIN ANGIN SUMBU VERTIKAL SAVONIUS TIPE-S. Sarjana (S1) thesis, Universitas Islam 45 Bekasi.

	Text pendahuluan.pdf Download (1MB)
	Text Bab 1.pdf Restricted to Repository staff only Download (234kB) | Request a copy
	Text Bab 2.pdf Restricted to Repository staff only Download (543kB) | Request a copy
	Text Bab 3.pdf Restricted to Repository staff only Download (579kB) | Request a copy
	Text Bab 4.pdf Restricted to Repository staff only Download (636kB) | Request a copy
	Text Bab 5.pdf Restricted to Repository staff only Download (128kB) | Request a copy
	Text Daftar pustaka.pdf Download (1MB)

Abstract

The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non The use of energy in Indonesia is still dominated by the non -renewable energy renewable energy renewable energy renewable energy renewable energy renewable energy renewable energy renewable energy renewable energy renewable energy derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of derived from fossils, especially petroleum and coal, but over time, the availability of fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new fossil energy is running low and to anticipate it new renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best renewable energy (EBT) is the best alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as alternative. Wind is a renewable source of mechanical energy so that it can be used as an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. an energy source because from wind can be used to drive turbines. The The The use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also use of wind energy, in addition to reducing dependence on fossil is also expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines expected to increase effectiveness and efficiency. This research, aims create turbines with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an with maximum efficiency. Savonius wind turbines are made of hollow square iron an d zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade zinc plates. Spoons are made with variations in blade diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and diameters of 30 cm, 40 cm and 50cm. 50cm. This research uses an experimental method. Data collection in the form of wind speed, air temperature, shaft rotation, torque and electric voltage. Data analysis of this study used quantitative descriptive analysis. The results stated the highest efficiency of 20.17% of the variation in the diameter of the 30cm blade at a wind speed of 5.3 m/s. and the lowest efficiency of 12.25% of the variation in the diameter of the 50cm blade at a wind speed of 3.8 m/s. The area of wind catchment affects the efficiency value obtained.

Actions (login required)

View Item