PENGARUH VARIASI KELENGKUNGAN SUDUT PADA SUDU TYPE L
TERHADAP EFISIENSI TURBIN ANGIN SAVONIUS
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
ANDERA, JONES
Subject
T Technology (General)
Datestamp
2024-08-13 07:25:21
Abstract :
Indonesia has a source of renewable energt that has not been optimally utilized such as wind energt, water energl, solar energt and others. Wind speeds in Indonesia ore generally below 5.9 m/s. The low wind speeds can be used to rotate wind turbines of savonius type- The turbine construction is very simple. It consists of two half-cylinder blades. In its development, the savonius turbine has undergone many changes in the shary of the rotor, such as the L-shaped rotor design. The savonius L wind turbine is the development of the fr* of wind turbine sqvonius- In the santonius Lwind turbine theflow of air on the side of the blade is larger than the circular side of the quarter . The test was performed using an L type savonius wind turbine with a turbine diameter of 40 cm and 40 cm turbine height. In this test the wind turbine used 3 blades. Each blade has a curve of lf , I5o, and 2f angles. The tools used in the test were sn anemometer, a multimeter, and tu;hometer. The tests were conducted on a beach for 30 times thst the data got the best results. Then, the overage value of wind speed, voltage, current and rototion generated by the turbine were taken ilts obtained that the highest turn speed on the turbine 15o was j45.7j rpm, while the lowest speed of the turbine lff was 178.27 rpm. The highest ouput volue on the turbine 2f wqs 12.75 watts, while the lowest output value on the turbine If was 9-19 watts. The highest efficiency value on the turbine 2f was 50.05o/o, for the turbine lf was 24.2195, while for the iowest ifu"i"n"yvalue at the turbine 15" was 22-86%.
Indonesia has a source of renewable energt that has not been optimally utilized such as wind energt, water energl, solar energt and others. Wind speeds in Indonesia ore generally below 5.9 m/s. The low wind speeds can be used to rotate wind turbines of savonius type- The turbine construction is very simple. It consists of two half-cylinder blades. In its development, the savonius turbine has undergone many changes in the shary of the rotor, such as the L-shaped rotor design. The savonius L wind turbine is the development of the fr* of wind turbine sqvonius- In the santonius Lwind turbine theflow of air on the side of the blade is larger than the circular side of the quarter . The test was performed using an L type savonius wind turbine with a turbine diameter of 40 cm and 40 cm turbine height. In this test the wind turbine used 3 blades. Each blade has a curve of lf , I5o, and 2f angles. The tools used in the test were sn anemometer, a multimeter, and tu;hometer. The tests were conducted on a beach for 30 times thst the data got the best results. Then, the overage value of wind speed, voltage, current and rototion generated by the turbine were taken ilts obtained that the highest turn speed on the turbine 15o was j45.7j rpm, while the lowest speed of the turbine lff was 178.27 rpm. The highest ouput volue on the turbine 2f wqs 12.75 watts, while the lowest output value on the turbine If was 9-19 watts. The highest efficiency value on the turbine 2f was 50.05o/o, for the turbine lf was 24.2195, while for the iowest ifu"i"n"yvalue at the turbine 15" was 22-86%.
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