UJI EKSPERIMENTAL PERFORMA MINI VERTICAL AXIS
WIND TURBINE
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Bangun Tirto, Marhendra
Subject
T Technology (General)
Datestamp
2024-07-24 08:02:19
Abstract :
Indonesia is a country with abundant energy resources, one of which is wind energy source. The potential of wind energy in Indonesia is quite adequate, because the average wind speed is around 3.5 - 7 m/s (source: LAPAN Mapping quoted by Kompasiana). One of the wind energy utilization is the use of wind turbines. Wind turbines are divided into two types: vertical shaft wind turbine or Vertical Axis Wind Turbine (VAWT) and horizontal axis wind turbine or Horizontal Axis Wind Turbine (HAWT). For vertical axle wind turbines have several types, one of which is a vertical shaft wind turbine type Darrieus. This research is focused to conduct Experimental Test of Mini Vertical Axis Wind Turbine which has been designed by Buyung Junaidin and Dwi Hartini (2017). This research was conducted by testing experiments using measuring instruments such as anemometer, multimeter, tachometer, AC to DC power rectifier and recorder for data retrieval. This test is carried out at Pantai Baru which has the minimum wind requirements required by Mini VAWT. Furthermore the data is processed to determine the results of power generated during the test. To perform a series of tests need to perform several stages of preparation of tools and materials and ensure the condition of the test location. Test results obtained that the Mini VAWT is capable of rotating at an initial wind velocity of 4.1 m / s with the condition of the slab marked opposite to the wind direction coming. Mini VAWT is able to survive the highest recorded wind speeds at the test of 13.7m / s. Mini VAWT is capable of producing the largest voltage value 11.42 Volts with current 11.42 Ampere then the maximum power obtained for 130.41 Watt.
Indonesia is a country with abundant energy resources, one of which is wind energy source. The potential of wind energy in Indonesia is quite adequate, because the average wind speed is around 3.5 - 7 m/s (source: LAPAN Mapping quoted by Kompasiana). One of the wind energy utilization is the use of wind turbines. Wind turbines are divided into two types: vertical shaft wind turbine or Vertical Axis Wind Turbine (VAWT) and horizontal axis wind turbine or Horizontal Axis Wind Turbine (HAWT). For vertical axle wind turbines have several types, one of which is a vertical shaft wind turbine type Darrieus. This research is focused to conduct Experimental Test of Mini Vertical Axis Wind Turbine which has been designed by Buyung Junaidin and Dwi Hartini (2017). This research was conducted by testing experiments using measuring instruments such as anemometer, multimeter, tachometer, AC to DC power rectifier and recorder for data retrieval. This test is carried out at Pantai Baru which has the minimum wind requirements required by Mini VAWT. Furthermore the data is processed to determine the results of power generated during the test. To perform a series of tests need to perform several stages of preparation of tools and materials and ensure the condition of the test location. Test results obtained that the Mini VAWT is capable of rotating at an initial wind velocity of 4.1 m / s with the condition of the slab marked opposite to the wind direction coming. Mini VAWT is able to survive the highest recorded wind speeds at the test of 13.7m / s. Mini VAWT is capable of producing the largest voltage value 11.42 Volts with current 11.42 Ampere then the maximum power obtained for 130.41 Watt.
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