OPTIMASI PENGGUNAAN ENERGI LAMPU BERDASARKAN INTENSITAS CAHAYA DAN PAPARAN MEDAN MAGNET DI RUMAH HUNIAN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Ronaa Basyaasyah, Saskia
Koerniawan, Tony
Koerniawan, Tony
Subject
Teknik Elektro
Datestamp
2022-11-02 03:12:52
Abstract :
People really need lighting in their daily life, especially when doing activities at home, but the need for lighting is still not paid attention to the light intensity of each room and the threshold for exposure to magnetic fields. A case study conducted in one residential house with a total of 7 rooms found that the use of existing lamps had too high a light intensity so that it did not comply with the provisions of SNI 03-6575 of 2001 so that the value of exposure to the magnetic field was also of high value. Therefore, the researchers conducted research on optimization of CFL and LED lamps with the aim of knowing the intensity of light, knowing the power usage, knowing the difference in the value of exposure to magnetic fields and knowing which type of CFL and LED lamps were the most optimal, with the method carried out, namely taking measurements at home. occupancy by measuring light intensity, measuring power and measuring exposure to magnetic fields then calculating the energy use of the lamp for 30 days assuming 12 hours of use. Based on the results of the study, obtained from the results of measurements and calculations, the best configuration was obtained, namely the light intensity according to SNI 03-6575 Year 2001 and the exposure to the magnetic field was smaller according to SPLN 112: 1994. The results of the calculation of the total electricity tariff for the entire room for 30 years. days with CFL and LED configurations get optimization and can save from the use of existing lamps of Rp. 82,929 or 66% more efficient.
People really need lighting in their daily life, especially when doing activities at home, but the need for lighting is still not paid attention to the light intensity of each room and the threshold for exposure to magnetic fields. A case study conducted in one residential house with a total of 7 rooms found that the use of existing lamps had too high a light intensity so that it did not comply with the provisions of SNI 03-6575 of 2001 so that the value of exposure to the magnetic field was also of high value. Therefore, the researchers conducted research on optimization of CFL and LED lamps with the aim of knowing the intensity of light, knowing the power usage, knowing the difference in the value of exposure to magnetic fields and knowing which type of CFL and LED lamps were the most optimal, with the method carried out, namely taking measurements at home. occupancy by measuring light intensity, measuring power and measuring exposure to magnetic fields then calculating the energy use of the lamp for 30 days assuming 12 hours of use. Based on the results of the study, obtained from the results of measurements and calculations, the best configuration was obtained, namely the light intensity according to SNI 03-6575 Year 2001 and the exposure to the magnetic field was smaller according to SPLN 112: 1994. The results of the calculation of the total electricity tariff for the entire room for 30 years. days with CFL and LED configurations get optimization and can save from the use of existing lamps of Rp. 82,929 or 66% more efficient.
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