PENGARUH KELEMBABAN SUHU TERHADAP RUGI-RUGI DAYA DI GARDU DISTRIBUSI JS49 DAN JS175 DI PT. PLN (PERSERO) UP3 PONDOK GEDE
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Hamdani, Adam
Hutadjulu, Albert Gifson
Pahiyanti, Novi Gusti
Hutadjulu, Albert Gifson
Pahiyanti, Novi Gusti
Subject
Teknik Elektro
Datestamp
2022-10-04 02:16:05
Abstract :
This study aims to determine how the influence of temperature and humidity on cubicles on power losses, from this study researchers used several study methods. Field observation literature data collection and system analysis, from this study researchers participated in field inspection activities aimed at knowing the measurement results of cubicle, the measurement results obtained are two concrete substations with pamen feeders in the area of PT. PLN Pondok Gede substation JS49 and JS175, the results of measuring temperature and humidity JS49 cubicle temperature 27 ° C and RH 86% and JS175 cubicle temperature 29 ° C and RH 80%, so you can get the calculation of power losses at each substation, JS49 substation with power losses of 0.790 kW, and substation JS175 with power losses of 0.789 kW, and we can find out which cubicles are affected by corona symptoms with a loud sound and smell of ozone in the cubicles, using an ultrasound device can find out, and we can minimize the loss- The power loss in the cubicles exposed to the corona with the crushing stress value can be eliminated by optimizing the humidity (RH) value and the cubicle temperature
This study aims to determine how the influence of temperature and humidity on cubicles on power losses, from this study researchers used several study methods. Field observation literature data collection and system analysis, from this study researchers participated in field inspection activities aimed at knowing the measurement results of cubicle, the measurement results obtained are two concrete substations with pamen feeders in the area of PT. PLN Pondok Gede substation JS49 and JS175, the results of measuring temperature and humidity JS49 cubicle temperature 27 ° C and RH 86% and JS175 cubicle temperature 29 ° C and RH 80%, so you can get the calculation of power losses at each substation, JS49 substation with power losses of 0.790 kW, and substation JS175 with power losses of 0.789 kW, and we can find out which cubicles are affected by corona symptoms with a loud sound and smell of ozone in the cubicles, using an ultrasound device can find out, and we can minimize the loss- The power loss in the cubicles exposed to the corona with the crushing stress value can be eliminated by optimizing the humidity (RH) value and the cubicle temperature
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