@thesis{thesis,
		author={Efendi  Rinaldi and Mauriraya  Kartika Tresya},
		title ={PERBAIKAN JATUH TEGANGAN PADA JARINGAN DISTRIBUSI 13,8 KV DENGAN AVR (AUTOMATIC VOLTAGE REGULATOR) DI PERTAMINA (PERSERO) HULU ENERGI OFFSHORE SOUTHEAST SUMATERA},
		year={2019},
		url={http://156.67.221.169/1671/},
		abstract={A good electric power system must have a voltage value that does not exceed the tolerance limits and small power losses. Tolerance limits are allowed for a voltage value of + 5% and -10% of the nominal value. A constant voltage value will optimize the performance of electrical equipment. The condition before
maneuvering on the network there is no problem of voltage drop that exceeds the tolerance limit, the main supply condition before the maneuver is the RAM-P segment and is channeled to the RAM-C segment of the RAMC segment distributed to the RAM-E segment and from the RAM-E segment distributed to
the GITA segment due to maintenance on the RAM-C segment, the segment will be broken open and maneuvered to replace the main supply, then the main supply will be replaced by the KRIB segment. Load, and the length of the network is very influential on the voltage drop that occurs, but the length of a network is more influential on the voltage drop than the magnitude of the load. The value of Resistance and Reactance will be greater because it is influenced by the length
of a network. The lowest voltage drop when the maneuver has touched 11.59%, so it is necessary to take action to correct the voltage, the received voltage in the GITA segment before repairing is 12674.22 Volts. The solution that can be done
to improve the voltage on the channel is to use the AVR installation method on the network, because}
		}