Analisa Dan Rancang Bangun Sistem Proteksi Generator Terhadap Beban Linier Dan Non Linier
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Institusion
Politeknik Negeri Bengkalis
Author
Hakiki, M.Imron
Subject
451 Teknik Elektro
Datestamp
2022-07-18 10:21:41
Abstract :
The generator is a source of electrical energy in the electric power system, so it needs to be protected from all disturbances so that the system does not get damaged because the damage to the generator will greatly disrupt the electricity provider. Protection system is the arrangement of equipment that is planned to be able to measure the presence of interference and determine the location of the disturbance, detecting abnormalities in the equipment in the electric power system that automatically disconnects the load from the disturbed system. Based on the background above, the authors try to make a generator safety system from overload and voltage drop against the load. With the hope that it can be used as a learning module in the electrical power protection practicum. The making of this protection system has been done for 4 months in the electrical engineering department which is the focus of genertor protection. This generator protection is read using a ZMPT101B voltage sensor and ACS712 current sensor, for filtering the voltage sensor at 150V voltage and 1.90A current censored for linear load and filtering at 2.00A voltage sensor and 2.00A current censored for non-linear load, current and voltage reach the settings the circuit will be interrupted.
The generator is a source of electrical energy in the electric power system, so it needs to be protected from all disturbances so that the system does not get damaged because the damage to the generator will greatly disrupt the electricity provider. Protection system is the arrangement of equipment that is planned to be able to measure the presence of interference and determine the location of the disturbance, detecting abnormalities in the equipment in the electric power system that automatically disconnects the load from the disturbed system. Based on the background above, the authors try to make a generator safety system from overload and voltage drop against the load. With the hope that it can be used as a learning module in the electrical power protection practicum. The making of this protection system has been done for 4 months in the electrical engineering department which is the focus of genertor protection. This generator protection is read using a ZMPT101B voltage sensor and ACS712 current sensor, for filtering the voltage sensor at 150V voltage and 1.90A current censored for linear load and filtering at 2.00A voltage sensor and 2.00A current censored for non-linear load, current and voltage reach the settings the circuit will be interrupted.
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