PENERAPAN INTELLIGENCE DYNAMIC SYSTEM PADA JARINGAN DISTRIBUSI LISTRIK
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
SINAGA, PETRUS IVERSON
Sangadji, Iriansyah BM
Indrianto, Indrianto
Sangadji, Iriansyah BM
Indrianto, Indrianto
Subject
Teknik Informatika
Datestamp
2022-09-20 03:52:58
Abstract :
Prototype Smart Distribution is a simulation tool on the replication of a distribution network that will determine the path of electricity distribution, namely during normal conditions and when there is a disruption and where later it will be able to re-supply the power flow that was disconnected due to interference. The purpose of this study was to build a simulation of a prototype "Smart Distribution" to deal with problems in the distribution of electricity and to implement the Intelligence Dynamic System in determining a decision by determining an alternative path in a disruption to the distribution network. A dynamic system method is a method used to describe, model, and simulate a dynamic system (over time constantly changing). In a dynamic system, we are taught how to think in a system. In this study, the problem is that if one of the banks or batteries experiences a decrease in electrical energy or off then consumers connected to the channel will experience problems until the problem or malfunction is fixed. Normal handling takes time and can waste energy. This prototype is expected to help in solving the problem of power grid failure quickly and solve existing problems. The handler used in this prototype is to perform power outages in turns to anticipate an overall (total) power outage. The results of this study were obtained and successfully built a Prototype Smart distribution tool using Arduino uno, Relay, SENSOR INA219, Light Bulb, LM2596, Cas Aki Motor, and LCD (Liquid Cristal Display). and the prototype has succeeded in creating a distribution network by anticipating the overall outage, by rotating outages.
Prototype Smart Distribution is a simulation tool on the replication of a distribution network that will determine the path of electricity distribution, namely during normal conditions and when there is a disruption and where later it will be able to re-supply the power flow that was disconnected due to interference. The purpose of this study was to build a simulation of a prototype "Smart Distribution" to deal with problems in the distribution of electricity and to implement the Intelligence Dynamic System in determining a decision by determining an alternative path in a disruption to the distribution network. A dynamic system method is a method used to describe, model, and simulate a dynamic system (over time constantly changing). In a dynamic system, we are taught how to think in a system. In this study, the problem is that if one of the banks or batteries experiences a decrease in electrical energy or off then consumers connected to the channel will experience problems until the problem or malfunction is fixed. Normal handling takes time and can waste energy. This prototype is expected to help in solving the problem of power grid failure quickly and solve existing problems. The handler used in this prototype is to perform power outages in turns to anticipate an overall (total) power outage. The results of this study were obtained and successfully built a Prototype Smart distribution tool using Arduino uno, Relay, SENSOR INA219, Light Bulb, LM2596, Cas Aki Motor, and LCD (Liquid Cristal Display). and the prototype has succeeded in creating a distribution network by anticipating the overall outage, by rotating outages.
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