Use Of ACS 712ELC-5A Current Sensor on Overloaded Load Installation Safety System

Nugraha, Anggara Trisna; Ravi, Alwy Muhammad; Priyambodo, Dadang; Realdo, Adam Meredita; Ivanuri, Fahmi; Safitri, Lailia Nur; Zakariz, Naufal Praska; Messiah, Muhammad Syahid

doi:10.33086/atcsj.v4i1.2088

Cited by 4 publications

(4 citation statements)

References 5 publications

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“…Apabila suatu sistem rangkaian listrik tidak mempunyai proteksi arus lebih, maka saat terjadi arus lebih akibat hubung singkat komponen pada rangkaian sistem akan menjadi panas dan dapat terjadi kerusakan pada komponen tersebut apabila hubung singkat didiamkan dalam kurun waktu tertentu. Beberapa komponen proteksi terhadap adanya arus lebih yaitu relay [5]. Untuk itu, digunakan relay yang dapat membuat rangkaian sistem buck converter tertutup atau terbuka dengan otomatisasi melalui kontrol mikrokontroller.…”

Section: Pendahuluanunclassified

Sistem Proteksi Arus Lebih pada Proses Pengisian Baterai Menggunakan Buck Converter Metode Constant Voltage

Lestyanto,

Sutedjo,

Windarko

et al. 2023

elkom. jur. tekn. elekt. komp.

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Sistem proteksi arus lebih pada suatu rangkaian listrik sangat diperlukan untuk menghindari kerusakan pada komponen yang diakibatkan oleh lonjakan arus yang tinggi (overcurrent). Salah satu penyebab terjadinya arus lebih adalah terjadinya hubung singkat (short circuit). Apabila terjadi hubung singkat pada sistem, maka tegangan pada buck converter akan menurun drastis dan arus akan mengalami lonjakan hingga melampaui arus nominal sistem. Pada umumnya untuk melakukan proteksi arus lebih digunakan MCB (Miniature Circuit Breaker). Namun pada praktiknya penggunaan MCB harus mengaktifkan secara manual setelah melakukan proteksi arus lebih. Oleh karena itu, komponen relay digunakan untuk membatasi arus dan melakukan proteksi terhadap arus lebih pada sistem. Pada penelitian ini digunakan panel surya 100WP, baterai lead-acid 12V/20Ah, dan buck converter. Deteksi arus lebih didapatkan dari hasil pembacaan arus keluaran buck converter. Saat terminal keluaran tegangan buck converter dihubungkan singkat dalam keadaan berbeban atau tidak berbeban dapat menyebabkan terjadi arus lebih pada sistem, relay memutus rangkaian sebagai aksi proteksi terhadap arus lebih. Sistem pengisian baterai dengan menggunakan kontrol PI (Proportional Integral) dapat menstabilkan tegangan keluaran buck converter sebesar 14,38 Volt. Sistem kontrol yang diimplementasikan terbukti dapat melakukan pengisian baterai dengan baik.

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Section: Pendahuluanunclassified

Sistem Proteksi Arus Lebih pada Proses Pengisian Baterai Menggunakan Buck Converter Metode Constant Voltage

Lestyanto,

Sutedjo,

Windarko

et al. 2023

elkom. jur. tekn. elekt. komp.

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“…To ensure the safety and integrity of the load and transformer, the proposed system incorporates a current sensor that measures the RMS current of the system and detects overload conditions. Specifically, the system utilizes an ACS712 current sensor [22] rated for 5A, which uses the Hall Effect to measure AC and is equipped with all the necessary circuitry for current detection in a compact module. By incorporating this current sensor, the system can accurately measure current and prevent potential faults that could damage the load or transformer.…”

Section: G Current Sensormentioning

confidence: 99%

Integrating IoT Technology for Improved Distribution Transformer Monitoring and Protection

Rehman,

Khan

2023

Electrical, Control and Communication Engineering

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This research study focuses on developing and implementing an IoT-based distribution transformer monitoring and protection system. The traditional methods of transformer protection and monitoring have proven to be inefficient and time-consuming, leading to the need for a more modern and effective solution. In this study, a low-cost prototype system is proposed to handle and control the main functions and problems of the distribution transformer through the internet. The proposed system allows for easy monitoring and protection of the transformer, enabling electric companies to improve efficiency and reduce labour and tool costs. The system is validated using Proteus software to simulate and obtain results from the hardware. The system results are displayed in multiple ways, including LCD, system bar, and internet, making it easier for electric companies and consumers in developing countries like Pakistan to monitor and control distribution transformers efficiently. This research study aims to provide valuable insights into the effectiveness of IoT-based distribution transformer monitoring and protection systems and their potential benefits in enhancing transformer performance and efficiency.

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“…Raspberry pi processes fingerprint sensor data and controls the output using the FSM (Finite State Machine) method. If the ID is detected, the Buzzer will be ON and emit a beep so that the Relay module is ON connecting the Ignition to the motorcycle, and if the ID is not detected, the Buzzer is OFF so that the Relay is OFF [13], [14], if there is a change in parking location or theft, the GPS module will detect the location based on the coordinates then The smartphone receives a notification in the form of a movement and displays Google Maps to see the location of the motorcycle.…”

Section: Analysis Softwarementioning

confidence: 99%

Security System For Motorcycle Using Raspberry Pi and Fingerprint With Mobile-Based Finite State Machine (FSM) Method

Muzawi¹,

Efendi²,

Rio³

et al. 2023

iiroi

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Data from the BPS (Central Statistical Agency) show that private car theft in Indonesia is on the rise year after year, especially for two-wheeled vehicles or motorcycles. According to the BPS Crime Statistics Report, there were around 35,000 motor vehicle theft events in Indonesia in 2017 and 38,000 instances in 2018. People's concerns regarding the security of these two-wheeled vehicles are growing as a result. This study presents a fingerprint- and Raspberry Pi-based motorcycle security system. Bikes may be monitored, and their ignitions can be controlled remotely using a mobile-based Finite State Machine (FSM) technique. The Neo 6 GPS module will send longitude and latitude in real time to the Android smartphone application, which generates a map or location point so that it will send notifications if there is movement on the motorcycle. The voltage sensor connected to the Raspberry Pi circuit can detect the motor voltage. A system that uses the FSM (Finite State Machine) approach to identify changes in location data from designated parking lots and deliver messages to a push bullet is the study's output. Controlling the motorcycle ignition, which may remotely switch off the motorcycle when one is taken, is another way to provide early notice.

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Use Of ACS 712ELC-5A Current Sensor on Overloaded Load Installation Safety System

Cited by 4 publications

References 5 publications

Sistem Proteksi Arus Lebih pada Proses Pengisian Baterai Menggunakan Buck Converter Metode Constant Voltage

Sistem Proteksi Arus Lebih pada Proses Pengisian Baterai Menggunakan Buck Converter Metode Constant Voltage

Integrating IoT Technology for Improved Distribution Transformer Monitoring and Protection

Security System For Motorcycle Using Raspberry Pi and Fingerprint With Mobile-Based Finite State Machine (FSM) Method

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