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Mhd Rizki Syahputra
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Computer Science & IT

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RANCANG BANGUN SISTEM SMART CONTROL ENERGI IDLE TIME PADA RUANG LABORATORIUM Mhd Rizki Syahputra; Raja Nasrul Fuad; Adi Sastra Pengalaman Tarigan; Rahmaniar
Jurnal TIMES Vol 11 No 1 (2022): Jurnal TIMES
Publisher : STMIK TIME

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.51351/jtm.11.1.2022673

Abstract

Teknologi dengan implementasi smart sistem ini akan mampu menunjang untuk meningkatkan dan mampu untuk menciptakan kehandalan serta efesiensi pada sistem pembangkit maupun distribusi daya listrik. Alat ini dapat beroperasi secara otomatis untuk menghentikan aliran energi listrik pada saat waktu istirahat dan informasinya disampaikan kepada pengelola gedung secara mobile. Hasil pengukuran SiSCE apabila aliran listrik tidak dimatikan selama waktu istirahat menunjukan konsumsi energi listrik pada saat istirahat hampir mencapai setengah lebih tinggi dibandingkan dengan jam operasional kegiatan perkantoran. Teknologi ini juga bisa membantu mempercepat proses elektrifikasi di Indonesia. Dengan tujuan melakukan penghematan konsumsi pada suatu energi listrik, untuk mengontrol penggunaan energi listrik tersebut maka dilakukan pengembangan suatu sistem smart control energi dengan menerapkan teknologi Wireless Sensor Network (WSN) dan Internet of Thing (IoT) yang mana bisadapat mewujudkan Smart Office hemat energi untuk mendukung Smart City (SC) di Era Industri sekarang ini, Pengujian Sistem Smart Control Energi (SiSCE) dilakukan di Laboratorium Sekolah SMK.
ANALISIS KINERJA HELM PELINDUNG DIRI PADA PEKERJA INDUSTRI MENGGUNAKAN SENSOR LIGHT DEPENDENT RESISTOR UNTUK MINIMALISIR KECELAKAAN Mhd Rizki Syahputra; Adisastra Pengalaman Tarigan
Jurnal Nasional Teknologi Komputer Vol 5 No 3 (2025): Juli 2025
Publisher : CV. Hawari

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.61306/jnastek.v5i3.266

Abstract

Industry is a sector that requires special attention regarding worker safety. To increase the level of safety, the use of Personal Protective Equipment (PPE) connected to sensors is an innovative smart solution. By utilizing Internet of Things technology, the PPE system can provide real-time information regarding worker conditions and the work environment. Worker helmets are equipped with LDR sensors, which function to provide warnings to workers who are not wearing helmets and send information to the field supervision center via the Telegram application These sensors confirm the presence of workers and provide information about their activities. The LDR sensors are connected to a central monitoring system that enables real-time monitoring and rapid response to workers who are not wearing PPE helmets. This solution not only provides maximum protection against the risk of accidents, but also increases efficiency in safety management in industry. With automatic notifications and connection to a central system, this solution is a proactive step towards a safer and more efficient work environment in the industrial sector.
Sequential Conveyor Simulator berbasis PLC Omron CP1MA-30CDR-A-V1. Mhd Rizki Syahputra; Adi Sastra Pengalaman Tarigan
Jurnal Nasional Teknologi Komputer Vol 6 No 1 (2026): Januari 2026
Publisher : CV. Hawari

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.61306/jnastek.v6i1.348

Abstract

With the growing controlled system used in small industries and big industries which was originally used hard wired into Programable Logic Controller requires the students know and understand about PLC because, PLC makes it easy for user to change a system without changing the electrical circuit. The author believes that the focus of learning the philosophy of making a control system does not have to depend on a particular PLC brand. Therefore in this final project the authors designed a Sequential Conveyor Simulator. Control system is intended to control the on/off conveyor and find out how much power needed to drive the conveyor. In the control system, there are three digital inputs are sourced from the push button, sensor, and limit switch while output in the form of on/off conveyor motors. The series consists hardware and software that connect the two using a simple wiring. From the test result show the hardware and software in accordance with the design controll proces, the average power needed to move the conveyor is 13,077 watt.
Co-Authors Adi Sastra Pengalaman Tarigan Adisastra Pengalaman Tarigan Fuad, Raja Nasrul Rahmaniar