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All Journal Equilibrium: Jurnal Pendidikan Jurnal Penelitian Pendidikan IPA (JPPIPA) PENDIPA Journal of Science Education EDUKATIF : JURNAL ILMU PENDIDIKAN Jurnal Pendidikan dan Konseling Piston: Journal of Technical Engineering JIIP (Jurnal Ilmiah Ilmu Pendidikan) JURNAL ILMIAH MAKSITEK JURNAL ILMIAH SIMANTEK JURNAL ILMIAH KOHESI Community Development Journal: Jurnal Pengabdian Masyarakat BERNAS: Jurnal Pengabdian Kepada Masyarakat JURNAL RECTUM: Tinjauan Yuridis Penanganan Tindak Pidana AJAD : Jurnal Pengabdian kepada Masyarakat Journal of Educational Analytics INPAFI (Inovasi Pembelajaran Fisika) Innovative: Journal Of Social Science Research Jurnal Pengabdian Harapan Bangsa Jurnal Teknik Mesin UDA Jurnal Sains Student Research Jurnal ABDIMAS MUTIARA Pengembangan Penelitian Pengabdian Jurnal Indonesia (P3JI) Pande Nami Jurnal (PNJ) Jurnal Pengabdian Masyarakat SAPANGAMBEI MANOKTOK HITEI
Manalu, Andriono
Department Of Physics Education, Faculty Of Teacher Training And Education, Universitas HKBP Nommensen Pematangsiantar, Pematangsiantar, 21132
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Journal : Piston: Journal of Technical Engineering

 1 
Greenhouse Monitoring and Controlling System, Study Case "Strawberry" Istas Pratomo Manalu; Sanita Simamora; Ruben Mual Siregar; Alexius Humbang Manik; Andriono Manalu
Piston: Journal of Technical Engineering Vol 5, No 1 (2021)
Publisher : Prodi Teknik Mesin

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (1141.612 KB) | DOI: 10.32493/pjte.v5i1.14722

Abstract

Penerapan teknologi di bidang pertanian telah mengalami kemajuan dan perkembangan terhadap ilmu teknologi. Teknologi yang lebih spesifik digunakan adalah IoT (Internet of Things), dimana pemanfaatan jaringan internet menjadi salah satu faktor utama dalam mengembangkan mesin-mesin teknologi yang bersifat otomatis guna meningkatkan sistem pertanian. Oleh karena itu penggunaan IoT adalah sangat bermanfaat dalam bidang pertanian khususnya dalam budidaya stroberi yang memerlukan pengendalian khusus dalam setiap proses pemeliharaannya yaitu untuk beberapa aktivitas utama seperti penyiraman, pemupukan, dan pemantauan suhu serta kondisi tanaman secara real-time. Melalui penelitian dan pengembangan ini diharapkan sistem IoT dapat membantu aktivitas budidaya stroberi yang dirancang menggunakan NodeRED sebagai visual programming dan terhubung dengan protokol MQTT sebagai protokol dalam transmisi data dan informasi. Node-RED sebagai teknologi terbaru dimanfaatkan untuk dapat memudahkan proses penerapan sistem IoT dan melakukan pengontrolan dan pemantauan terhadap setiap data dan perintah yang diterima dan dibuat. Metode penelitian dimulai dari pengumpulan data, mendesain model, mengumpulkan alat dan bahan, melakukan pengujian, implementasi alat kepada objek, dan evaluasi terhadap setiap proses implementasi yang telah berjalan. Target yang ingin dicapai dalam penelitian ini adalah mampu mengurangi tenaga petani, efisiensi waktu dengan adanya sistem automation, dan mampu menjaga proses pertumbuhan tanaman stroberi secara optimal.
Greenhouse Monitoring and Controlling System, Study Case "Strawberry" Istas Pratomo Manalu; Sanita Simamora; Ruben Mual Siregar; Alexius Humbang Manik; Andriono Manalu
Piston: Journal of Technical Engineering Vol 5, No 1 (2021)
Publisher : Prodi Teknik Mesin

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32493/pjte.v5i1.14722

Abstract

Penerapan teknologi di bidang pertanian telah mengalami kemajuan dan perkembangan terhadap ilmu teknologi. Teknologi yang lebih spesifik digunakan adalah IoT (Internet of Things), dimana pemanfaatan jaringan internet menjadi salah satu faktor utama dalam mengembangkan mesin-mesin teknologi yang bersifat otomatis guna meningkatkan sistem pertanian. Oleh karena itu penggunaan IoT adalah sangat bermanfaat dalam bidang pertanian khususnya dalam budidaya stroberi yang memerlukan pengendalian khusus dalam setiap proses pemeliharaannya yaitu untuk beberapa aktivitas utama seperti penyiraman, pemupukan, dan pemantauan suhu serta kondisi tanaman secara real-time. Melalui penelitian dan pengembangan ini diharapkan sistem IoT dapat membantu aktivitas budidaya stroberi yang dirancang menggunakan NodeRED sebagai visual programming dan terhubung dengan protokol MQTT sebagai protokol dalam transmisi data dan informasi. Node-RED sebagai teknologi terbaru dimanfaatkan untuk dapat memudahkan proses penerapan sistem IoT dan melakukan pengontrolan dan pemantauan terhadap setiap data dan perintah yang diterima dan dibuat. Metode penelitian dimulai dari pengumpulan data, mendesain model, mengumpulkan alat dan bahan, melakukan pengujian, implementasi alat kepada objek, dan evaluasi terhadap setiap proses implementasi yang telah berjalan. Target yang ingin dicapai dalam penelitian ini adalah mampu mengurangi tenaga petani, efisiensi waktu dengan adanya sistem automation, dan mampu menjaga proses pertumbuhan tanaman stroberi secara optimal.
Analisis Kualitas Udara Goa Seribu Banuarea Istas Pratomo Manalu; Gerry Italiano Wowiling; Sari Muthia Silalahi; Marojahan Mula Sigiro; Eka Stephani Sinambela; Andriono Manalu
Piston: Journal of Technical Engineering Vol 7, No 1 (2023)
Publisher : Prodi Teknik Mesin

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32493/pjte.v7i1.30159

Abstract

One of the technological advances that are starting to be applied in various fields is data transmission. Data transmission sends messages from one point to another to get or exchange information. To perform the data transmission, technology and tools are needed which can support the process. The technology that supports the data transmission system is the Wireless Sensor Network. The tool that supports the data transmission is LoRa. LoRa is a module that is able to support data transmission systems with a fairly long distance range. In this study, LoRa testing was carried out using several distances, namely 100 meters, 200 meters, 300 meters, 400 meters to get the RSSI and SNR values. The purpose of determining the RSSI and SNR is to find out how LoRa's performance is in sending data in the agricultural sector. The tests carried out are still in agricultural areas which are still in the category of many obstacles and a lot of noise. So that in the tests carried out LoRa can still be used to send data, it's just that the farther the transceiver is to the receiver, the more data will be lost. At a distance of 100 meters, 10 data are received. At a distance of 200 meters there are 9 data, at a distance of 300 meters there are 7 data and at a distance of 400 meters 3 data are received.
LoRa-based IoT Device for Water Quality Monitoring (Case Study: Lake Toba) Gloria Polly, Victori Steev; Manalu, Andriono; Simbolon, Kiki Tristianti; Manalu, Istas Pratomo
Piston: Journal of Technical Engineering Vol. 7 No. 2 (2024)
Publisher : Program Studi Teknik Mesin Universitas Pamulang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32493/pjte.v7i2.35854

Abstract

Lake Toba, the largest lake in Indonesia, faces water pollution problems due to many sources of household waste, fertilizer waste from rice fields, and fish feed waste. Therefore, a water quality monitoring system is needed to warn the public and visitors early before they carry out recreational activities or use water from the lake. This research aims to build a system that can monitor the water quality of Lake Toba in real-time using LoRa technology, as well as analyze the water quality of Lake Toba with the parameters pH, dissolved oxygen, temperature, and turbidity. As a result, we created a water quality monitoring system and obtained water quality analysis results from 3 locations that are always busy with tourists. The results of measurements at Pantai Pasir Putih received a temperature range of 25.5°C to 28.5°C, turbidity ranged from 4.1 to 5.5 NTU; pH levels varied between 6.8 to 7.2, dissolved oxygen levels ranged from 8 .0 mg/L to 9.0 mg/ L. The results of measurements at Siregar Aek Nalas recorded temperatures ranging from 25°C to 28°C, turbidity levels of approximately 11.49 NTU and 14.65 NTU, pH levels fluctuating between 9 and 11, dissolved oxygen levels ranging from 29 mg/L to 32 mg/L. The temperature obtained for Pantai Lumban Bulbul was 25°C, turbidity ranged from 0.62 NTU to 2.60 NTU, the pH level was also consistently measured at 8, and dissolved oxygen levels were recorded at 9-10 mg/L.
Co-Authors Ady Frendly Simanullang Ady Frenly Simanullang Agnes Theresia Turnip Alexius Humbang Manik Anatalisya Ari Naibaho Anton Luvi Siahaan Aprido Bernando Simamora Aprido Bernando Simamora Arent, Ease Asister Fernando Siagian Ayu Laia, Indah Septa Bajongga Silaban, Bajongga Canni Loren Sianturi Chelsi Putri Y Br. Situmorang Christina Sitepu Christine M. D. Butar Butar Butar Butar Claresia C. Z. Harianja Desi Sonia Petlin Nainggolan Dumaris E. Silalahi Dumaris Elserida Silalahi Eka Notasya Simanullang Eka Stephani Sinambela Elza L.L. Saragih Endang Novi Trisna Siloto Esti Marlina Sirait Fhingki Vanny Napitupulu Firman Pangaribuan Friska Tulus Fitri Ani Nababan Gea, Kristian Gerry Italiano Wowiling Giawa, Budisman Giawa, Sozanolo Gloria Polly, Victori Steev Hebron Pardede Herman Herman Hia, Mitra Gusmeni Hutahuruk, Tommy Perkasa Indah Nurlelyanna Siringoringo Indah Nurlelyanna Siringoringo Indah Septa Ayu Laia Intan Kandace Siallagan Istas Pratomo Manalu Istas Pratomo Manalu Juli Antasari Br Sinaga Juliper Nainggolan JUSPEN GULTOM Kasih Lestari Zega Laia, Ridana Lamhot Tua Simanjuntak Leonita Maria E Manihuruk Lerista Permatasari Siringoringo Lia Deniati Manurung Lumbangaol, Sudirman Togu P. Manullang, Mellyana Marojahan MT Sigiro MARSINTA ROSALENA WATI SIALLAGAN Melani Dewi Nagur Mia Agustine Carolina Sianturi Monalisa Martha Siahaan MULA SIGIRO Mutiara S. Tambunan Nabila Sekar Ayu Nela Inda Aulin PANE, JANUARIS PANJAITAN, MUKTAR B Parlindungan Sitorus Parulian, Haris Pentaria Sianipar Prini Desima Evawani Ambarita Purba, Ika Damayanti Puspita Sari Sihotang Rajagukguk, Tommi Perkasa Rick Hunter Simanungkalit, Rick Hunter Rico Ary Gunawan Silaban Rina Devi Siahaan Rio Jaya Lestari Br Lumban Gaol Rio Parsaoran Napitupulu Riossally Marselina Tumanggor ROITA MEILANI NAIBAHO ROITA MELIANI NAIBAHO RONAULI ENJELIA SILALAHI ROSA VERAWATI MARBUN Rosben Sihombing Ruben Mual Siregar S, Charles Adelberth Sanita Simamora Sari Muthia Silalahi Selamat Triadil Saragih Selamat Triadil Saragih Sepriyana Sagala Siagian, Claudyo Siahaan, Fine Eirene Siahaan, Rina Devi Romauli Siahaan, Saloom Hilton Sianturi, Mia Agustine C. Sidabutar, Yanti Arasi Sihombing, Grace Maria Sihotang, Puspita Sari Sijabat, Marcellina Katarina Sijabat, Osco Parmonangan Silaban, Winarto Simamora, Rianita Simanullang, Ady Frenly Simarmata, Nindy Claudia Veronika Simatupang, Samuel Mangapoi Simatupang, Samuel Pangapoi Simbolon, Kiki Tristianti Simon Panjaitan Sitinjak , Erni Kusrini SITINJAK, ERNI KUSRINI Sitio, Hetdy Sri Wahyuni Taufik Hidayat Harita Tiara Margaret Tarihoran Tulus Nababan Turnip, Nova Lestari Uci Ekaristi Sembiring Vemmy Rebecca Rohana Malau Vera Ningsi Situmeang Yesitina W Rajagukguk Zai, Ramiani Zalukhu, Atalisi