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Journal : Journal of Railway Transportation and Technology

THE ASLA INTELLIGENT SENSOR IN ENERGY-SAVING AND ENVIRONMENTALLY FRIENDLY DIRECTIONAL LIGHTING SETTINGS: ENERGY SULISTIYO, HAFIZH; Azalig, Risyad; Wicaksana, Bimashena Aprilio; Raharjo, Efendhi Prih; prasetiyo, Alfian yuda; Dewi, Puspita; Nurhadi, Muhamad
Journal of Railway Transportation and Technology Vol. 3 No. 2 (2024): November
Publisher : Politeknik Perkeretaapian Indonesia Madiun

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.37367/jrtt.v3i2.53

Abstract

This research develops and tests an innovative tool called ASLA (Automated Signal Light Brightness Adjustment) designed to automatically adjust the brightness of train signal lights based on environmental conditions such as light intensity, rain, and fog. The main purpose of this tool is to reduce the waste of electrical energy caused by using lights with constant brightness intensity all the time. An experimental method is used in this research, where tests are conducted by measuring important variables such as light intensity, current, voltage, and LED brightness. It uses sensor fusion techniques to combine data from various sensors, such as LDRs, rain sensors, and gas sensors, to obtain accurate environmental information. The test results showed that the ASLA tool successfully reduced power consumption from 2.37W to 2.24W, contributing to electricity savings. In addition, the variation of LED power decreased to less than 0.2W under certain weather conditions. This research proves that ASLA functions optimally by increasing the efficiency of electrical energy use in train signal lights.
Innovation In Renewable Energy Systems: Utilization Of Piezoelectric Sensors On Railway Tracks To Harvest Vibration Energy PUTRA BUDIMAN, FIRJATULLAH AKBAR; Pandya, Bagas; Kusuma, Anung; Fadhilah, Hasna; Dewi, Puspita; Prasetiyo, Alfian Yuda; Nurhadi, Muhamad
Journal of Railway Transportation and Technology Vol. 4 No. 2 (2025): November
Publisher : Politeknik Perkeretaapian Indonesia Madiun

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.37367/jrtt.v4i2.57

Abstract

Green energy development prioritizes sustainable sources like solar, wind, biomass, and geothermal to combat climate change and resource depletion. In this context, piezoelectric technology offers a promising solution for energy harvesting from vibrations and mechanical stresses, such as those generated by vehicles or trains. This technology converts mechanical pressure into electrical energy via polarization changes within piezoelectric materials. This system has proven effective in powering electronic devices and signaling systems at railway level crossings, especially in remote areas lacking grid access. This study employs a descriptive method with a quantitative approach, utilizing experimental data. Data acquired from experiments conducted with the device positioned at a railway level crossing, observing passing trains and various motor vehicles including cars, trucks, and buses, indicated a generated power of 18,185 watts. With the series installation of ten such devices, a total power output of 165.44 Watts per day can be achieved, which is sufficient to meet the energy demands of the signaling system. The harvested energy powers signaling systems, lighting, and other electronic equipment at level crossings. Implementing this technology not only enhances sustainability through renewable energy use but also reduces reliance on external electricity supplies. Consequently, piezoelectric technology significantly improves operational efficiency and railway safety, particularly at level crossings.
Co-Authors Afnita Afnita Afriani, Miskah Agus Syahid Akib, Nasifa Tridasari Alfian Yuda Prasetiyo Alfilail, Nur Ali Khomsan Alkhafi Maas Siregar Andriyani, Sherly Regita Anggriani, Rini Arsana, I Made Mangku Arwin Yafi Rahmatullah Aryan Agus Pratama Astuti, Emi Astuti, Septiana Widi Azalig, Risyad Azmy, Dzikry Ulyl Basti Basti Cesarasyid, Muhammad Kesuma Cesilia M Dwiriani Dadang Sanjaya Atmaja Damayanti, Ajeng Tyas Diah Supatmiwati Dzulqornain, Muhammad Efendi, Ismail Elfrianto ., Elfrianto Erlangga, Aditya Wahyu Erpina, Evi Fadhilah, Hasna Fatimatuzzahra Fatimatuzzahra Faujani, Fajrina Putri Fitri Hayati Hammad, Rifqi Hana Wardani Puruhita Hani, Umi Haryono, Ika Avrilina Heikal, Jerry Helna Wardhana Hendro Prassetiyo Hilda Hastuti I Nyoman Miyarta Yasa Ibrahim, Isra Dewi Kuntary Istiqomah, Chilyatul Jabal Ahsan Janadiyah, Fadillah Josman, Lady Faerrosa Jufri Darma Julianto, Indra Rasyid K Bidin, Cici Rianti Kurniadin Abd Latif Kurniawan, Muhammad Adib Kusuma, Anung Lamusu, Faruq M. Chothibul Umam Assa’ady Meilyana Meizara, Eva Moh. Ali Murad Muhammad Eka Putra Ramandha Muhammad Romzi Muhammad Zaki Pahrul Hadi Ni Ketut Putri Nila Sudewi Nopryanto, Windi Nugraha, Rizky Nur Aulia, Reza Nurhadi, Muhamad Nurliani, Siti Oktaviona, Alivia Pandya, Bagas Pasaribu, Devi Rahmadani Pratama, Aryan Puspita, Rahista Maya Puspitasari, Mariana Diah PUTRA BUDIMAN, FIRJATULLAH AKBAR Raharjo, Efendhi Prih Rahmawati, Lela Ramdhani, Suciaty Restu Alpiansah Ridhasyabina, Muna Risendy, Rian Riyana Rizki Yuliatin Riyanta, Wawan Rizal Ramdani Rosidah Alawiyah Sari, Dian Eka Satrya HD, Dharma Satya HD, Dharma Sibarani, Choms Gary Ganda Tua Sirojul Hadi Siti Soraya Solehah, Yunita Amelia Sujaka, Tomi Tri Sujaka, Tomy Tri SULISTIYO, HAFIZH Sulmi Magfirah Sulmi Magfirah, Sulmi Sunarya, Nayla Octavia Surya Wisada Dachi Syahfitri, Nia Taufiqillah, Rizal Tiara, Ihsan Tua Halomoan Harahap, Tua Halomoan Ummi Risti Ayuni Rahman Wahyu Kamil Syarifaturrahman, Wahyu Kamil Wibowo, Sandi Nasrudin Wicaksana, Bimashena Aprilio Widi Astuti, Septiana Windi Nopriyanto Yuliana, Ika Yuliatin , Riyana Rizki Yunika, Regina Pricilia ~ Rispianda, ~