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Satriya Hadi, Fajar
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Automotive Engineering Electrical & Electronics Engineering Energy Industrial & Manufacturing Engineering Mechanical Engineering

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Pengembangan Sepeda Listrik Bertenaga Surya Sebagai Transportasi Ramah Lingkungan Fakhrurozi, A. Shodiq; Basuki; Anisa Rokhmahwati, Dian; Satriya Hadi, Fajar
Jurnal MOTION ( Manufaktur, Otomasi, Otomotif, dan Energi Terbarukan) Vol. 1 No. 1 (2022): Jurnal MOTION: November
Publisher : UNHASY

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33752/motion.v1i1.3469

Abstract

Electric bicycles are alternative fuel vehicles. Electric bicycles use an energy source in the form of electricity. Many alternative energy potentials can be developed in Indonesia, including solar power. To be able to convert solar energy into electricity, a solar panel is needed. The problem in this study is how the design process and performance efficiency of solar electric bicycles are, while the purpose of this study is to determine the design process and performance efficiency of solar electric bicycles. The type of research used by the author is a research and development method. The test is carried out after the manufacturing process is complete, starting from the manufacture of the solar panel holder, the buffer holder, the dynamo holder, and the assembly of the electrical components. The test was conducted to determine the speed and a distance of 700 meters with a user weight of 61Kg. From the results, it was found that to be able to travel a distance of 700 meters took an average of 2 minutes 27 seconds with an average speed of 18 kilometers/hour.
Rancang Bangun Mesin Pengayak Pasir Semi Otomatis Fudziyanto, Nurul; Satriya Hadi, Fajar; Arif Irfai, Mochamad; Anisa Rokhmahwati, Dian
Jurnal MOTION ( Manufaktur, Otomasi, Otomotif, dan Energi Terbarukan) Vol. 1 No. 1 (2022): Jurnal MOTION: November
Publisher : UNHASY

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33752/motion.v1i1.3470

Abstract

The sand sieving process is an activity that we often encounter in infrastructure development projects. But in the case of observations, problems are often encountered where workers still rely on simple or manual equipment. Based on the observations of the cases found, a semi-automatic sand sieving machine will be designed to help construction workers. In the process of making a sand sieve machine using a 9° sieve tilt angle with a sieve area of ​​3250 cm² and using a 0.5 cm x 0.5 cm mesh type. The driving source of the sand sieving machine uses an AC 0.5 HP electric motor with 1420 rpm. The eccentric shaft has a rotational speed of 115.36 rpm after receiving rotation from the AC motor. There are several tests on the sand sieving machine including tool functional testing, tool feasibility testing, and tool testing. In the functional test of the tool, testing all parts of the sand sieving machine obtained an average test value of 95%, in the feasibility test of the tool an average value of 100% was obtained, with a score of 4 and for testing the tool which included sand sieving, the average value has obtained the average of fine sand testing is 16.46 Kg and coarse sand is 3.53 Kg in 17.48 seconds, so it can be seen that the sand sieving machine can work optimally.
Pengembangan Sepeda Listrik Bertenaga Surya Sebagai Transportasi Ramah Lingkungan Fakhrurozi, A. Shodiq; Basuki; Anisa Rokhmahwati, Dian; Satriya Hadi, Fajar
Jurnal MOTION ( Manufaktur, Otomasi, Otomotif, dan Energi Terbarukan) Vol. 1 No. 1 (2022): Jurnal MOTION: November
Publisher : UNHASY

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33752/motion.v1i1.3469

Abstract

Electric bicycles are alternative fuel vehicles. Electric bicycles use an energy source in the form of electricity. Many alternative energy potentials can be developed in Indonesia, including solar power. To be able to convert solar energy into electricity, a solar panel is needed. The problem in this study is how the design process and performance efficiency of solar electric bicycles are, while the purpose of this study is to determine the design process and performance efficiency of solar electric bicycles. The type of research used by the author is a research and development method. The test is carried out after the manufacturing process is complete, starting from the manufacture of the solar panel holder, the buffer holder, the dynamo holder, and the assembly of the electrical components. The test was conducted to determine the speed and a distance of 700 meters with a user weight of 61Kg. From the results, it was found that to be able to travel a distance of 700 meters took an average of 2 minutes 27 seconds with an average speed of 18 kilometers/hour.
Rancang Bangun Mesin Pengayak Pasir Semi Otomatis Fudziyanto, Nurul; Satriya Hadi, Fajar; Arif Irfai, Mochamad; Anisa Rokhmahwati, Dian
Jurnal MOTION ( Manufaktur, Otomasi, Otomotif, dan Energi Terbarukan) Vol. 1 No. 1 (2022): Jurnal MOTION: November
Publisher : UNHASY

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33752/motion.v1i1.3470

Abstract

The sand sieving process is an activity that we often encounter in infrastructure development projects. But in the case of observations, problems are often encountered where workers still rely on simple or manual equipment. Based on the observations of the cases found, a semi-automatic sand sieving machine will be designed to help construction workers. In the process of making a sand sieve machine using a 9° sieve tilt angle with a sieve area of ​​3250 cm² and using a 0.5 cm x 0.5 cm mesh type. The driving source of the sand sieving machine uses an AC 0.5 HP electric motor with 1420 rpm. The eccentric shaft has a rotational speed of 115.36 rpm after receiving rotation from the AC motor. There are several tests on the sand sieving machine including tool functional testing, tool feasibility testing, and tool testing. In the functional test of the tool, testing all parts of the sand sieving machine obtained an average test value of 95%, in the feasibility test of the tool an average value of 100% was obtained, with a score of 4 and for testing the tool which included sand sieving, the average value has obtained the average of fine sand testing is 16.46 Kg and coarse sand is 3.53 Kg in 17.48 seconds, so it can be seen that the sand sieving machine can work optimally.
Co-Authors Anisa Rokhmahwati, Dian Basuki Fakhrurozi, A. Shodiq Fudziyanto, Nurul MOCHAMAD ARIF IRFAI