Perancangan dan Realisasi Solar Tracking System Untuk Peningkatan Efisiensi Panel Surya Menggunakan Arduino Uno

Fauzi, Kodrat Wirawan; Arfianto, Teguh; Taryana, Nandang

doi:10.15575/telka.v4n1.63-74

Cited by 7 publications

(4 citation statements)

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“…These observations indicate a direct proportional relationship between speed and energy consumption for the solar cell-based electric scooter battery: higher speeds result in increased energy consumption and shorter travel times. Conversely, lower speeds lead to longer travel times but reduced energy consumption [15], [16].…”

Section: Energy Consumption Of Electric Scootermentioning

confidence: 99%

Modification of Polycrystalline PV String for Charging on Electric Scooter

Hazrina,

Purwiyanto,

Ali

et al. 2024

PEC

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Electric scooters rely on batteries to power BLDC motors, which are traditionally recharged through the household electricity grid. However, alternatives like solar energy are being explored to reduce dependency on conventional power sources. A challenge arises due to the discrepancy in voltage compatibility between standard solar panels and scooter batteries. Typically, a 36 V scooter battery requires a higher voltage input than the 18 V output of a single solar panel. This requires modifications to align solar cell design with battery voltage requirements. This study implements a PZEM-015 sensor for monitoring battery energy consumption. The contribution of this study is twofold: to develop and optimise solar cell modification for effective battery charging and to assess battery consumption concerning speed and travel duration. Testing reveals that a series circuit modification yields an average voltage of 39.2 V and an average current of 0.55 A, resulting in 21.8 Wp of power output. Analysis of scooter performance indicates that maintaining speeds between 4.16 m/s and 5.55 m/s significantly extends travel time and conserves battery energy. These findings highlight the potential of modified solar PV in enhancing electric scooter efficiency and sustainability.

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Section: Energy Consumption Of Electric Scootermentioning

confidence: 99%

Modification of Polycrystalline PV String for Charging on Electric Scooter

Hazrina,

Purwiyanto,

Ali

et al. 2024

PEC

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“…Menurut [3] memperkirakan pemakaian energi hingga tahun 2025 masih didominasi bahan bakar fosil yakni minyak bumi, gas alam dan batu bara. Dampak penggunaan bahan bakar fosil ini sangat besar, antara lain kerusakan lingkungan karena proses penambangan, polusi dan menyebabkan pemanasan global.…”

Section: Pendahuluanunclassified

Analisis Daya Output Solar Cell Menggunakan Solar Tracker Skala Laboratorium

Syahdu,

Suripto,

Yose Rizal

2023

ENT

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Kebutuhan akan energi semakin meningkat seiring bertambahnya populasi manusia hal ini diakibatkan masih minimnya pengembangan terhadap sumber energi terbarukan salah satunya adalah energi listrik. Hal ini yang menyebabkan perlunya solar tracker untuk meningkatkan efisiensi panel surya dan daya yang dihasilkan lebih optimal. Tujuan penelitian ini adalah mengetahui arah pergerakan panel surya setelah penambahan solar tracker dan daya yang dihasilkan berdasarkan kemiringan solar cell. Metode yang digunakan adalah metode eksperimen dilakukan dengan menambahkan tracker pada solar cell, diuji pada kondisi cuaca cerah tanpa berawan, dari jam 10.00 WIB sampai jam 16.00 WIB. Hasil pengujian ini didapatkan intensitas cahaya matahari terhadap daya berdasarkan waktu dan sudut yang dihasilkan setelah penambahan tracker sebasar 38412 W/m2 dengan sudut 92,40, daya input panel sebesar 6587,658 Watt, dengan luas permukaan panel sebesar 0,1715 m2. Intensitas cahaya matahari mengalami penurunan pada pukul 16.00 WIB dengan intensitas cahaya sebesar 30228 W/m2 dan daya input panel sebesar 5184,102 Watt. Kesimpulan dari penelitian ini adalah diketahui panel surya mengalami pergerakan sesuai arah pergerakan matahari. Kemudian daya yang dihasilkan juga berdasarkan kemiringan solar cell.

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“…Sel surya menghasilkan daya maksimum ketika matahari bersinar tegak lurus satu sama lain [11]. Panel surya p-ISSN : 2528-3561 e-ISSN : 2541-1934 mengubah sinar matahari menjadi listrik dirancang dengan sistem pelacakan yang dikendalikan melalui mikrokontroler Arduino [12].…”

Section: Pendahuluanunclassified

Perancangan dan Implementasi Tracking Solar Cell System dengan Menggunakan Overload Protection

Wijaya

Alfaresi²,

Ardianto³

2021

JSE

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Solar cell tracking system is a system that uses the latest technology with combining solar tracking, the intensity of sunlight absorbed by solar cells can be optimized automatically. The purpose of this study is to make the Arduino-based solar monitoring system and load protection tool. The device is also equipped with an LDR sensor that detects the presence of sunlight, sends data from the LDR to Arduino and delivers signals to linear actuators. When the charge supplied by the battery exceeds the capacity of the battery, the INA219 sensor detects overload and a signal sent to Arduino asking for a relay to release the load. The results showed that tracking solar cell systems were successful in improving the efficiency of solar cells with an average power yield of 0.87 ampere of 12.62 watts from before without tracking the average obtained 0.62 ampere 8.83 atts. The performance of the protection system indicates that the load is cut off when the charging current exceeds the specified limit of 2.6 ampere.

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Perancangan dan Realisasi Solar Tracking System Untuk Peningkatan Efisiensi Panel Surya Menggunakan Arduino Uno

Cited by 7 publications

References 0 publications

Modification of Polycrystalline PV String for Charging on Electric Scooter

Modification of Polycrystalline PV String for Charging on Electric Scooter

Analisis Daya Output Solar Cell Menggunakan Solar Tracker Skala Laboratorium

Perancangan dan Implementasi Tracking Solar Cell System dengan Menggunakan Overload Protection

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