Developing a Prototype of Solar Tracking for Solar Cell Energy Optimization with Internet of Things (IoT) Technology

Soedjarwanto, Noer; Widiawati, Vina; Purwasih, Nining; Nama, Gigih Forda

doi:10.1109/iccteie54047.2021.9650635

Cited by 5 publications

(4 citation statements)

References 2 publications

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“…The research requires several tools and materials, including a 40 WP solar panel, an ATMega328 Microcontroller, an RTC DS3231 [8], a solar tracker, a static panel, an INA219 current sensor [9], an HMC5883L sensor [10], and an LCD. This equipment operates based on a fundamental principle: when sunlight reaches the panel, it absorbs the sun's heat energy in two ways through the tracker and the static panel and converts it into electrical energy.…”

Section: Methodsmentioning

confidence: 99%

Comparing Energy Harvesting Efficiency between Solar Panels: Tracking the Sun vs Ground-Mounted 40 WP Panels

Brahmana,

Panjaitan

2024

J. Technomaterial Phys.

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This experiment aimed to evaluate the energy efficiency of a solar tracking panel compared to a ground-fixed solar panel. A 40 WP solar panel with a time-tracking mechanism was used to monitor the sun's movement from morning to evening, while a static 40 WP ground-fixed solar panel was also studied for comparison.The study also included the energy consumption of a 12 V DC motor responsible for orienting the tracking panel to face the sun. Throughout the day, the tracking panel's position was continuously adjusted to align with the sun's position, facilitated by a microcontroller and a gyroscope. The energy consumed by the motor during the tracking process was accounted for. The net energy output of the tracking panel was computed by subtracting the energy expended in tracking from the total energy collected. Following the experimentation, the collected data was analyzed to determine the energy efficiency of the tracking panel in contrast to the ground-fixed panel. The findings revealed that the tracking panel exhibited a 15 percent increase in energy efficiency compared to the ground-fixed panel. These results emphasize the potential benefits of solar tracking technology in optimizing energy capture from solar panels. The implications of these findings are valuable for advancing the design and implementation of solar energy systems, offering increased efficiency and sustainability.

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Section: Methodsmentioning

confidence: 99%

Comparing Energy Harvesting Efficiency between Solar Panels: Tracking the Sun vs Ground-Mounted 40 WP Panels

Brahmana,

Panjaitan

2024

J. Technomaterial Phys.

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“…Este prototipo de sistema de seguimiento solar utiliza el microcontrolador STM32, servo DS3218MG. Según los resultados del banco de pruebas de compilación del seguidor solar, se demostró que hubo un aumento del valor de la corriente con un 25%, un 15% para el voltaje, un 20% para la intensidad de la luz y un 35% para la producción de energía [13].…”

Section: Desarrollo De Un Prototipo De Seguimiento Solar Para La Opti...unclassified

“…Una fuente de luz fuerte dará como resultado un mayor flujo y una máxima potencia de salida. El panel solar siempre debe apuntar hacia el sol para que el valor sea siempre óptimo [13]. La energía solar es abundante y libre de contaminación, y está disponible en grandes cantidades.…”

Section: Introductionunclassified

Predictive model of sunlight based on Artificial Intelligence for the optimization of electric power generation

Ovalle Paulino,

Rojas Nieves,

Villaverde Medrano

2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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Due to the continuous depletion of resources and the increased social awareness of environmental problems, there is currently a constant need for energy, which has led researchers to seek new technologies to optimize the production of electrical energy. The present investigation has the type of applied investigation, it has a predictive level, its design is experimental and with a quantitative approach. The CRISP-DM data mining methodology was used, which is considered the de facto methodology for projects dedicated to extracting data values. In this sense, the data was collected, establishing the following variables: date, time, elevation angle and azimuth, later, the data was ordered in the Excel program, to be later processed in the Orange software. Which was used to predict the coordinates of the movement of the sun, so that it can optimize the electrical energy through the solar light tracker system. In addition, linear regression precision metrics were used and the design of the proposed prototype was carried out.

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“…Menurut Djaali dan Pudji ( 2008), evaluasi dapat diartikan sebagai proses menilai sesuatu berdasarkan kriteria atau tujuan yang telah ditetapkan yang selanjutnya diikuti dengan pengambilan keputusan atas obyek yang dievaluasi. Hasil dari evaluasi tersebut selain menghasilkan kesimpulan tentang analisa masalah apa saja yang mampu terpecahkan, tetapi juga megnhasilkan uraian deskripsi (Soedjarwanto, 2021) dan kritik tentang kriteria-kriteria yang menjadi dasar dari sebuah peraturan atau kebijakan.…”

Section: Evaluasiunclassified

Evaluasi Penerapan 8 Atribut Kota Hijau Pada Public Space Studi Kasus Islamic Center, Kabupaten Tulang Bawang Barat

Ali¹

2022

JPI Unila

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Seiring dengan meningkatnya jumlah penduduk dan arus urbanisasi, meningkat pula berbagai permasalahan yang dihadapi perkotaan seperti penurunan kualitas lingkungan. Polusi udara, polusi air dan polusi tanah merupakan beberapa dampak negative yang dapat dengan mudah ditemukan di perkotaan. Sejumlah permasalahan tersebut memberi kontribusi pada peningkatan efek pemanasan global (perubahan iklim). Konsep pengembangan kota hijau merupakan salah satu solusi yang ditawarkan dalam berkontribusi pada permasalahan perubahan iklim melalui tindakan adaptasi dan mitigasi. Komplek Islamic center Kabupaten Tulang Bawang Barat merupakan public space yang dibangun oleh pemerintah kabupaten Tulang Bawang Barat. Setelah 6 tahun pembangunannya Islamic Center, saat ini merupakan waktu yang tepat untuk melakukan evaluasi terhadap penerapan 8 atribut kota hijau pada public space Islamic Center tersebut. Evaluasi implementasi ini mencakup pada pemanfaatan, pengelolaan serta keberlanjutan dari masing-masing kriteria pada atribut kota hijau dalam desain fisik Islamic Center tersebut. Penggunaan metode kualitatif dimaksudkan untuk mencari data langsung di lapangan dan mencari fakta penerapan 8 atribut kota hijau pada public space Islamic Center. Dari metode tersebut dilakukan analisa yang mengacu pada Pokok amatan terdiri dari 8 indikator, yaitu Green Planning, Green Community, Green Building, Green Open Space, Green Waste, Green Water, Green Energy dan Green Transportation. Hasil dari penelitian ini diharapkan bisa menjadi tolok ukur bagi public space perkotaan baik yang sudah terbangun maupun yang baru direncanakan pembangunannya, khususnya yang terkait dengan penerapan 8 atribut kota hijau

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Developing a Prototype of Solar Tracking for Solar Cell Energy Optimization with Internet of Things (IoT) Technology

Cited by 5 publications

References 2 publications

Comparing Energy Harvesting Efficiency between Solar Panels: Tracking the Sun vs Ground-Mounted 40 WP Panels

Comparing Energy Harvesting Efficiency between Solar Panels: Tracking the Sun vs Ground-Mounted 40 WP Panels

Predictive model of sunlight based on Artificial Intelligence for the optimization of electric power generation

Evaluasi Penerapan 8 Atribut Kota Hijau Pada Public Space Studi Kasus Islamic Center, Kabupaten Tulang Bawang Barat

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