Characteristics of Temperature Changes Measurement on Photovoltaic Surfaces Against Quality of Output Current on Solar Power Plants

Makkulau, Andi; Christiono,; Samsurizal,

doi:10.1109/ieeeconf48524.2019.9102630

Cited by 11 publications

(6 citation statements)

References 2 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Diperoleh hasil rata-rata paparan radiasi 517 W/M² dan rata-rata arus yang dihasilkan sebesar 1.58 A dengan sudut panel terhadap matahari sebesar 25-35 o [7]. Sedangkan pada penelitian berjudul Characteristics of Temperature Changes Measurement on Photovoltaic Surfaces Against Quality of Output Current on Solar Power Plants, menghasilkan arus optimal adalah pada 1,92 Ampere, suhu optimum pada 37,4 ° C, dan nilai tukar tertinggi adalah pada 2,08 Ampere sedangkan suhu pada permukaan sel surya adalah pada 37,4 ° C. Dengan analisis persamaan regresi matematis yaitu persamaan statistik regresi kuadrat, dapat diketahui bahwa karakteristik sel surya memiliki tenaga kerja yang efisien adalah sekitar 37,4 ° C [8]. Penelitian lain juga merancang sistem hidroponik otomatis pasang surut yang dapat menghidupkan / mematikan pompa berdasarkan kadar air menggunakan mikrokontroler Nilai titik pengaturan yang diperoleh untuk mengontrol kadar air untuk menghidupkan pompa adalah <34,95% dan mematikan pompa adalah> 69,83%.…”

Section: Pendahuluanunclassified

Pemanfaatan Tenaga Surya Pada Photovoltaic Jenis Polycristaline Untuk Catu Daya Tanaman Hidroponik

Samsurizal

Aji

2021

energi

View full text Add to dashboard Cite

The use of solar energy today as an alternative energy source continues to be used not only in large scale but also utilized on small scale. The use of solar power as a renewable energy source by converting solar energy into electrical energy, utilizing this technology one of them on technology using hydroponic plant systems. In hydroponic pump system used to consume water and nutrients are usually sourced electricity PLN. With the availability of abundant energy sources certainly help reduce electricity consumption from PLN. The design is done on this research by utilizing solar energy as a power supply to turn on the pumps as well as to drain water and plant nutrients running well. The burden used in this study was 20Watt, to supply the load needs of a PLTS fitted with polycristaline type. The highest irradiation at 12.00 is 666 W/M2 which means that at that time the energy is generated maximally. In the design used with the battery capacity using the VRLA Deep Cycle JS12-12 battery type; 12V 12Ah generated and stored electrical energy can turn the 5-6 hour pump on.

show abstract

Section: Pendahuluanunclassified

Pemanfaatan Tenaga Surya Pada Photovoltaic Jenis Polycristaline Untuk Catu Daya Tanaman Hidroponik

Samsurizal

Aji

2021

energi

View full text Add to dashboard Cite

show abstract

“…Meskipun sistem PLTS tersebar (SHS, solar home system) lebih umum digunakan karena relatif murah dan desainnya yang sederhana, saat ini PLTS terpusat dan PLTS hibrida (PLTS yang dikombinasikan dengan sumber energi lain seperti angin atau diesel) juga banyak diterapkan, yang bertujuan untuk mendapatkan daya dan penggunaan energi yang lebih tinggi serta mencapai keberlanjutan sistem yang lebih baik melalui kepemilikan secara kolektif (komunal). [3] Analisa situasi nya bahwa untuk daerah-daerah masih ada yang pasokan listik yang masih terbelakang mungkin dikarenakan Jaringan Distribusi yang sulit terjangkau dari PLN ke pelanggan (konsumen). [4]…”

Section: Pendahuluanunclassified

Pengembangan Lampu Jalan Umum Dengan Listrik Tenaga Surya Di Desa Cilatak Kecamatan Ciomas Kabupaten Serang Banten

Makkulau

Mauriraya

Afrianda

et al. 2021

terang

Self Cite

View full text Add to dashboard Cite

Photovoltaic systems or solar power plants convert electromagnetic energy from sunlight into electrical energy. This renewable energy based power plant is one of the recommended solutions for electricity in remote rural areas where sunlight is abundant and fuel is difficult to obtain and relatively expensive. The Ministry of Energy and Mineral Resources has issued Ministerial Regulation regarding the use of the Roof Solar Power Plant system by consumers of the Indonesian Electricity Company (PLN). It is hoped that with this regulation the solar panel business and industry can flourish. The method we use in this Community Service is the observation method. By making observations in the field accompanied by interviews with the surrounding population becomes our primary data source in determining the needs of the problems that occur. In Cilatak Village we found minimal of street lighting, and limited electricity supply, for this reason we strongly support programs for new and renewable energy for remote areas that are difficult to get electricity supply. Based on this, we created the Development of Public Street Lights with Solar Electricity in Cilatak Village, Ciomas District, Serang District, Banten, so that the problems of public road lighting can be overcome, and we educated the utilization and maintenance.

show abstract

“…Pada penelitian lain berjudul Evaluasi Sudut Kemiringan Terhadap Pengaruh Irradiance Pada Array Photovoltaic Jenis Monocristalline" yang diterbitkan pada Jurnal Setrum-FT Untirta Vol.8.1 dalam satu sistem PLTS didapatkan hasil bahwa semakin besar penyimpangan sudut pada PV array, maka semakin menurun kinerja PLTS tersebut [5]. Sedangkan pada penelitian berjudul Characteristics of Temperature Changes Measurement on Photovoltaic Surfaces Against Quality of Output Current on Solar Power Plants, menghasilkan arus optimal adalah pada 1,92 Ampere, suhu optimum pada 37,4 ° C, dan nilai tukar tertinggi adalah pada 2,08 Ampere sedangkan suhu pada permukaan sel surya adalah pada 37,4 ° C. Sesuai dengan hasil yang telah dilakukan dengan menggunakan persamaan regresi matematis yaitu persamaan statistik regresi kuadrat, dapat diketahui bahwa karakteristik sel surya memiliki tenaga kerja yang efisien adalah sekitar 37,4 °C [6]. Didapatkan pula pengaruh irradiance pada percobaan tersebut.…”

Section: Pendahuluanunclassified

Pengaruh Intensitas Matahari Terhadap Karakteristik Sel Surya Jenis Polycristaline Menggunakan Regresi Linear

Makkulau

Samsurizal

Fikri

et al. 2021

kilat

View full text Add to dashboard Cite

Renewable energy sources have both renewable and sustainable properties and the utilization of renewable energy sources is a continuously developed alternative. One of the technologies that can utilize renewable energy is polycrystalline solar cells. Solar cells are technology that converts sunlight energy into electrical energy. This technology is very potentially applied in Indonesia that has a tropical climate, but the main problem of this system is the power instability generated. The power produced relies heavily on the intensity of the sun received by the solar panels. The intensity of the solar radiation received by the solar panels can be maximised by installing solar panels, with a precise tilt angle. In research acquired the relationship between irradiation and current correlates of R = 0.7251. From the correlation value above indicates that there is a strong link and is directly proportional between irradiation and the current obtained. The acquired Model needs to be seen its accuracy, in which case it will be used Mean Absolute Percent Error So it is obtained by 26.5%. This indicates that the model is good enough.

show abstract

Characteristics of Temperature Changes Measurement on Photovoltaic Surfaces Against Quality of Output Current on Solar Power Plants

Cited by 11 publications

References 2 publications

Pemanfaatan Tenaga Surya Pada Photovoltaic Jenis Polycristaline Untuk Catu Daya Tanaman Hidroponik

Pemanfaatan Tenaga Surya Pada Photovoltaic Jenis Polycristaline Untuk Catu Daya Tanaman Hidroponik

Pengembangan Lampu Jalan Umum Dengan Listrik Tenaga Surya Di Desa Cilatak Kecamatan Ciomas Kabupaten Serang Banten

Pengaruh Intensitas Matahari Terhadap Karakteristik Sel Surya Jenis Polycristaline Menggunakan Regresi Linear

Contact Info

Product

Resources

About