Analisis Pengaruh Sudut Kemiringan  Terhadap Arus Keluaran Pada Photovoltaic  Dengan Menggunakan Regretion Quadratic Method

Aji

2021

energi

Self 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.

Section: Pendahuluanunclassified

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

Aji

2021

energi

Self Cite

“…Di penelitian sebelumnya pada Jurnal Energi dan Kelistrikan [8] diperoleh hasil adanya pengaruh Sudut kemiringan terhadap intensitas matahari yang mempengaruhi output dari PV array sehingga untuk mendeteksi efek tersebut digunakan metode observasi langsung dan validaasi. Sedangkan penelitian lainya [9] diperoleh hasil jika semakin besar sudut pada modul surya akan menyebabkan penurunan kinerja modul surya.…”

Section: Pendahuluanunclassified

Pengaruh Sudut Kemiringan Dan Intensitas Matahari Terhadap Karakteristik Modul Polycristaline Dengan Metode Regresi Berganda

Fikri

Makkulau

et al. 2021

elek

Self Cite

Solar energy is often known by other terms solar energy is a form of renewable energy source. The potential of solar energy certainly affects the power generated in solar modules, there are several influences that cause solar energy not to be obtained optimally. In this study will be made mathematical modeling using multiple regression methods exposed to the angle of tilt and intensity of the sun with the research object of the polycristalline type solar module. The results obtained by calculating mathematically obtained the accuracy of the model with MAPE, as well as the adjusted value of R square of 0.960363563 which states that the percentage of the influence of irradiation-free variables and temperature simultaneously on the current obtained is very strong. While the results of calculations with double linear regression, the value of the regression coefficient on the irradiation variable (x_1) by 0.0000316, it means that if other variables remain and irradiation variables increase by 100 W/m2, then the current increases by 0.00316 A. Then the regression coefficient on the temperature variable (x_2) by 0.010573, this means if other variables remain and temperature variables increase by 1oC, then the current increases by 0.010573 A. From these results, it should be known the level of accuracy of the model which in this case uses MAPE. MAPE obtained on this model is 7.046%, this corresponds to the error standard of 0.007650294 with an average current measurement scale of ±0.1 A. Thus, the MAPE results show that the model has an accuracy of 92.954%, which means that the modeling obtained is very good.

“…Tim PkM Teknik Elektro Fakultas Ketenagalistrikan dan Energi Terbarukan IT-PLN yang terdiri dari dosen dan mahasiswa berkesempatan mengunjungi MA Al-Khairiyah Rancaranji untuk memberikan edukasi/penyuluhan tentang pemanfaatan energi baru terbarukan khususnya energi surya [4] [5]. Sebelumnya telah melaksanakan edukasi tentang energi baru terbarukan dan workshop mengenai pemanfaatan energi surya selanjutnya melaksanakan instalasi prototype PLTS portable sebagai media pembelajaran secara praktik.…”

Section: Pendahuluanunclassified

Prototype Pembelajaran Pemanfaatan Energi Baru Terbarukan Berbasis Energi Surya

Azzahra

Christiono

et al. 2021

terang

Self Cite

The use of renewable energy (EBT) is increasing to achieve the target of 23% by 2025. There needs to be a variety of preparations in welcoming the transition of fossil-based energy to renewable energy. One of them is by improving the quality of human resources that excel in developing the use of renewable energy in Indonesia. Through the Electrical Engineering PkM Team IT-PLN had the opportunity to provide counseling or education to the academic community of MA Al-Khairiyah Rancaranji. The activity is in the form of learning the installation of solar power plant components and the utilization of solar energy in the form of prototype portable plts. The learning improved students' understanding of renewable energy and was able to assemble photovoltaic system components into prototype portable plts with a capacity of 100 WP. Then the tool is tested using a lamp load of 9 watts to find out the amount of current and voltage produced. From this activity, it can be known that the students of MA Al-Khairiyah Rancaranji are very enthusiastic in knowing about renewable energy and can apply it in the surrounding environment.