Please use this identifier to cite or link to this item: https://repositori.uma.ac.id/handle/123456789/20266
Title: Analisis Konversi Energi Flexible Solar Panel Dan Sistem Kontrol Baterai Plts Sentralisasi
Other Titles: Flexible Solar Panel Energy Conversion Analysis And Centralized Plts Battery Control System
Authors: Waruwu, Helvi Peter
metadata.dc.contributor.advisor: Satria, Habib
Mungkin, Moranain
Keywords: Konversi Energi;Solar Panel Flexible;Sistem kontrol Baterai;Energy Conversion;Flexible Solar Panel;Battery control system
Issue Date: 25-Jun-2023
Publisher: Universitas Medan Area
Series/Report no.: NPM;188120007
Abstract: Pemantauan konversi Solar Panel dan sistem kontrol baterai sangat berguna untuk melihat efesiensi penggunaan energi perubahan tegangan, arus, dan daya pada intensitas cahaya matahari. Tujuan dari pemantauan energi konversi Solar Panel Flexible dan sistem kontrol baterai untuk melihat kinerja yang dihasilkan Solar Panel Flexible dalam berbagai bentuk dan suplai ke baterai. Solar Panel yang digunakan yaitu Solar Panel Flexible berkapasitas 115 Wp. komponen lainnya, Solar Charger Controller, Wattmeter, Baterai 12V, XH-M604, PZEM-017, dan Beban DC. data output dari Solar Panel Flexible bentuk cekung, ata-rata yang di dihasilkan pada daya sebesar 14,21 Watt. dan data output dari Solar Panel Flexible bentuk datar, rata-rata yang di dihasilkan pada daya sebesar 16,37 Watt. pada modul XH-M604 rata-rata tegangan yang dihasilkan sebesar 12,93 Volt., Untuk Komponen PZEM-017 yang terpantau pada PC daya yang dihasilkan sebesar 10,51 Watt. hasil pengujian pada Solar Panel Flexible dengan sisi cekung dan sisi datar terlihat memliki perbedaan, pada sisi cekung sedikit tertutup dari sisi sebelahnya di posisi matahari tertentu memunculkan sedikit bayangan sisi sebelah. Pada Sistem pengontrol baterai dalam pengisian hingga SOC 100%, maka otomatis tegangan dari Solar Panel ke baterai akan diputus oleh modul tersebut. Monitoring the conversion of Solar Panels and battery control systems is very useful for seeing the efficiency of energy use, changes in voltage, current, and power at the intensity of sunlight. The purpose of monitoring the energy conversion of the Flexible Solar Panel and the battery control system is to see the performance produced by the Flexible Solar Panel in various forms and supply to the battery. The solar panels used are flexible solar panels with a capacity of 115 Wp. other components, Solar Charger Controller, Wattmeter, 12V Battery, XH-M604, PZEM- 017, and DC Loads. output data from a concave-shaped Flexible Solar Panel, the average generated at a power of 14.21 Watts. and output data from flat-shaped Flexible Solar Panels, the average of which is generated at a power of 16.37 Watt. on the XH-M604 module the average generated voltage is 12.93 Volts. For the PZEM-017 component which is monitored on the PC the power generated is 10.51 Watts. the test results on Flexible Solar Panels with a concave side and a flat side seem to have a difference, the concave side is slightly closed from the other side in a certain sun position it casts a little shadow on the other side. In the battery control system when charging up to 100% SOC, the voltage from the Solar Panel to the battery will be automatically disconnected by the module.
Description: 87 Halaman
URI: https://repositori.uma.ac.id/handle/123456789/20266
Appears in Collections:SP - Electrical Engineering

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188120007 - Helvi Peter Waruwu - Fulltext.pdfCover, Abstract, Chapter I, II, III, V, Bibliography2.39 MBAdobe PDFView/Open
188120007 - Helvi Peter Waruwu - Chapter IV.pdf
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