@thesis{thesis,
		author={Muhammad  Adam and Sangadji  Iriansyah BM and Siregar  Riki Ruli Affandi},
		title ={METODE FUZZY MAMDANI UNTUK PERHITUNGAN EFEKTIFITAS PADA PERMODELAN FOTOVOLTAIK DINAMIS PANEL SURYA},
		year={2022},
		url={http://156.67.221.169/5809/},
		abstract={Solar power plants (PLTS) are very suitable for use in Indonesia, where the average solar 
radiation intensity is 4 kWh/m2 and has a convenient system and installation. As a result, 
the use of microgrid PV mini-grid continues to increase in various sectors ranging from 
household scale to agriculture. But in general, solar panels are only about 20-30% 
efficient. Due to weather conditions, the position of the sun and climate change can also 
significantly reduce the efficiency and lifespan of solar panels. This research was 
conducted to monitor the amount of energy produced by photodynamic solar panels using 
the Mamdani Fuzzy Logic system. The efficiency of solar panel power and voltage under 
field conditions is automatically increased using a microcontroller and also measured to 
determine the efficiency of the panel by controller, control and multimeter and calculate 
values efficiently with Fuzzy Logic Mamdani using Python programming language. 
Voltage, current and power are measured by sensors and multimeter of the solar panel 
controller. Using the photovoltaic model of Mamdani's Fuzzy Logic intelligent system, 
Mamdani measured the efficiency value of solar panels using a dynamic photovoltaic 
system with more optimal conditions with a higher power gain than static solar panels.}
		}