Peng zhang melakukan penelitian pad

Peng zhang melakukan penelitian pada tahun 2013 tentang teknologi solar tracker digunakan untuk lampu penerangan dengan menggunakan photoelectric dan mode tracking berbasis waktu. Tracker matahari dirancang berdasarkan 3 aspek yakni struktur mekanik, sistem elektrik, dan prosedur control. Selanjutnya, model yang disebut Available Energy Absorption telah dibuat untuk mengetahui energy efficiency. Berdasarkan hasil simulasi didapatkan efisiensi energi dalam setahun 36% dengan sistem tracking menggunakan metode ketersediaan penyerapan energi. Pada penelitian ini juga dilakukan analisa propertis mekanik pada tracker dengan 2 aspek yakni pergerakan simulasi dan wind resistance. Pada hasil simulasi menyatakan bahwa mekanisme double-slider layak dan memiliki kekuatan tracker yang handal [5].

Results (English) 1:

Peng zhang conducted research in 2013 on solar tracker technology used for lighting by using photoelectric and time-based tracking mode. Solar tracker designed based on three aspects of the mechanical structure, electrical systems and control procedures. Furthermore, a model called the Available Energy Absorption has been made to determine the energy efficiency. Based on the simulation results obtained in the year of energy efficiency 36% by the tracking system using the method of the availability of energy absorption. In this study also analyzed the mechanical properties on the tracker with two aspects of the movement simulation and wind resistance. On the results of simulations show that double-slider mechanism is decent and has a reliable power tracker [5].

Results (English) 2:

Peng Zhang conducted a study in 2013 about solar tracker technology used for lighting using photoelectric and time-based tracking mode. Solar Tracker is designed based on 3 aspects namely mechanical structure, electrical system, and control procedure. Furthermore, a model called Available Energy Absorption has been made to determine the energy efficiency. Based on the results of the simulation gained energy efficiency in a year 36% with tracking system using the availability method of energy absorption. In this research also conducted mechanical propertist analysis on tracker with 2 aspects namely simulation movement and wind resistance. The simulation results state that the double-slider mechanism is feasible and has a reliable power tracker [5].