Khalid membuat sistem traking matah

Khalid membuat sistem traking matahari otomatis dengan satu sumbu. Metode otomatis ini bergerak menurut pergerakan matahari untuk mendapatkan output yang maksimum dari solar panel menggunakan IC LM339N, sensor LDR, dan motor DC.Lorenzo et al. merancang sebuah sumbu vertikal tunggal (azimuth AXIS) PV Tracker dan fitur backtracking. Masing-masing 400 tracker yang dipasang di Spanyol menggunakan motor AC standar 0,25 HP. Sudut kemiringan permukaan PV tetap konstan. Mereka berpendapat bahwa energi yang dikumpulkan oleh tracker azimuth yang ideal adalah sekitar 40% lebih tinggi dari yang sesuai dengan permukaan statis yang dimiringkan secara optimal dan 10% lebih tinggi daripada tracker sumbu horizontal. Mereka menghitung bayangan dari E-W dan N-S antara dua tracker yang berdekatan terjadi di pagi atau sore hari. Mereka merekomendasikan bahwa ketika bayangan terjadi, dapat dihindari dengan menggerakkan sudut azimuth permukaan jauh dari nilai yang ideal, yang hanya cukup untuk mendapatkan garis batas bayangan untuk melewati sudut permukaan yang berdekatan (backtracking). Hasil dari perbandingan mereka menunjukkan bahwa tracking azimuth sebesar 40% lebih besar dari permukaan statis, sementara biaya energi yang sesuai dapat dikurangi secara signifikan

Results (English) 1:

Khalid make automatic solar traking system with one axis. This automated method to move according to the movement of the sun to get the maximum output from the solar panel using LM339N IC, sensor LDR, and DC motor.
Lorenzo et al. designing a single vertical axis (azimuth AXIS) PV Tracker and features backtracking. Each 400 tracker installed in Spain using a standard AC motor 0.25 HP. The tilt angle of PV surface remains constant. They argue that the energy collected by the tracker azimuth ideal is about 40% higher than that in accordance with the static surface that is tilted optimally and 10% higher than the horizontal axis tracker. They calculate the shadow of the EW and NS between two adjacent tracker occur in the morning or evening. They recommended that when a shadow occurs, can be avoided by moving the azimuth angle of the surface is far from the ideal value, which is just enough to get the shadow boundary line to pass through the adjacent surface angle (backtracking).

Results (English) 2:

Khalid made an automatic solar traking system with one axis. This automatic method moves according to the movement of the sun to get the maximum output of the solar panel using IC LM339N, LDR sensors, and DC motors.
Lorenzo et al. designed a single vertical axis (azimuth AXIS) PV Tracker and backtracking feature. Each of the 400 tracker installed in Spain using standard AC motor 0.25 HP. The PV surface tilt angle remains constant. They argue that the energy collected by the ideal azimuth tracker is about 40% higher than that corresponding to the static surface that is optimally tilted and 10% higher than the horizontal axis tracker. They count the shadows of the E-W and N-S between the adjacent two tracker occurring in the morning or evening. They recommend that when a shadow occurs, it can be avoided by moving the azimuth angle of the surface away from the ideal value, which is only enough to get the shadow boundary line to pass through the adjacent surface angle ( Backtracking). The results of their comparison showed that the tracking azimuth amounted to 40% greater than the static surface, while the appropriate energy costs could be significantly reduced