Tomson menganalisa performa kontrol

Tomson menganalisa performa kontrol dua posisi dari single stand-alone konsentrator plat datar. Kolektor diputar di sekitar sumbu miring tunggal dua kali per hari dengan defleksi yang telah ditetapkan. Efek dari sudut kemiringan yang berbeda, sudut kemiringan awal, azimuth awal, dan sudut azimuth dari bidang yang telah dibelokkan dievaluasi pada secara harian dan musiman. Perbandingan simulasi dengan hasil eksperimen menunjukkan bahwa menggunakan tracking sederhana dengan menginput energi yang rendah untuk pergerakan harian yang singkat, peningkatan hasil energi musiman yaitu 10-20% dibandingkan dengan yang permanen menghadap ke selatan dengan kolektor miring pada sudut optimal

Results (English) 1:

Tomson analyze the performance of the control of two positions on the single stand-alone concentrator flat plate. Collectors rotated around the axis of the single oblique twice per day with a predetermined deflection. Effects of different tilt angle, the tilt angle of the beginning, initial azimuth and the azimuth angle of the field that has been deflected evaluated on a daily and seasonal basis. Comparison of simulations with experimental results show that using a simple tracking with a low energy input for short daily movements, the increase in seasonal energy yield is 10-20% compared to permanent facing south with a collector tilted at an optimal angle

Results (English) 2:

Tomson analyzes two-position control performance from a single stand-alone flat plate concentrator. Collectors are rotated around a single tilt axis twice per day with preset deflection. The effects of different slope angles, early tilt angles, early azimuth, and azimuth angles of the bent field are evaluated on a daily and seasonal basis. Simulated comparisons with experimental results show that using simple tracking by inputting low energy for a short daily movement, the increase in seasonal energy results is 10-20% compared to the permanent Facing south with an oblique collector at an optimal angle