Ai et al, mengusulkan dan membandin

Ai et al, mengusulkan dan membandingkan sudut azimuth dan sudut jam three-step tracker. Panjang hari di lereng yang menghadap selatan dibagi menjadi tiga bagian yang sama untuk menyesuaikan sudut kemiringan. Jumlah radiasi langsung yang diterima dalam setiap interval waktu dan Difusi dari langit dan radiasi refleksi dari tanah selama sehari dianggap memperoleh rumus matematika untuk sistem three-step tracker untuk memperkirakan radiasi harian pada modul. Mereka menyimpulkan bahwa dalam sepanjang tahun, radiasi di lereng dengan sudut kemiringan telah dioptimalkan sebesar 30,2% dan untuk dua-sumbu azimuth three-step tracker sebesar 72% lebih tinggi dari pada permukaan horisontal. Tidak terdapat perbedaan yang signifikan antara satu sumbu azimuth three-step tracker dan daya pada sudut jam three-step tracker

Results (English) 1:

Ai et al, propose and compare the azimuth angle and the angle of the three-step tracker hours. The length of a day on the slopes facing south is divided into three equal parts to adjust the tilt angle. The amount of direct radiation received in each time interval and diffusion of the sky and the reflection of radiation from the ground during the day considered to obtain a mathematical formula for the three-step system to estimate daily radiation tracker module. They concluded that in the whole year, the radiation on a slope with a slope angle has been optimized by 30.2% and for two-axis azimuth tracker three-step is 72% higher than on a horizontal surface. There was no significant difference between the three-step axis azimuth tracker and power on the hour angle three-step tracker

Results (English) 2:

Ai et al, proposes and compares the azimuth angle and the three-step tracker clock angle. The length of the day on the south facing slope is divided into three equal parts to adjust the tilt angle. The amount of direct radiation received in each time interval and the diffusion of the sky and radiation reflection from the ground for a day is considered to acquire a mathematical formula for the three-step tracker system to estimate the daily radiation in the module. They concluded that in the whole year, radiation on slopes with tilt angles has been optimised for 30.2% and for two-axis azimuth three-step tracker of 72% higher than the horizontal surface. There is no significant difference between one axis of azimuth three-step tracker and power at three-step tracker hour angle