Perbandingan persamaan diatas, 57%

Perbandingan persamaan diatas, 57% lebih dari energi terhitung untuk kasus selanjutnya. Jumlah energi ini dapat diperoleh, misalnya, di permukaan bulan. Sinar matahari yang mencapai permukaan bumi melewati lapisan atmosfer yang tebal. Ketika menyimpang dari tengah/siang hari, insolasi matahari di permukaan melemah. Dalam perhitungan, dapat mempertimbangkan panjang hari lebih dari 12. Sesuai gambar 2 menunjukkan pengaruh energi yang hilang pada sudut tracking maksimum dibandingkan dengan tracing yang ideal. Jelas bahwa dalam melacak sudut luar ±60O tidak ada keuntungan energi yang cukup besar diperoleh

Results (English) 1:

Comparison of the above equation, 57% more than the energy calculated for the next case. The amount of energy can be obtained, for example, on the surface of the moon. Sunlight that reaches the earth's surface past the thick atmospheric layers. When deviating from the middle / daylight, solar insolation on the surface weakened. In the calculation, to consider the length of the day over 12. According to Figure 2 shows the effect of the energy lost to the maximum tracking angle compared with an ideal tracing. Clear that in tracing the outer corner of ± 60 ° there is no advantage gained considerable power

Results (English) 2:

Comparing the equation above, 57% more than the energy counted for the next case. This amount of energy can be obtained, for example, on the moon surface. Sunlight reaching the Earth's surface passes through a thick layer of atmosphere. When deviating from the middle/daytime, insolation of the sun on the surface is weakened. In the calculation, can consider the length of the day more than 12. Corresponding Figure 2 shows the influence of lost energy at the maximum tracking angle compared with the ideal tracing. It is obvious that in tracking the outer angle of ± 60O there is no considerable energy gain gained