Research Article

Deep Learning Based on Wireless Remote Sensing Model for Monitoring the Solar System Inverter

Table 2

Factors related to PV solar cells.

GlobHor (kWh/m2)DiffHor (kWh/m2)T Amb (°C)WindVel (m/s)GlobInc (kWh/m2)DifSInc (kWh/m2)Alb Inc (kWh/m2)DifS/(Gl)

January92.936.677.191.7138.744.511.2440.000
February112.742.8110.342.1153.351.211.5080.000
March156.066.0915.032.3184.472.792.0880.000
April180.282.1719.302.3184.484.402.4120.000
May220.883.7125.452.3213.182.582.9570.000
June237.272.8730.502.5218.070.443.1650.000
July234.380.4833.672.5220.178.493.1310.000
August218.671.1933.072.1223.373.362.9260.000
September179.955.8127.871.9207.562.562.4100.000
October145.246.3922.841.6191.856.201.9440.000
November103.336.2813.811.4152.745.171.3830.000
December84.133.609.051.5129.641.471.1260.000
Year1965.2708.0720.742.02222.2763.2126.2950.000

GlobHor: horizontal global irradiation; DiffHor: horizontal diffuse irradiation; T Amb: ambient temperature; WindVel: wind velocity; GlobInc: global incident in coll.; DifSInc: sky diffuse incident in coll.; Alb Inc: Albedo incident in coll.; DifS/G: incident sky diffuse/global ratio.