| Variable | Change (%) | Energy after (kWh/m2) |
| Global horizontal irradiation |
| 1919 |
| Global incident in coll. plane | 13.04 | 2169 |
| Far shadings: irradiance loss | −0.35 | 2093 |
| IAM factor on global | −1.60 | 2059 |
| Soiling loss factor | −3 | 1997 |
| Effective irradiation on collectors |
| 1997 |
| Global effective energy |
| 1997 |
| On an area of 505,687 m2, total energy on collectors | 207,300 MW | |
| Efficiency at STC | 19.80% | |
| Array losses | Change (%) | Energy after (MWh) |
| Array nominal energy |
| 207,300 |
| PV loss due to irradiance level | −0.56 | 207,184 |
| PV loss due to temperature | −11.86 | 182,611 |
| Spectral correction for amorphous | −0.60 | 181,040 |
| Shadings: electrical loss | −1.34 | 178,614 |
| Optimizer efficiency loss | −0.68 | 178,492 |
| Module quality loss | −2.50 | 174,030 |
| Mismatch loss, modules, and strings | −2.10 | 170,375 |
| Ohmic wiring loss | −0.73 | 172,350 |
| Array virtual energy at MPP |
| 148,308 |
| System losses | Change (%) | Energy after (MWh) |
| Inverter loss during operation | −2.31 | 68,417 |
| Inverter loss over nominal inv. power | 0.00 | 68,417 |
| Inverter loss for the max. input current | 0.00 | 68,417 |
| Inverter loss over nominal inv. Voltage | 0.00 | 68,417 |
| Inverter loss due to power threshold | 0.44 | 64,417 |
| Inverter loss due to voltage threshold | 0.00 | 64,417 |
| Night consumption | −0.01 | 64,417 |
| Available energy at the inverter output |
| 64,417 |