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This commit is contained in:
Dusan Vojacek
2026-04-13 00:49:36 +02:00
parent 3b33594354
commit fd06811753
10 changed files with 587 additions and 62 deletions
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34
scripts/analysis/data/kv2/PVdata_49.241_17.472_SA3_crystSi_8kWp_14_15deg_-76deg.csv Normal file
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Latitude (decimal degrees): 49.241
Longitude (decimal degrees): 17.472
Radiation database: PVGIS-SARAH3
Nominal power of the PV system (c-Si) (kWp): 8.0
System losses(%): 14.0
Fixed slope of modules (deg.): 15
Orientation (azimuth) of modules (deg.): -76
Fixed angle
Month E_d E_m H(i)_d H(i)_m SD_m
1 6.51 201.76 1.01 31.39 40.32
2 11.5 322.13 1.73 48.35 56.66
3 20.7 641.58 3.11 96.47 92.53
4 30.11 903.3 4.66 139.66 102.82
5 33.5 1038.44 5.27 163.47 146.81
6 37.65 1129.53 6.06 181.91 112.87
7 35.78 1109.15 5.86 181.56 109.26
8 31.19 967.04 5.07 157.2 88.94
9 24.0 719.86 3.8 113.88 77.04
10 14.63 453.54 2.29 70.9 71.15
11 7.34 220.22 1.17 35.16 28.46
12 4.93 152.73 0.81 25.12 22.46
Year 21.53 654.94 3.41 103.76 23.94
AOI loss (%) Spectral effects (%) Temperature and low irradiance loss (%) Combined loss (%)
Fixed angle: -3.8 1.38 -5.92 -21.1
E_d: Average daily energy production from the given system (kWh/d)
E_m: Average monthly energy production from the given system (kWh/mo)
H(i)_d: Average daily sum of global irradiation per square meter received by the modules of the given system (kWh/m2/d)
H(i)_m: Average monthly sum of global irradiation per square meter received by the modules of the given system (kWh/m2/mo)
SD_m: Standard deviation of the monthly energy production due to year-to-year variation (kWh)
PVGIS (c) European Union, 2001-2026
1 Latitude (decimal degrees): 49.241
2 Longitude (decimal degrees): 17.472
3 Radiation database: PVGIS-SARAH3
4 Nominal power of the PV system (c-Si) (kWp): 8.0
5 System losses(%): 14.0
6 Fixed slope of modules (deg.): 15
7 Orientation (azimuth) of modules (deg.): -76
8 Fixed angle
9 Month E_d E_m H(i)_d H(i)_m SD_m
10 1 6.51 201.76 1.01 31.39 40.32
11 2 11.5 322.13 1.73 48.35 56.66
12 3 20.7 641.58 3.11 96.47 92.53
13 4 30.11 903.3 4.66 139.66 102.82
14 5 33.5 1038.44 5.27 163.47 146.81
15 6 37.65 1129.53 6.06 181.91 112.87
16 7 35.78 1109.15 5.86 181.56 109.26
17 8 31.19 967.04 5.07 157.2 88.94
18 9 24.0 719.86 3.8 113.88 77.04
19 10 14.63 453.54 2.29 70.9 71.15
20 11 7.34 220.22 1.17 35.16 28.46
21 12 4.93 152.73 0.81 25.12 22.46
22 Year 21.53 654.94 3.41 103.76 23.94
23 AOI loss (%) Spectral effects (%) Temperature and low irradiance loss (%) Combined loss (%)
24 Fixed angle: -3.8 1.38 -5.92 -21.1
25 E_d: Average daily energy production from the given system (kWh/d)
26 E_m: Average monthly energy production from the given system (kWh/mo)
27 H(i)_d: Average daily sum of global irradiation per square meter received by the modules of the given system (kWh/m2/d)
28 H(i)_m: Average monthly sum of global irradiation per square meter received by the modules of the given system (kWh/m2/mo)
29 SD_m: Standard deviation of the monthly energy production due to year-to-year variation (kWh)
30 PVGIS (c) European Union 2001-2026

34
scripts/analysis/data/kv2/PVdata_49.241_17.474_SA3_crystSi_8kWp_14_15deg_104deg.csv Normal file
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Latitude (decimal degrees): 49.241
Longitude (decimal degrees): 17.474
Radiation database: PVGIS-SARAH3
Nominal power of the PV system (c-Si) (kWp): 8.0
System losses(%): 14.0
Fixed slope of modules (deg.): 15
Orientation (azimuth) of modules (deg.): 104
Fixed angle
Month E_d E_m H(i)_d H(i)_m SD_m
1 5.17 160.32 0.85 26.26 23.55
2 9.83 275.32 1.52 42.62 39.6
3 18.58 575.98 2.83 87.86 74.67
4 28.37 850.97 4.41 132.31 91.17
5 32.39 1004.0 5.11 158.3 131.56
6 36.78 1103.33 5.93 177.9 103.53
7 34.87 1081.07 5.71 177.13 96.37
8 29.5 914.54 4.81 149.23 71.24
9 22.01 660.26 3.51 105.44 74.33
10 12.87 398.83 2.06 63.77 60.0
11 6.1 183.02 1.02 30.51 20.03
12 3.84 118.91 0.67 20.83 12.24
Year 20.07 610.54 3.21 97.68 18.01
AOI loss (%) Spectral effects (%) Temperature and low irradiance loss (%) Combined loss (%)
Fixed angle: -4.35 1.34 -6.28 -21.87
E_d: Average daily energy production from the given system (kWh/d)
E_m: Average monthly energy production from the given system (kWh/mo)
H(i)_d: Average daily sum of global irradiation per square meter received by the modules of the given system (kWh/m2/d)
H(i)_m: Average monthly sum of global irradiation per square meter received by the modules of the given system (kWh/m2/mo)
SD_m: Standard deviation of the monthly energy production due to year-to-year variation (kWh)
PVGIS (c) European Union, 2001-2026
1 Latitude (decimal degrees): 49.241
2 Longitude (decimal degrees): 17.474
3 Radiation database: PVGIS-SARAH3
4 Nominal power of the PV system (c-Si) (kWp): 8.0
5 System losses(%): 14.0
6 Fixed slope of modules (deg.): 15
7 Orientation (azimuth) of modules (deg.): 104
8 Fixed angle
9 Month E_d E_m H(i)_d H(i)_m SD_m
10 1 5.17 160.32 0.85 26.26 23.55
11 2 9.83 275.32 1.52 42.62 39.6
12 3 18.58 575.98 2.83 87.86 74.67
13 4 28.37 850.97 4.41 132.31 91.17
14 5 32.39 1004.0 5.11 158.3 131.56
15 6 36.78 1103.33 5.93 177.9 103.53
16 7 34.87 1081.07 5.71 177.13 96.37
17 8 29.5 914.54 4.81 149.23 71.24
18 9 22.01 660.26 3.51 105.44 74.33
19 10 12.87 398.83 2.06 63.77 60.0
20 11 6.1 183.02 1.02 30.51 20.03
21 12 3.84 118.91 0.67 20.83 12.24
22 Year 20.07 610.54 3.21 97.68 18.01
23 AOI loss (%) Spectral effects (%) Temperature and low irradiance loss (%) Combined loss (%)
24 Fixed angle: -4.35 1.34 -6.28 -21.87
25 E_d: Average daily energy production from the given system (kWh/d)
26 E_m: Average monthly energy production from the given system (kWh/mo)
27 H(i)_d: Average daily sum of global irradiation per square meter received by the modules of the given system (kWh/m2/d)
28 H(i)_m: Average monthly sum of global irradiation per square meter received by the modules of the given system (kWh/m2/mo)
29 SD_m: Standard deviation of the monthly energy production due to year-to-year variation (kWh)
30 PVGIS (c) European Union 2001-2026