PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
Version 7.3.4
PVsyst - Simulation report
Grid-Connected System
Project: projer 1
Variant: Nouvelle variante de simulation
No 3D scene defined, no shadings
System power: 3300 Wp
Tangier - Morocco
Author
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
25/05/23
PVsyst V7.3.4
VC0, Simulation date:
25/05/23 13:09
with v7.3.4
Project: projer 1
Variant: Nouvelle variante de simulation
PVsyst Evaluation mode
Project summary
Geographical Site
Tangier
Morocco
Situation
Latitude
Longitude
Altitude
Time zone
35.77
-5.80
27
UTC
°N
°W
m
Project settings
Albedo 0.20
Meteo data
Tangier
Meteonorm 8.1 (1996-2015), Sat=100 % - Synthétique
System summary
Grid-Connected System No 3D scene defined, no shadings
PV Field Orientation
Fixed plane
Tilt/Azimuth 25 / 20 °
Near Shadings
No Shadings
User's needs
Unlimited load (grid)
System information
PV Array
Nb. of modules
Pnom total
11
3300
units
Wp
Inverters
Nb. of units
Pnom total
Pnom ratio
1
3000
1.100
unit
W
Results summary
Produced Energy 5666.08 kWh/year Specific production 1717
kWh/kWp/year
Perf. Ratio PR 83.65 %
Table of contents
Project and results summary
General parameters, PV Array Characteristics, System losses
Main results
Loss diagram
Predef. graphs
Single-line diagram
2
3
4
5
6
7
Page 2/7
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
25/05/23
PVsyst V7.3.4
VC0, Simulation date:
25/05/23 13:09
with v7.3.4
Project: projer 1
Variant: Nouvelle variante de simulation
PVsyst Evaluation mode
General parameters
Grid-Connected System No 3D scene defined, no shadings
PV Field Orientation
Orientation
Fixed plane
Tilt/Azimuth 25 / 20 °
Sheds configuration
No 3D scene defined
Models used
Transposition
Diffuse
Circumsolar
Perez
Perez, Meteonorm
separate
Horizon
Free Horizon
Near Shadings
No Shadings
User's needs
Unlimited load (grid)
PV Array Characteristics
PV module
Manufacturer
Model
Generic
Mono 300 Wp 60 cells
(Original PVsyst database)
Unit Nom. Power 300
Wp
Number of PV modules
Nominal (STC)
Modules
11
3300
1 String x 11
units
Wp
In series
At operating cond. (50°C)
Pmpp
U mpp
I mpp
2970
313
9.5
Wp
V
A
Inverter
Manufacturer
Model
Generic
3 kWac inverter
(Original PVsyst database)
Unit Nom. Power 3.00
kWac
Number of inverters
Total power
1
3.0
unit
kWac
Operating voltage
Pnom ratio (DC:AC)
125-440
1.10
V
Total PV power
Nominal (STC)
Total
Module area
Cell area
3.30
11
17.9
15.6
kWp
modules
m²
m²
Total inverter power
Total power
Number of inverters
Pnom ratio
3
1
1.10
kWac
unit
Array losses
Thermal Loss factor
Module temperature according to irradiance
Uc (const)
Uv (wind)
20.0
0.0
W/m²K
W/m²K/m/s
DC wiring losses
Global array res.
Loss Fraction
555
1.5
mΩ
% at STC
Module Quality Loss
Loss Fraction -0.8 %
Module mismatch losses
Loss Fraction 2.0 % at MPP
IAM loss factor
Incidence effect (IAM): Fresnel, AR coating, n(glass)=1.526, n(AR)=1.290
0°
1.000
30°
0.999
50°
0.987
60°
0.962
70°
0.892
75°
0.816
80°
0.681
85°
0.440
90°
0.000
Page 3/7
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
25/05/23
PVsyst V7.3.4
VC0, Simulation date:
25/05/23 13:09
with v7.3.4
Project: projer 1
Variant: Nouvelle variante de simulation
PVsyst Evaluation mode
Main results
System Production
Produced Energy 5666.08 kWh/year Specific production
Perf. Ratio PR
1717
83.65
kWh/kWp/year
%
Normalized productions (per installed kWp) Performance Ratio PR
Balances and main results
GlobHor DiffHor
T_Amb
GlobInc GlobEff
EArray
E_Grid PR
kWh/m² kWh/m²
°C
kWh/m² kWh/m²
kWh kWh
ratio
January
80.4 30.86 12.11 116.7 114.2 349.9 338.1 0.878
February
98.1 42.22 12.56 129.2 126.7 386.2 373.1 0.875
March 139.7 62.53 14.32 161.7 158.2 474.6 458.5 0.859
April
173.4 71.78 15.96 185.1 181.4 536.4 517.9 0.848
May
210.2 76.12 19.06 207.9 203.2 589.4 569.0 0.829
June 225.9 75.27 22.15 216.3 211.5 603.8 582.9 0.817
July
235.1 72.23 24.42 228.9 224.0 629.8 608.3 0.805
August
210.6 70.32 25.22 219.7 215.4 603.8 583.2 0.804
September 162.0 54.82 22.87 185.8 182.2 518.5 500.8 0.817
October 127.2 49.12 20.35 160.5 157.5 459.2 443.8 0.838
November 89.2 33.37 15.65 128.3 125.7 378.8 366.0 0.865
December 73.8 27.58 13.47 112.5 110.1 335.9 324.4 0.874
Year 1825.5 666.23 18.21 2052.6 2010.2 5866.1 5666.1 0.837
Legends
GlobHor
DiffHor
T_Amb
GlobInc
GlobEff
Global horizontal irradiation
Horizontal diffuse irradiation
Ambient Temperature
Global incident in coll. plane
Effective Global, corr. for IAM and shadings
EArray
E_Grid
PR
Effective energy at the output of the array
Energy injected into grid
Performance Ratio
Page 4/7
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
25/05/23
PVsyst V7.3.4
VC0, Simulation date:
25/05/23 13:09
with v7.3.4
Project: projer 1
Variant: Nouvelle variante de simulation
PVsyst Evaluation mode
Loss diagram
Global horizontal irradiation
1826 kWh/m²
+12.4% Global incident in coll. plane
-2.07% IAM factor on global
Effective irradiation on collectors2010 kWh/m² * 18 m² coll.
efficiency at STC = 18.45% PV conversion
Array nominal energy (at STC effic.)6637 kWh
-0.50% PV loss due to irradiance level
-9.01% PV loss due to temperature
+0.75% Module quality loss
-2.00% Module array mismatch loss
-1.12% Ohmic wiring loss
Array virtual energy at MPP5866 kWh
-3.41% Inverter Loss during operation (efficiency)
0.00% Inverter Loss over nominal inv. power
0.00% Inverter Loss due to max. input current
0.00% Inverter Loss over nominal inv. voltage
0.00% Inverter Loss due to power threshold
0.00% Inverter Loss due to voltage threshold
Available Energy at Inverter Output5666 kWh
Energy injected into grid5666 kWh
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