Version 7.4.5
PVsyst TRIAL
PVsyst - Simulation report
Standalone system
Project: Project_2
Variant: Chile F
Standalone system with batteries
System power: 25.38 MWp
Tranque Sloman - Chile
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
Author
PVsyst TRIAL
Project: Project_2
Variant: Chile F
PVsyst V7.4.5
VC0, Simulation date:
02/02/24 02:11
with v7.4.5
PVsyst TRIAL
Project summary
Geographical Site
Situation
Tranque Sloman
Chile
Latitude
Longitude
Altitude
Time zone
Project settings
-21.80 °S
-69.49 °W
911 m
UTC-4
Albedo
0.20
Meteo data
Tranque Sloman
Meteonorm 8.1 (2012-2019), Sat=25% - Synthetic
System summary
PVsyst TRIAL
Standalone system
Standalone system with batteries
PV Field Orientation
User's needs
Seasonal tilt adjustment
azimuth
Summer Tilt
winter
May-June-July-
0°
25 °
50 °
Fixed constant load
6621 kW
Global
58.00 GWh/Year
System information
PV Array
Nb. of modules
Pnom total
Battery pack
Technology
Nb. of units
Voltage
Capacity
36250 units
25.38 MWp
Lithium-ion, LFP
5000 units
48 V
5600000 Ah
PVsyst TRIAL
Results summary
Useful energy from solar
58000004 kWh/year
Missing Energy
0 kWh/year
Excess (unused)
1592427 kWh/year
Specific production
2286 kWh/kWp/year Perf. Ratio PR
Available solar energy 61337629 kWh/year
Solar Fraction SF
80.60 %
100.00 %
Table of contents
Project and results summary
General parameters, PV Array Characteristics, System losses
Main results
Loss diagram
Predef. graphs
2
3
5
6
7
PVsyst TRIAL
PVsyst TRIAL
02/02/24
PVsyst Evaluation mode
Page 2/7
Project: Project_2
Variant: Chile F
PVsyst V7.4.5
VC0, Simulation date:
02/02/24 02:11
with v7.4.5
PVsyst TRIAL
General parameters
Standalone system
Standalone system with batteries
PV Field Orientation
Orientation
Seasonal tilt adjustment
azimuth
Summer Tilt
winter
May-June-July-
Sheds configuration
No 3D scene defined
Models used
Transposition
Perez
Diffuse
Perez, Meteonorm
Circumsolar
separate
0°
25 °
50 °
User's needs
Fixed constant load
6621 kW
Global
58.00 GWh/Year
PVsyst TRIAL
PV Array Characteristics
PV module
Battery
Manufacturer
Model
(Original PVsyst database)
Unit Nom. Power
Number of PV modules
Nominal (STC)
Modules
Generic
CPA611HDGDC-700
700
36250
25.38
1450 string x 25
At operating cond. (50°C)
Pmpp
U mpp
I mpp
Wp
units
MWp
In series
Manufacturer
Model
Technology
Nb. of units
Discharging min. SOC
Stored energy
Generic
ULTRA 175 48V 1120Ah
Lithium-ion, LFP
5000 in parallel
10.0 %
241920.0 kWh
Battery Pack Characteristics
Voltage
Nominal Capacity
Temperature
48 V
5600000 Ah (C10)
Fixed 20 °C
PVsyst TRIAL
23.85 MWp
983 V
24259 A
Controller
Universal controller
Technology
Temp coeff.
Battery Management control
MPPT converter
-5.0 mV/°C/Elem.
Converter
Maxi and EURO efficiencies
Threshold commands as
Charging
Discharging
SOC calculation
SOC = 0.96 / 0.80
SOC = 0.10 / 0.35
97.0 / 95.0 %
Total PV power
Nominal (STC)
Total
Module area
25375 kWp
36250 modules
112605 m²
PVsyst TRIAL
Array losses
Thermal Loss factor
DC wiring losses
Module temperature according to irradiance
Uc (const)
20.0 W/m²K
Uv (wind)
0.0 W/m²K/m/s
Global array res.
Loss Fraction
Module Quality Loss
Module mismatch losses
Strings Mismatch loss
Loss Fraction
Loss Fraction
Loss Fraction
-0.8 %
Serie Diode Loss
0.65 mΩ
1.5 % at STC
2.0 % at MPP
Voltage drop
Loss Fraction
0.7 V
0.1 % at STC
0.2 %
PVsyst TRIAL
02/02/24
PVsyst Evaluation mode
Page 3/7
Project: Project_2
Variant: Chile F
PVsyst V7.4.5
VC0, Simulation date:
02/02/24 02:11
with v7.4.5
PVsyst TRIAL
Array losses
IAM loss factor
Incidence effect (IAM): Fresnel, AR coating, n(glass)=1.526, n(AR)=1.290
0°
30°
50°
60°
70°
75°
80°
85°
90°
1.000
0.999
0.987
0.962
0.892
0.816
0.681
0.440
0.000
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
02/02/24
PVsyst Evaluation mode
Page 4/7
Project: Project_2
Variant: Chile F
PVsyst V7.4.5
VC0, Simulation date:
02/02/24 02:11
with v7.4.5
PVsyst TRIAL
Main results
System Production
Useful energy from solar
Available solar energy
Excess (unused)
58000004 kWh/year
61337629 kWh/year
1592427 kWh/year
Loss of Load
Time Fraction
Missing Energy
Perf. Ratio PR
Solar Fraction SF
80.60 %
100.00 %
Battery aging (State of Wear)
Cycles SOW
Static SOW
0.0 %
0 kWh/year
Normalized productions (per installed kWp)
97.0 %
90.0 %
Performance Ratio PR
PVsyst TRIAL
Balances and main results
PVsyst TRIAL
GlobHor
GlobEff
E_Avail
EUnused
E_Miss
E_User
E_Load
SolFrac
kWh/m²
kWh/m²
kWh
kWh
kWh
kWh
kWh
ratio
January
264.4
226.4
5015744
0
0.000
4926028
4926028
1.000
February
March
April
May
June
July
August
September
October
November
December
226.2
234.2
192.1
164.2
144.3
157.9
187.2
214.9
255.6
268.1
279.1
211.4
245.6
227.5
231.0
221.4
237.9
231.2
236.4
249.3
235.0
231.6
4659029
5329181
4982745
5071116
4889936
5302315
5145538
5201160
5426029
5179636
5135200
139
246920
70480
31566
290
171696
73638
302054
344837
268503
82306
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
4449315
4926028
4767124
4926028
4767124
4926028
4926028
4767124
4926028
4767124
4926028
4449315
4926028
4767124
4926028
4767124
4926028
4926028
4767124
4926028
4767124
4926028
1.000
1.000
1.000
1.000
1.000
1.000
1.000
1.000
1.000
1.000
1.000
Year
2588.3
2784.7
61337629
1592427
0.000
58000004
58000004
1.000
PVsyst TRIAL
Legends
GlobHor
GlobEff
E_Avail
EUnused
E_Miss
Global horizontal irradiation
Effective Global, corr. for IAM and shadings
Available Solar Energy
Unused energy (battery full)
Missing energy
E_User
E_Load
SolFrac
Energy supplied to the user
Energy need of the user (Load)
Solar fraction (EUsed / ELoad)
PVsyst TRIAL
02/02/24
PVsyst Evaluation mode
Page 5/7
Project: Project_2
Variant: Chile F
PVsyst V7.4.5
VC0, Simulation date:
02/02/24 02:11
with v7.4.5
PVsyst TRIAL
Loss diagram
2588 kWh/m²
Global horizontal irradiation
+9.6%
Global incident in coll. plane
-1.81%
IAM factor on global
2785 kWh/m² * 112605 m² coll.
Effective irradiation on collectors
efficiency at STC = 22.54%
PV conversion
70670142 kWh
Array nominal energy (at STC effic.)
PVsyst TRIAL
-0.26%
PV loss due to irradiance level
-4.99%
PV loss due to temperature
+0.75%
Module quality loss
-2.15%
Mismatch loss, modules and strings
-1.42%
Ohmic wiring loss
-2.45%
Unused energy (battery full)
62382411 kWh
Effective energy at the output of the array
-4.22%
-1.85%
Converter Loss during operation (efficiency)
Converter Loss over nominal conv. power
PVsyst TRIAL
-0.01%
Converter Loss due to power threshold
0.00%
Converter Loss over nominal conv. voltage
0.00%
Converter Loss due to voltage threshold
59745202 kWh
Converter losses (effic, overload)
Battery Storage
Direct use
39.2%
Stored
60.8%
+0.02%
Battery Stored Energy balance
-0.35%
Battery efficiency loss
-2.33%
Charge/Disch. Current Efficiency Loss
-0.15%
Battery Self-discharge Current
58000004 kWh
Energy from the sun
58000004 kWh
Energy supplied to the user
58000004 kWh
Energy need of the user (Load)
PVsyst TRIAL
PVsyst TRIAL
02/02/24
PVsyst Evaluation mode
Page 6/7
Project: Project_2
Variant: Chile F
PVsyst V7.4.5
VC0, Simulation date:
02/02/24 02:11
with v7.4.5
PVsyst TRIAL
Predef. graphs
Daily Input/Output diagram
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
PVsyst TRIAL
02/02/24
PVsyst Evaluation mode
Page 7/7