Version 7.3.1 PVsyst - Simulation report Grid-Connected System Project: RIME_LAAYOUNE Variant: Nouvelle variante de simulation No 3D scene defined, no shadings System power: 1354 kWp LaayounelLaayoune - Sahara Occidental Auteur
21/02/23 PVsyst V7.3.1 VC1, Simulation date: 21/02/23 22:59 with v7.3.1 Project: RIME_LAAYOUNE Variant: Nouvelle variante de simulation Project summary Geographical Site LaayounelLaayoune Sahara Occidental Situation Latitude Longitude Altitude Time zone 27.20 -13.19 74 UTC °N °W m Project settings Albedo 0.20 Meteo data LaayounelLaayoune Meteonorm 8.1 (1998-2010), Sat=100 % - Synthétique System summary Grid-Connected System No 3D scene defined, no shadings PV Field Orientation Fixed plane Tilt/Azimuth 27 / 0 ° Near Shadings No Shadings User's needs Unlimited load (grid) System information PV Array Nb. of modules Pnom total 2484 1354 units kWp Inverters Nb. of units Pnom total Pnom ratio 6 1200 1.128 units kWac Results summary Produced Energy 2408057 kWh/year Specific production 1779 kWh/kWp/year Perf. Ratio PR 85.72 % 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
21/02/23 PVsyst V7.3.1 VC1, Simulation date: 21/02/23 22:59 with v7.3.1 Project: RIME_LAAYOUNE Variant: Nouvelle variante de simulation General parameters Grid-Connected System No 3D scene defined, no shadings PV Field Orientation Orientation Fixed plane Tilt/Azimuth 27 / 0 ° 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 Jinkosolar JKM-545M-72HL4-TV (Original PVsyst database) Unit Nom. Power 545 Wp Number of PV modules Nominal (STC) Modules 2484 1354 138 Strings x 18 units kWp In series At operating cond. (50°C) Pmpp U mpp I mpp 1235 674 1833 kWp V A Inverter Manufacturer Model Mavisolar MSXI-33200 (Original PVsyst database) Unit Nom. Power 200 kWac Number of inverters Total power 6 1200 units kWac Operating voltage Max. power (=>40°C) Pnom ratio (DC:AC) 150-800 220 1.13 V kWac Total PV power Nominal (STC) Total Module area 1354 2484 6406 kWp modules m² Total inverter power Total power Number of inverters Pnom ratio 1200 6 1.13 kWac units 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 6.1 1.5 mΩ % at STC Module Quality Loss Loss Fraction -0.8 % Module mismatch losses Loss Fraction 2.0 % at MPP Strings Mismatch loss Loss Fraction 0.1 % 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
21/02/23 PVsyst V7.3.1 VC1, Simulation date: 21/02/23 22:59 with v7.3.1 Project: RIME_LAAYOUNE Variant: Nouvelle variante de simulation Main results System Production Produced Energy 2408057 kWh/year Specific production Performance Ratio PR 1779 85.72 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 109.3 47.9 16.91 148.7 146.4 180925 177151 0.880 February 120.1 51.8 17.28 149.5 147.2 180324 176524 0.872 March 170.9 70.1 18.96 192.7 189.5 229003 224033 0.859 April 189.3 74.4 19.38 192.4 188.2 227778 222863 0.855 May 209.7 88.1 20.78 196.3 191.5 231873 226824 0.854 June 211.4 90.7 22.14 192.0 187.4 226049 221028 0.850 July 208.0 102.2 23.85 193.1 188.8 226353 221360 0.847 August 189.3 102.3 24.75 186.5 182.8 218411 213796 0.847 September 162.7 78.3 24.07 175.0 171.7 204968 200585 0.846 October 141.1 64.2 23.20 168.5 165.5 198229 194007 0.851 November 110.7 45.2 20.14 146.2 144.0 174867 171087 0.865 December 96.5 42.3 18.14 134.0 131.9 162319 158799 0.876 Year 1919.0 857.6 20.82 2075.0 2034.8 2461100 2408057 0.857 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
21/02/23 PVsyst V7.3.1 VC1, Simulation date: 21/02/23 22:59 with v7.3.1 Project: RIME_LAAYOUNE Variant: Nouvelle variante de simulation Loss diagram 1919 kWh/m² Global horizontal irradiation +8.1% Global incident in coll. plane -1.94% IAM factor on global 2035 kWh/m² * 6406 m² coll. Effective irradiation on collectors efficiency at STC = 21.14% PV conversion 2755237 kWh Array nominal energy (at STC effic.) -0.43% PV loss due to irradiance level -8.05% PV loss due to temperature +0.75% Module quality loss -2.10% Mismatch loss, modules and strings -1.09% Ohmic wiring loss 2461100 kWh Array virtual energy at MPP -2.15% 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 2408057 kWh Available Energy at Inverter Output 2408057 kWh Energy injected into grid Page 5/7
21/02/23 PVsyst V7.3.1 VC1, Simulation date: 21/02/23 22:59 with v7.3.1 Project: RIME_LAAYOUNE Variant: Nouvelle variante de simulation Predef. graphs Diagramme d'entrée/sortie journalier Distribution de la puissance de sortie système Page 6/7
PVsyst V7.3.1 VC1, Simulation date: 21/02/23 22:59 with v7.3.1