Energy Produced by PV Array (AC):

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Dora Hicks
6 years ago
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1 4x17 2x x PHOTON SOLAR 4 x KACO new energy PH-250P-60 (HDS) INT 250 W Powador 30,0 TL3 15 ; 0 25,0kW Location: Climate Data Record: PV Output: Gross/Active PV Surface Area: Antalya Antalya ( ) 100,00 kwp 654,72 / 654,73 m² PV Array Irradiation: Energy Produced by PV Array (AC): Grid Feed-in: Yield Reduction due to Shading: System Efficiency: Performance Ratio: Inverter Efficiency: PV Array Efficiency: Specific Annual Yield: CO2 Emissions Avoided: 12,4 81,5 97,0 12, /kwp kg/a The results are determined by a mathematical model calculation. The actual yields of the photovoltaic system can deviate from these values due to fluctuations in the weather, the efficiency of modules and inverters, and other factors. The System Diagram above does not represent and cannot replace a full technical drawing of the solar system. 1

2 System in Grid Connected Operation Location: Antalya Climate Data Record: Antalya Number of Arrays: PV Output: Gross/Active PV Surface Area: 100,00 kwp 654,7 m² / 654,7 m² 100,00 kw 654,7 m² / 654,7 m² Ground Reflection: Output Losses due to... 20,0 400 x PHOTON SOLAR deviation from AM 1.5: deviation from Manufacturer's Specification: in Diodes: due to Pollution: Inverter Manufacturer: Model: Output: European Efficiency: No. of MPP Trackers: MPP Tracking: 1,0 2,0 1 Array 1: System 1 Output: Gross/Active Solar Surface Area: PV Module Manufacturer: Model: Nominal Output: Power Rating Deviation: Efficiency (STC): No. of Modules in Series: MPP Voltage (STC): Orientation: Inclination: Mount: Shade: PH-250P-60 (HDS) INT 250 W 0 15, V 0,0 15,0 with Ventilation Yes 0,5 0,0 4x KACO new energy Powador 30,0 TL3 25,00 kw 97, V To 800 V Simulation Results for Total System Irradiation onto Horizontal: PV Array Irradiation: Irradiation minus Reflection: Irradiation without Shade: Energy from Inverter (AC): Consumption Requirement: Energy from Grid: Own Use: Energy Produced by PV Array: System Efficiency: Performance Ratio: Final Yield: Specific Annual Yield: Array Efficiency: 224, ,4 81,5 4,3 h/d /kwp 12, Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Energy from Inverter (AC)

3 Economic Efficiency Calculation System Data PV Output: 100,00 kwp System Operating Start: Electricity Feed-in Grid Concept: For the First 20 Years: Thereafter: Full Feed-in 0,1000 / 0,1000 / Basic Economic Efficiency Parameters Assessment Period: Interest on Capital: All entries without sales tax 24 Years 0,00 Income and Expenditure Investments: Feed-in Payment Received in First Year: , ,72 /a Results According to Net Present Value Method Net Present Value: Payback Period: Yield: Electricity Production Costs: ,98 6,9 Years 13,8 0,03 / Cash Balance (Accrued Cash Flow) Cash Values [ ] Years

4 Detailed List of all Payments Received and Made Investments Position Investments Income from Export to Utility Grid Position Income from Export to Utility Grid Service Life [a] 25 Inflation [] 0,00 Amount[ ] ,00 Inflation [] 0,00 Amount[ ]/a ,72 4

5 System Visualization Screenshots Environment Screenshot3 Module Coverage Screenshot2 Module Configuration 5

6 Screenshot1 6

Yield Reduction Due to Shading:

Yield Reduction Due to Shading: x9 31 x SunPower 1 x Power-One SPR-E0-37 37 W TRIO-8.5-TL-OUTD 10 ; 1x13 1x13 1 x Power-One 10 ; -30 7.5kW 9 x SunPower 1 x Power-One SPR-E0-37 37 W 10 ; 59 7.5kW 7 x SunPower 1 x Power-One SPR-E0-37 37