Gross/Active PV Surface Area: ,40 / ,29 m². Energy Produced by PV Array (AC):

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1 1x17 1x17 1x 8 x Trina Solar Trina TSM-PC5A 6 6 W 5 ; x Danfoss Solar Inverters TLX 1,5k 1,5kW Location: Arrondissement d'issoire Climate Data Record: Arrondissement d'issoire PV Output:.8, kwp Gross/Active PV Surface Area: 13.94,4 / 13.86,9 m² PV Array Irradiation: Energy Produced by PV Array (AC): Grid Feed-in: kwh kwh kwh System Efficiency: 13, % Performance Ratio: 8,1 % Inverter Efficiency: 95,6 % PV Array Efficiency: 13,7 % Specific Annual Yield: 1.9 kwh/kwp CO Emissions Avoided: 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. PV*SOL Pro 5.5 (R) 1

2 System in Grid Connected Operation Location: Arrondissement d'issoire PV Output:.8, kwp Climate Data Record: Arrondissement d'issoire Gross/Active PV Surface Area: 13.94,4 m² / 13.86,3 m² Number of Arrays: 1 Array 1: Issoire K/S Output: 8, kw Ground Reflection:, % Gross/Active Solar 1394,4 m² / 1386,3 m² Output Losses due to... Surface Area: PV Module 8 x deviation from AM 1.5: 1, % Manufacturer: Trina Solar deviation from Manufacturer's, % Specification: Model: Trina TSM-PC5A 6 in Diodes:,5 % Nominal Output: 6 W due to Pollution:, % Power Rating Deviation: % Inverter x Efficiency (STC): 15,9 % Manufacturer: Danfoss Solar Inverters No. of Modules in Series: Model: TLX 1,5k MPP Voltage (STC): V Output: 1,5 kw Orientation:, European Efficiency: 97, % Inclination: 5, No. of MPP Trackers: 3 Mount: with Ventilation MPP Tracking: 5 V To 8 V Shade: No Simulation Results for Total System Irradiation onto Horizontal: 1,65498E7 Own Use: 1.959,8 kwh kwh PV Array Irradiation: 1,86371E7 kwh Energy Produced by PV Array: kwh Irradiation minus Reflection: 1,77395E7 kwh System Efficiency: 13, % Energy from Inverter (AC): kwh Performance Ratio: 8,1 % Consumption Requirement: kwh Final Yield: 3, h/d Energy from Grid: 1.96 kwh Specific Annual Yield: 1.9 kwh/kwp Array Efficiency: 13,7 % kwh jan feb mar apr maj jun jul aug sep okt nov dec Energy from Inverter (AC) kwh PV*SOL Pro 5.5 (R)

3 Economic Efficiency Calculation System Data PV Output:.8, kwp System Operating Start: Total Degradation: 1, % Electricity Feed-in Grid Concept: For the First : Thereafter: Full Feed-in,8 kr./kwh,8 kr./kwh Basic Economic Efficiency Parameters Assessment Period: Interest on Capital: 3, % All entries without sales tax Income and expenditure Investments: Operating Costs: Consumption Costs: Feed-in Payment Received in First Year:.8., kr , kr./a 1., kr./a ,87 kr./a Tax Tax Rate: 36, % Depreciation Period: 1 Type of Depreciation: Linear Depreciation Depreciation Rate: 1, % Results According to Net Present Value Method Net Present Value: ,4 kr. Payback Period: 4,6 Yield: 1,7 % Electricity Production Costs:,65 kr./kwh Cash Balance (Accrued Cash Flow) PV*SOL Pro 5.5 (R) 4

4 Detailed List of all Payments Received and Made Investments Position Service Life [a] Inflation [%] Amount[kr.] Investments 1,.8., Operating Costs Position Inflation [%] Amount[kr.]/a Running Costs, 145.6, Consumption Costs Position Inflation [%] Amount[kr.]/a Consumption Costs, 1., Income from Export to utility grid Position Inflation [%] Amount[kr.]/a Income from Export to utility grid, ,87 PV*SOL Pro 5.5 (R) 5

5 Results Graph Self-Financing Cash Flow after Tax Cash Balance (Accrued Cash Flow) PV*SOL Pro 5.5 (R) 6

6 Roof Layout for Array: Issoire K/S PV*SOL Pro 5.5 (R) 8