Public simulation

Demo building

Status: Simulated (31-07-2020 09:54:39) Delete

Variable Value
Time horizon for the evaluation [years] 25
Number of inhabitants0
Objective of the optimizationmaximum NPV
Annual Discount Rate [%] 1
Net billing premium [€/kWh or auto]0.0
Maximum limit for the initial investment cost [€]none
Price of electricity bought from the grid [€/kWh] 0.18
Price of electricity sold to the grid [€/kWh] 0.05
Module efficiency0.165
Module height (m)1.0
Module width (m)1.0
Cost of battery [€/kWh] 500
Cost of the finished PV system [€/kWp] 1500
Performance ratio of the system at STC 0.8
Linear annual efficiency losses of the PV system [%]0.75
Annual maintenance costs [€/kWp year] 7.5
Linear annual growth of price of electricity bought from the grid [%]1
Linear annual growth of price of electricity sold to the grid [%]0
Linear annual growth of the electric demand [%]1
Variable Value
PV capacity [kWp]0.49
PV area [m²]3.00
Battery capacity [kWh]0.00
Expected Net Present Value [€]325.15
Self-sufficiency [%] 29.79
Self-consumption [%] 82.06
Annual cumulative production [kWh]371.92
Annual cumulative balance production/consumption0.37
PV system initial cost [€]742.50
Expected payback time16 years 4 months 16 days
Expected LCOE considering self-consumed electricity [€/kWh]0.15
Expected LCOE considering the produced electricity [€/kWh]0.13
Specific emission of self-consumed electricity [kg CO2-eq/MWh]191.78
Specific emissions of the produced electricity [kg CO2-eq/MWh]170.73
File Download
Optimization reportem_report.pdf
Area available for PVPV_areas.obj
Area suggested for PVPV_layer.obj
Suggested PV configuration
Weather fileepwfile.epw
PV Production ProfileProductionProfile.csv
Electric Demand ProfileConsumptionProfile.csv