Embedded Files
Assumption
Assumption
PV array capacity, PA stc = 100kW
6.1 Predicted Final System Yield
6.1 Predicted Final System Yield
Eout predicted Predicted AC energy generation (kWh)
PA stc PV array capacity (W)
Yf predicted Predicted final system yield from simulation software (kWh/kW) or (kWh/kWp), also can said the unit is hour
From the simulation software, Eout predicted = 127.8 MWH per annum
Yf predicted = 127800 / 100 = 1278 kWh/kW per annum
6.2 Expected Final System Yield
6.2 Expected Final System Yield
Eout expected Expected AC energy generation (kWh)
PA stc PV array capacity (W)
Yf expected Expected final system yield from mathematical formula (kWh/kW) or (kWh/kWp), also can said the unit is hour
From the Step 5 Output Energy >> 5.2.2 Calculate Eout expected, Eout expected = 131.6179 MWH per annum
Yf expected = 131617.9 / 100 = 1316.179 kWh/kW per annum
6.3 Measured Final System Yield
6.3 Measured Final System Yield
Eout measured Measured AC energy generation (kWh)
PA stc PV array capacity (W)
Yf measured Measured final system yield from measurement (kWh/kW) or (kWh/kWp), also can said the unit is hour
From the Step 5 Output Energy >> 5.3 Measured AC Output Energy, Eout measured = 133.33 MWH per annum
Yf measured = 133330 / 100 = 1333.3 kWh/kW per annum
Reference
Reference
Design And Sizing of Grid-Connected Photovoltaic Power System - SEDA Malaysia- 4th Published 2023
Example 7.3
SEDA GCPV Tutorial Design - Nov 2024
3. System performance and evaluation - Question 3
Page updated
Google Sites
Report abuse