1. Calculated Parameter Value
Table 4. Inverter summary
Parameters
Calculated Parameter Value
Inductive Load(Pind)
3139W
As per Table 3
Resistive Load(Pres)
9876W
Total Continuous output power (TP)
13kW
Efficiency (hinv)
90%
As per inverter data sheet [13]
Input power to the inverter (TP1)
14.5kW
Using Equation4
Input DC voltage (Vdc)
360VDC
Input DC current to inverter (Idc)
40ADC
Using Equation5
Total Inverter Power (Pinv1)
24kW
Using Equation 1
Power factor (PF)
0.8
KVA rating (PKVA)
30KVA
Using equation 3
Energy coming from inverter (Edaily)
26kWh (in Summer)
From Table 3
Energy input to inverter (Einv)
28.8kWh
Using equation 6
Output AC voltage
240VDC
Number of phase
Three phase
Types
Solar PCU or Hybrid type
MPPT voltage from PV (CCvolt)
500VDC
Abhik Milan Pal et al. Designing of a Standalone Photovoltaic System for a Residential Building in Gurgaon, India.
Sustainable Energy, 2015, Vol. 3, No. 1, doi: /rse-3-1-3
© The Author(s) Published by Science and Education Publishing.