step 1
step 2
step 3
step 4
step 5
step 6
step 7
01.
Select the insolation zone (A to G) in which your city is
located.
02.
Enter the roof area assigned for mounting pv modules.
03.
Enter your electric energy use for the month of june, in
kWh/month.
Electric use in the year
Jan
0kWh
Feb
0kWh
Mar
0kWh
Apr
0kWh
May
0kWh
Jun
0kWh
Jul
0kWh
Aug
0kWh
Sep
0kWh
Oct
0kWh
Nov
0kWh
Dec
0kWh
Estimated data based on the average energy consumption of a house
04.
Select the PV module construction type
Standard
ZNShine TIER 1 440Wp monocrystalline half-cell graphene coated double glass PV module.
Flexible
Sunport 330Wp flexible monocrystalline PV module.
05.
Select season for battery sizing.
06.
Enter emergency backup energy required, as a percentage of
total load.
0
07.
Enter battery backup in case of power outage, in
hours.
0
08.
Proposed System
Insolation zone a
Roof area 123 sqf
Electric energy use of june 123 kWh
standard PV module
Season: summer
Backup energy required: 100%
Battery backup: 6hs.
Storage
Standard alternative
Quantity
x
01
Soluna10k HV-Pack
10kWh high voltage battery
LEARN MORE
Quantity
x
01
Soluna15k HV-Pack
High-voltage battery pack
15kWh high voltage battery
LEARN MORE
Quantity
x
01
GW 6000-ES-20
GoodWe 6kW HV hybrid inverter for HV battery: 9kWp-PV, 6kW-AC back-up, 6kW-AC grid.
LEARN MORE
Quantity
x
01
GW 10 KN-ET
10kW hybrid inverter: 15kWp-PV, 10kW-AC backup, optimized for high current PV modules.
LEARN MORE
Quantity
x
01
GW 10 KN-ET
10kW hybrid inverter: 15kWp-PV, 10kW-AC backup, optimized for high current PV modules.
LEARN MORE
Roof Surface
Enough
Critial
Not enough
Calculation inputs