LOGO
Who we are Solar energy calculator How it works Contact us

select your roof type

Please select and save each side’s info separately


Is the number of panels known?
Yes

select a location

Building orientation


Please input at least one maximum allowable power consumption:

Start time (From 0 to 23)
End time (from 0 to 23)
Maximum power consumption(W)

Please input up to three different electricity tariffs based on the monthly electricity consumption:

Monthly consumption from (kWh)
Monthly consumption to (kWh)
Electricity tariff (per kWh)

Please input up to three different electricity tariffs for peak or off-peak:

Start time (From 0 to 23)
End time (From 0 to 23)
Electricity tariff (per kWh)
Do you have an hourly power consumption dataset of the building for one year?
Yes

before uploading the file , please read the requirements here
Start date:
Do you have the monthly power consumption of the project for 12 months?
Yes

Do you have the monthly power consumption of the project for 12 months?
Yes

Please add the monthly power consumption for 12 months

Select a daily pattern

Select a monthly pattern
Do you have the monthly power consumption of the project for 12 months?
Yes

Select the type of solar system:
PV information
Battery information

Battery charge controller
Invertor information
Step 1 information:

sides :
Total Orientation :
#
#
#
#
step2 information
-----------------------
---
step3 information
step 4 information
Dear Customer,
Thank you so much for using our sizing tool. In the following page you can find the results in two scenarios (only applicable for grid connected systems) which provide you with more flexibility to choose the final size of components:
Scenario 1
Optimal size of PV panels and batteries based on the total cost
Scenario 2
Optimal size of PV panels and batteries based on the total cost and capital cost
We hope to hear your valuable comments and suggestions via the email below, and it would be great if you could share your opinion with other customers here.
please contact us if you need a customised tool for your company or for any collaboration opportunities.
Best regards,
Energimise Team
Info@energimise.com
Project Summary:
Connection Type
PV panel Model
Control
Battery Model
Slope (°)
Project Lifetime (year)
Orientation (°)
Intrest rate (%)
Optimization Results:
Without Solar system
Scenario 1
Scenario 2
Optimal Number of PV Panels
0
Optimal number of battery units
0
Optimal Size of PV panels
0
Optimal size of Batteries
0
Energy Import from the grid (kWh per year)
Energy export to the grid (kWh per year)
0
Initial Cost
0
Replacement Cost (During the lifetime)
0
Operation and maintenance cost (During the lifetime)
0
Electricity bill (During the lifetime)
Total Cost (During the lifetime)
ELF (Reliability Index)*
Carbon Emission (Kg per year)**
All costs listed above are present values
* i.e., ELF=90% represents only 90% of household energy can be supplied with the suggested energy system.
** The average carbon intensity of electricity generated is considered of 475 gCO2/kWh