Residential projects
Decision-making tool

This simulator will help you estimate how much you could save if you install solar panels. Note that this tool is for residential customers.

Annual electricity consumption

The equivalent is 0 kWh

The equivalent is $0

$3.00 per watt (default value)

300 watts per panel (default value)

$3.00 per watt (default value)

Panel dimensions (if known)

1.65 m (default value)

0.99 m (default value)

Results
Your potential estimated savings with solar panels

Sunlight hours
- hours
Area required
- square meters
Total cost of the setup
-
Total expenditure after grant applied
-
Annual savings on your electricity bill thanks to net-metering rate option
-
Assumptions used for this estimate

The result is based on a theoretical scenario which includes the following ideal conditions:

  • Solar panels in an optimal fixed orientation
  • Rated output evaluated at 25°C
  • New panels
  • No shade from trees
  • System paid in full at time of purchase

The consumption profile uses the following assumption: 54% for heating and 46% for base load, depending on sunlight hours. Generation only covers daytime consumption and weather data is based on a 10-year average.

Results are only estimates and will differ depending on the actual setup, the household profile and weather conditions.


Conclusion

For a home with an annual consumption of about 0 kWh

Estimated annual solar generation

Your setup could generate up to 0 kWh per year, given the usual sunlight in your region and optimal conditions

Recommended number of panels

To reach this level of generation, your setup must include 0 solar panels, given the capacity selected.

Net metering rate option

With the Net Metering Option, solar electricity injected into the grid results in a credit to be applied to the bill. This corresponds to about 0 annually.

Self-generation without compensation

Without the net metering option, unused solar electricity will be lost, resulting in a loss of savings of 0 on your bill.