The tenant electricity model is unfortunately not selectable as a balancing/feed-in concept and must be entered/adjusted individually.
Assuming that the demand profile represents the tenants' consumption, self-consumption corresponds to selling electricity to the tenants.
This can be accounted for through savings by defining a from-grid tariff that corresponds to the selling price to the tenants.
The electricity fed into the grid is compensated with a feed-in tariff or via direct marketing.
Since the operator may also have to/be able to guarantee security of supply, the generated PV energy may not be sufficient to cover the tenants' demand. In this case, electricity must be purchased from the grid by the energy supplier.
To account for this, you must multiply the amount of electricity purchased by the energy supplier's price per kWh and enter this value under "Other Costs" in the "Financial Analysis" under "Economic Parameters --> Cost Balance".
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The tenant electricity model is unfortunately not selectable as a balancing/feed-in concept and must be entered/adjusted individually.
Assuming that the demand profile represents the tenants' consumption, self-consumption corresponds to selling electricity to the tenants.
This can be accounted for through savings by defining a from-grid tariff that corresponds to the selling price to the tenants.
The electricity fed into the grid is compensated with a feed-in tariff or via direct marketing.
Since the operator may also have to/be able to guarantee security of supply, the generated PV energy may not be sufficient to cover the tenants' demand. In this case, electricity must be purchased from the grid by the energy supplier.
To account for this, you must multiply the amount of electricity purchased by the energy supplier's price per kWh and enter this value under "Other Costs" in the "Financial Analysis" under "Economic Parameters --> Cost Balance".
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