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Implement a new definition of how to deal with efficiency:
If we specify a charging curve (e.g. constant 100 kW), then this 100 kW comes from the grid. In other words, less power arrives in the (vehicle) battery due to the efficiency.
When discharging a (vehicle) battery with 100 kW, 100 kW goes into the grid or wherever it goes. Meaning more power is taken from the (vehicle) battery due to its efficiency.
Additionally: Ensure that the efficiency is considered in all strategies and for vehicles and stationary batteries!
Example: In peak_load_window the stat. battery does not consider the efficiency when discharging.
The text was updated successfully, but these errors were encountered:
This is already the behavior when using target_power of the battery load/unload functions. See test_components for example, test_charging and test_unload in particular. Do you have an example file where the efficiency is not accounted for, in your opinion?
Implement a new definition of how to deal with efficiency:
The (dis)charging curve therefore defines P_in and P_out in this picture:
More info: https://smooth.readthedocs.io/en/latest/smooth.components.html#module-smooth.components.component_battery
Additionally: Ensure that the efficiency is considered in all strategies and for vehicles and stationary batteries!
Example: In peak_load_window the stat. battery does not consider the efficiency when discharging.
The text was updated successfully, but these errors were encountered: