HasConsumptionAndEmbodiedImpacts#

Bases: HasEmbodiedImpacts, ABC

Abstract class defining the methods for estimating electric power, peak power and idle power

embodied_impacts

The embodied impacts of the component. If the value is known, estimate_embodied_impacts() returns it, otherwise an estimation is done based on other attributes. Defaults to None.

Type:: Impacts | None, optional

electric_power

The electric power of the component. If the value is known, estimate_electric_power() returns it, otherwise an estimation is done based on other attributes. Defaults to None.

Type:: ReplicableValue | str | None, optional

peak_power

The peak power of the component. If the value is known, estimate_peak_power() returns it, otherwise an estimation is done based on other attributes . Defaults to None.

Type:: ReplicableValue | str | None, optional

idle_power

The idle power of the component. If the value is known, estimate_idle_power() returns it, otherwise an estimation is done based on other attributes. Defaults to None.

Type:: ReplicableValue | str | None, optional

Methods Summary

`estimate_electric_power`()
`estimate_peak_power`()	Returns the maximum consumption of the component
`estimate_idle_power`()	Returns the minimum consumption of the component, the consumption it has when no job are running

Methods Documentation

abstractmethod estimate_electric_power() → ReplicableValue | None#

estimate_peak_power() → ReplicableValue | None#: Returns the maximum consumption of the component

estimate_idle_power() → ReplicableValue | None#: Returns the minimum consumption of the component, the consumption it has when no job are running

__repr__(): Return repr(self).

abstractmethod estimate_electric_power() → ReplicableValue | None

estimate_idle_power() → ReplicableValue | None: Returns the minimum consumption of the component, the consumption it has when no job are running

estimate_peak_power() → ReplicableValue | None: Returns the maximum consumption of the component