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digiplan.map.models#

Digiplan models.

Biomass #

Bases: RenewableModel

Biomass model.

Combustion #

Bases: RenewableModel

Combustion model.

GSGK #

Bases: RenewableModel

GSGK model.

Hydro #

Bases: RenewableModel

Hydro model.

Municipality #

Bases: Model

Model for region level municipality.

__str__() #

Return string representation of model.

area_whole_region() classmethod #

Return summed area of all municipalities.

Returns#

float total area of all municipalities

PVground #

Bases: RenewableModel

Model holding PV on ground.

PVgroundAreas #

Bases: StaticRegionModel

Model holding PV on ground (dataset by RPG with areas).

PVgroundAreasApproved #

Bases: PVgroundAreas

Model holding PV on ground (dataset by RPG with areas): Approved units.

PVgroundAreasOperating #

Bases: PVgroundAreas

Model holding PV on ground (dataset by RPG with areas): Operating units.

PVgroundAreasPlanned #

Bases: PVgroundAreas

Model holding PV on ground (dataset by RPG with areas): Planned units.

PVroof #

Bases: RenewableModel

Model holding PV roof.

__str__() #

Return string representation of model.

Population #

Bases: Model

Population model.

quantity_per_municipality_per_year() classmethod #

Return population in 2022 per municipality and year.

Returns#

pd.DataFrame Population per municipality (index) and year (column)

Region #

Bases: Model

Base class for all regions - works as connector to other models.

LayerType #

Bases: TextChoices

Region layer types.

RegionBoundaries #

Bases: Model

Region Boundaries model.

RenewableModel #

Bases: Model

Base class for renewable cluster models.

StaticRegionModel #

Bases: Model

Base class for static region models.

Storage #

Bases: RenewableModel

Storage model.

WindTurbine #

Bases: RenewableModel

Model holding wind turbines.

__str__() #

Return string representation of model.

quantity_per_municipality() classmethod #

Calculate number of wind turbines per municipality.

Returns#

dpd.DataFrame wind turbines per municipality

WindTurbine2 #

Bases: Model

Model holding wind turbines.

quantity_per_municipality() classmethod #

Calculate number of wind turbines per municipality.

Returns#

dpd.DataFrame wind turbines per municipality

WindTurbine2Approved #

Bases: WindTurbine2

Model holding PV on ground (dataset by RPG with areas): Approved units.

WindTurbine2Operating #

Bases: WindTurbine2

Model holding PV on ground (dataset by RPG with areas): Operating units.

WindTurbine2Planned #

Bases: WindTurbine2

Model holding PV on ground (dataset by RPG with areas): Planned units.