co2¶
This module contains the constraints and expressions related to carbon emissions. The model computes the carbon emissions for each year, based on the sum of carbon emissions from each zone, and from each technology as follows:
\[{\rm{carbon}}_y=\sum_{e\in\mathcal{E}}\sum_{z\in\mathcal{Z}}
\sum_{m\in\mathcal{M}}\sum_{h\in\mathcal{H}}
\left({{\rm{CARBON}}}_{y,z,e}\times
{\rm{gen}}_{h,m,y,z,e}\right)\quad\forall y\]
The calculated carbon emission for each year lower than its upper bound, as follows:
\[{\rm{carbon}}_y\le{\overline{{\rm{CARBON}}}}_y\quad\forall y\]
- class prepshot._model.co2.AddCo2EmissionConstraints(model)[source]¶
Bases:
objectClass for carbon emission constraints and calculations.
- Parameters
model (object) --
- __init__(model)[source]¶
Initialize the class.
- Parameters
model (object) -- Model object depending on the solver.
- Return type
None
- carbon_breakdown(y, z, te)[source]¶
Carbon emission cost breakdown.
- Parameters
y (int) -- Year.
z (str) -- Zone.
te (str) -- Technology.
- Returns
The expression of the model.
- Return type
poi.ExprBuilder
- emission_calc_by_zone_rule(y, z)[source]¶
Calculation of annual carbon emissions by zone.
- Parameters
y (int) -- Planned year.
z (str) -- Zone.
- Returns
A constraint of the model.
- Return type
poi.ConstraintIndex