GQL Statement
insulation_value_present = QUERY_PRESENT(-> { AREA(typical_useful_demand_for_space_heating_buildings_present) });
insulation_value_future = QUERY_FUTURE(-> { AREA(typical_useful_demand_for_space_heating_buildings_present) });
insulation_value_threshold = 220.0;
buildings_insulation_costs_low = DIVIDE(7200.0,(403.0 - insulation_value_threshold));
buildings_insulation_costs_high = DIVIDE(16000.0,(insulation_value_threshold - 118.0));
number_of_buildings_present = V(buildings_useful_demand_for_space_heating_buildings_present_after_solar_thermal, number_of_units);
IF(
GRAPH().future?,
-> {
PRODUCT(
SUM(
PRODUCT(
buildings_insulation_costs_low,
MAX(MIN((insulation_value_present - insulation_value_threshold),(insulation_value_present - insulation_value_future)),0)
),
PRODUCT(
buildings_insulation_costs_high,
MAX(MIN((insulation_value_threshold - insulation_value_future),(insulation_value_present - insulation_value_future)),0)
)
),
number_of_buildings_present
)
},
0.0
)
Result
|
2019
|
0.0
|
euro |
|
2050
|
0.0
|
euro |
Description
This query calculates the insulation costs for buildings_present
The calculated costs are only updated for the future year, in the present year
the insulation costs are assumed to be zero. This is done with IF-statements.
See https://docs.energytransitionmodel.com/main/insulation/#insulation-costs
Characteristics
| Groups |
|
| Unit |
euro |
| File path |
/app/tmp/etsource/gqueries/general/costs/mece_costs/1_building_and_installations/insulation/buildings/costs_of_insulation_buildings_present.gql
|
References