GQL Statement
share_of_residences_connected_to_heat_network =
SUM(
V(households_space_heater_district_heating_ht_steam_hot_water_aggregator,share_of_households_useful_demand_for_space_heating_after_insulation),
V(households_space_heater_district_heating_mt_steam_hot_water_aggregator,share_of_households_useful_demand_for_space_heating_after_insulation),
V(households_space_heater_district_heating_lt_steam_hot_water_aggregator,share_of_households_useful_demand_for_space_heating_after_insulation)
);
IF(share_of_residences_connected_to_heat_network <= 0.2,
AREA(heat_length_of_connection_pipelines_in_meter_per_residence_first_bracket),
IF(share_of_residences_connected_to_heat_network <= 0.4,
AREA(heat_length_of_connection_pipelines_in_meter_per_residence_second_bracket),
IF(share_of_residences_connected_to_heat_network <= 0.6,
AREA(heat_length_of_connection_pipelines_in_meter_per_residence_third_bracket),
IF(share_of_residences_connected_to_heat_network <= 0.8,
AREA(heat_length_of_connection_pipelines_in_meter_per_residence_fourth_bracket),
AREA(heat_length_of_connection_pipelines_in_meter_per_residence_fifth_bracket)))))
Result
|
2019
0.18
ms
|
1.7
|
meter |
|
2050
0.08
ms
|
1.7
|
meter |
Description
This query calculates the average length of the connection
pipelines per connected residence. This length depends on the share of residences
connected to the network. The more objects are connected to the network, the
higher the average pipeline length per connection. This is calculated by
distinguishing different length brackets.
It is assumed that the total share of all temperature levels of district heating
determines the bracket.
See https://github.com/quintel/documentation/blob/master/general/heat_infrastructure_costs.md
for more info
Characteristics
| Groups |
|
| Unit |
meter |
| File path |
/app/tmp/etsource/gqueries/general/costs/heat_infrastructure/overall_support_queries/heat_length_of_connection_pipelines_in_meter_per_residence.gql
|
References