Solutions

A Solution is a choise in a special option Assessment.

Each solution can set individual variable values, which then can be used in the following formulas.

Add new Solution

Solution Types

Solution Type Active systems
Machinename ID Title Published Solution Type Link to edit Solution Condition Variables
as_11 168 Central heat generation system with gas boiler and radiators On Active systems return v.as_generation == "G" && ['NA', 'R'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "I" return {
imp_fuel: "gas",
imp_cop: 0.9
}
as_12 16 Central heat generation system with gas boiler and wall heating On Active systems return v.as_generation == "G" && ['NA', 'RW'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "N" return {
LCA_active: 16.73,
RSL_active: 20,
imp_fuel: "gas",
imp_cop: 0.95
}
as_13 169 Central heat generation system with geothermal heat pump and floor heating On Active systems return v.as_generation == "HP" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "N" && v.as_hp_temperature == "Y" && v.as_hp_electricity == "Y" && v.as_hp_space == "Y" return {
imp_fuel: "electricity",
imp_cop: 5.88
}
as_14 170 Central heat generation system with heat pump and ceiling heating On Active systems return v.as_generation == "HP" && ['NA', 'RC'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "N" && v.as_hp_temperature == "Y" && v.as_hp_electricity == "Y" && v.as_hp_space == "Y" return {
imp_fuel: "electricity",
imp_cop: 5.91
}
as_15 171 Central heat generation system with heat pump and fans On Active systems return v.as_generation == "HP" && ['NA', 'FC'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "I" && v.as_hp_temperature == "Y" && v.as_hp_electricity == "Y" && v.as_hp_space == "Y" return {
imp_fuel: "electricity",
imp_cop: 4.1
}
as_16 17 Central heat generation system with heat pump and floor heating On Active systems return v.as_generation == "HP" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "N" && v.as_hp_temperature == "Y" && v.as_hp_electricity == "Y" && v.as_hp_space == "Y" return {
LCA_active: 49.88,
RSL_active: 20,
imp_fuel: "electricity",
imp_cop: 5.91
}
as_17 172 Central heat generation system with oil boiler and floor heating On Active systems return v.as_generation == "O" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_visibility == "N" return {
imp_fuel: "oil",
imp_cop: 0.9
}
as_18 173 Centralized mechanical ventilation On Active systems return v.as_generation == "E" && ['NA', 'FC'].includes(v.as_emission) && v.as_technical_space == "N" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 1
}
as_19 174 Centralized ventilation system On Active systems return v.as_generation == "E" && ['NA', 'FC'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 1
}
as_2 161 Boiler of pellet On Active systems return v.as_generation == "W" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "O" return {
imp_fuel: "biomass",
imp_cop: 0.9
}
as_20 175 Combined ventilation (natural + mechanical with heat recovery) On Active systems return v.as_generation == "E" && ['NA', 'FC'].includes(v.as_emission) && v.as_technical_space == "N" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 1
}
as_21 176 Decentralized boiler for heating water On Active systems return v.as_generation == "E" && ['NA', 'NA'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_visibility == "I" return {
imp_fuel: "electricity",
imp_cop: 0.98
}
as_22 177 Decentralized ventilation monoblocks On Active systems return v.as_generation == "E" && ['NA', 'FC'].includes(v.as_emission) && v.as_technical_space == "N" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 1
}
as_23 178 Decentralized ventilation system On Active systems return v.as_generation == "E" && ['NA', 'FC'].includes(v.as_emission) && v.as_technical_space == "N" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "I" return {
imp_fuel: "electricity",
imp_cop: 1
}
as_24 179 District Heating Network with mixed heating On Active systems return v.as_generation == "D" && ['NA', 'M'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_visibility == "I" return {
imp_fuel: "district_heating",
imp_cop: 0.85
}
as_25 180 District Heating Network with radiators On Active systems return v.as_generation == "D" && ['NA', 'R'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_visibility == "I" return {
imp_fuel: "district_heating",
imp_cop: 0.85
}
as_26 181 District Heating Network with radiators (heating only) On Active systems return v.as_generation == "D" && ['NA', 'R'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_visibility == "N" return {
imp_fuel: "district_heating",
imp_cop: 0.85
}
as_27 182 Electric heater with radiators On Active systems return v.as_generation == "E" && ['NA', 'R'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "I" return {
imp_fuel: "electricity",
imp_cop: 0.98
}
as_28 183 Electric storage heating On Active systems return v.as_generation == "E" && ['NA', 'R'].includes(v.as_emission) && v.as_technical_space == "N" && v.as_visibility == "I" return {
imp_fuel: "electricity",
imp_cop: 0.98
}
as_29 184 Electric wallpaper On Active systems return v.as_generation == "E" && ['NA', 'RC'].includes(v.as_emission) && v.as_technical_space == "N" && v.as_visibility == "I" return {
imp_fuel: "electricity",
imp_cop: 0.98
}
as_3 14 Central heat generation system with boiler for biomass and ceiling heating On Active systems return v.as_generation == "W" && ['NA', 'RC'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "N" return {
LCA_active: 29.51,
RSL_active: 30,
imp_fuel: "biomass",
imp_cop: 0.9
}
as_30 185 Electrical boiler with floor heating On Active systems return v.as_generation == "E" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 0.98
}
as_31 186 Ground heat pump On Active systems return v.as_generation == "HP" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 5.88
}
as_32 187 Ground heat pump with mechanical ventilation On Active systems return v.as_generation == "HP" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 5.88
}
as_33 188 Heat pump with mechanical ventilation On Active systems return v.as_generation == "HP" && ['NA', 'R'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "O" return {
imp_fuel: "electricity",
imp_cop: 4.08
}