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_34 189 Hydrogen instalation with energy storage, PV, solar collector with mixed heating On Active systems return v.as_generation == "HP" && ['NA', 'M'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "",
imp_cop: 1
}
as_35 190 Hydronic high-efficiency pew-based system with geothermal heat pump On Active systems return v.as_generation == "HP" && ['NA', 'NA'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 4.29
}
as_36 191 Infra-red heating panels On Active systems return v.as_generation == "E" && ['NA', 'RW'].includes(v.as_emission) && v.as_technical_space == "N" && v.as_visibility == "N" return {
imp_fuel: "electricity",
imp_cop: 0.98
}
as_37 192 IR with ASHP On Active systems return v.as_generation == "HP" && ['NA', 'M'].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: 4.08
}
as_38 193 Multi-source system: ground-source heat pump, hydrogen generator, energy storage, recuperation On Active systems return v.as_generation == "HP" && ['NA', 'M'].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: 4.29
}
as_39 194 MVHR system with ASHP On Active systems return v.as_generation == "HP" && ['NA', 'M'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "I" return {
imp_fuel: "electricity",
imp_cop: 4.08
}
as_4 162 Central heat generation system with boiler for biomass and floor heating On Active systems return v.as_generation == "W" && ['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: "biomass",
imp_cop: 0.9
}
as_40 195 MVHR system with gas boiler On Active systems return v.as_generation == "E" && ['NA', 'M'].includes(v.as_emission) && v.as_technical_space == "Y" && v.as_disturbance == '' && v.as_visibility == "NA" return {
imp_fuel: "electricity",
imp_cop: 0.9
}
as_41 196 Radiant heating On Active systems return v.as_generation == "E" && ['NA', 'RW'].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: 0.98
}
as_42 27 Solarthermal panels On Active systems return v.as_generation == "ST" && ['NA', 'R'].includes(v.as_emission) && v.as_technical_space == "N" && ['NA', 'H'].includes(v.as_disturbance) && v.georgian_tenement_back_slope !== "yes" && v.georgian_tenement_m_roof !== "both" && v.kamienica_roof_finish !== "copper" && v.typology !== "monumentalbyggnad" && v.as_visibility == "O" return {
imp_fuel: "solar",
imp_cop: 1
}
as_43 197 Solarthermal system with pellet boiler and radiators On Active systems return v.as_generation == "W" && ['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: "biomass",
imp_cop: 0.85
}
as_44 198 Solarthermal system with pellet boiler and wall heating On Active systems return v.as_generation == "W" && ['NA', 'RW'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "O" return {
imp_fuel: "biomass",
imp_cop: 0.9
}
as_45 199 Ventilation units connected with windows 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_46 200 VRF system for cooling, DHW and ventilation On Active systems return v.as_generation == "E" && ['NA', 'IU'].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: 4.1
}
as_47 201 VRF for heating and cooling On Active systems return v.as_generation == "E" && ['NA', 'IU'].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: 4.1
}
as_5 163 Central heat generation system with boiler for biomass and mixed heating On Active systems return v.as_generation == "W" && ['NA', 'M'].includes(v.as_emission) && v.as_technical_space == "Y" && ['M', 'H', 'NA'].includes(v.as_disturbance) && v.as_visibility == "I" return {
imp_fuel: "biomass",
imp_cop: 0.85
}
as_6 164 Central heat generation system with boiler for biomass and radiators On Active systems return v.as_generation == "W" && ['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: "biomass",
imp_cop: 0.85
}
as_7 165 Central heat generation system with boiler for biomass and wall heating On Active systems return v.as_generation == "W" && ['NA', 'RW'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) return {
imp_fuel: "biomass",
imp_cop: 0.9
}
as_8 15 Central heat generation system with external 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 == "O" return {
LCA_active: 49.78,
RSL_active: 20,
imp_fuel: "electricity",
imp_cop: 5.91
}
as_9 166 Central heat generation system with gas boiler and floor heating On Active systems return v.as_generation == "G" && ['NA', 'RF'].includes(v.as_emission) && v.as_technical_space == "Y" && ['NA', 'H'].includes(v.as_disturbance) && v.as_visibility == "N" return {
imp_fuel: "gas",
imp_cop: 0.95
}