get_building_typology --------------------- path: ``inputs/building-properties/typology.dbf`` The following file is used by these scripts: ``archetypes_mapper``, ``demand``, ``emissions`` .. csv-table:: :header: "Variable", "Description" ``use_type1``, "First (Main) Use type of the building" ``use_type1r``, "Fraction of gross floor area for first Use Type" ``use_type2``, "Second Use type of the building" ``use_type2r``, "Fraction of gross floor area for second Use Type" ``use_type3``, "Third Use type of the building" ``use_type3r``, "Fraction of gross floor area for third Use Type" ``name``, "Unique building ID. It must start with a letter." ``reference``, "Reference to data (if any)" ``const_type``, "Construction Standard (relates to ""code"" in Supply Assemblies)" ``year``, "Construction year" get_costs_operation_file ------------------------ path: ``outputs/data/costs/operation_costs.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Aocc_m2``, "Occupied floor area (heated/cooled)" ``Capex_a_sys_building_scale_USD``, "Annualized capital expenditures of building-scale systems" ``Capex_a_sys_district_scale_USD``, "Annualized capital expenditures of district-scale systems" ``COAL_hs_cost_m2yr``, "Operation costs of coal due to space heating per unit conditioned floor area" ``COAL_hs_cost_yr``, "Operation costs of coal due to space heating" ``COAL_ww_cost_m2yr``, "Operation costs of coal due to hotwater per unit conditioned floor area" ``COAL_ww_cost_yr``, "Operation costs of coal due to hotwater" ``DC_cdata_cost_m2yr``, "Operation costs of district cooling due to data center cooling per unit conditioned floor area" ``DC_cdata_cost_yr``, "Operation costs of district cooling due to data center cooling" ``DC_cre_cost_m2yr``, "Operation costs of district cooling due to cool room refrigeration per unit conditioned floor area" ``DC_cre_cost_yr``, "Operation costs of district cooling due to cool room refrigeration" ``DC_cs_cost_m2yr``, "Operation costs of district cooling due to space cooling per unit conditioned floor area" ``DC_cs_cost_yr``, "Operation costs of district cooling due to space cooling" ``DH_hs_cost_m2yr``, "Operation costs of district heating due to space heating per unit conditioned floor area" ``DH_hs_cost_yr``, "Operation costs of district heating due to space heating" ``DH_ww_cost_m2yr``, "Operation costs of district heating due to domestic hot water per unit conditioned floor area" ``DH_ww_cost_yr``, "Operation costs of district heating due to domestic hot water" ``GRID_cost_m2yr``, "Operation costs due to electricity supply from the grid per unit conditioned floor area" ``GRID_cost_yr``, "Operation costs due to electricity supply from the grid" ``Name``, "Unique building ID. It must start with a letter." ``NG_hs_cost_m2yr``, "Operation costs of natural gas due to space heating per unit conditioned floor area" ``NG_hs_cost_yr``, "Operation costs of natural gas due to space heating" ``NG_ww_cost_m2yr``, "Operation costs of natural gas due to domestic hot water per unit conditioned floor area" ``NG_ww_cost_yr``, "Operation costs of natural gas due to domestic hot water" ``OIL_hs_cost_m2yr``, "Operation costs of oil due to space heating per unit conditioned floor area" ``OIL_hs_cost_yr``, "Operation costs of oil due to space heating" ``OIL_ww_cost_m2yr``, "Operation costs of oil due to domestic hot water per unit conditioned floor area" ``OIL_ww_cost_yr``, "Operation costs of oil due to domestic hot water" ``Opex_a_sys_building_scale_USD``, "Annual operational expenditures of building-scale systems" ``Opex_a_sys_district_scale_USD``, "Annual operational expenditures of district-scale systems" ``PV_cost_m2yr``, "Operation costs due to electricity supply from PV per unit conditioned floor area" ``PV_cost_yr``, "Operation costs due to electricity supply from PV" ``SOLAR_hs_cost_m2yr``, "Operation costs due to solar collectors for space heating per unit conditioned floor area" ``SOLAR_hs_cost_yr``, "Operation costs due to solar collectors for space heating" ``SOLAR_ww_cost_m2yr``, "Operation costs due to solar collectors for domestic hot water per unit conditioned floor area" ``SOLAR_ww_cost_yr``, "Operation costs due to solar collectors for domestic hot water" ``WOOD_hs_cost_m2yr``, "Operation costs of wood due to space heating per unit conditioned floor area" ``WOOD_hs_cost_yr``, "Operation costs of wood due to space heating" ``WOOD_ww_cost_m2yr``, "Operation costs of wood due to domestic hot water per unit conditioned floor area" ``WOOD_ww_cost_yr``, "Operation costs of wood due to domestic hot water" get_demand_results_file ----------------------- path: ``outputs/data/demand/B001.csv`` The following file is used by these scripts: ``decentralized``, ``optimization``, ``sewage_potential``, ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``COAL_hs_kWh``, "Coal requirement for space heating supply" ``COAL_ww_kWh``, "Coal requirement for hotwater supply" ``DATE``, "Time stamp for each day of the year ascending in hour intervals." ``DC_cdata_kWh``, "District cooling for data center cooling demand" ``DC_cre_kWh``, "District cooling for refrigeration demand" ``DC_cs_kWh``, "Energy consumption of space cooling system (if supplied by District Cooling), DC_cs = Qcs_sys / eff_cs" ``DH_hs_kWh``, "Energy requirement by district heating (space heating supply)" ``DH_ww_kWh``, "Energy requirement by district heating (hotwater supply)" ``E_cdata_kWh``, "Data centre cooling specific electricity consumption." ``E_cre_kWh``, "Refrigeration system electricity consumption." ``E_cs_kWh``, "Energy consumption of cooling system (if supplied by electricity grid), E_cs = Qcs_sys / eff_cs" ``E_hs_kWh``, "Heating system electricity consumption." ``E_sys_kWh``, "End-use total electricity consumption = Ea + El + Edata + Epro + Eaux + Ev + Eve" ``E_ww_kWh``, "Hot water system electricity consumption." ``Ea_kWh``, "End-use electricity for appliances" ``Eal_kWh``, "End-use electricity consumption of appliances and lighting, Eal = El_W + Ea_W" ``Eaux_kWh``, "End-use auxiliary electricity consumption, Eaux = Eaux_fw + Eaux_ww + Eaux_cs + Eaux_hs + Ehs_lat_aux" ``Edata_kWh``, "End-use data centre electricity consumption." ``El_kWh``, "End-use electricity for lights" ``Epro_kWh``, "End-use electricity consumption for industrial processes." ``Ev_kWh``, "End-use electricity for electric vehicles" ``Eve_kWh``, "End-use electricity for ventilation" ``GRID_a_kWh``, "Grid electricity consumption for appliances" ``GRID_aux_kWh``, "Grid electricity consumption for auxiliary loads" ``GRID_cdata_kWh``, "Grid electricity consumption for servers cooling" ``GRID_cre_kWh``, "Grid electricity consumption for refrigeration" ``GRID_cs_kWh``, "Grid electricity consumption for space cooling" ``GRID_data_kWh``, "Grid electricity consumption for servers" ``GRID_hs_kWh``, "Grid electricity consumption for space heating" ``GRID_kWh``, "Grid total electricity consumption, GRID_a + GRID_l + GRID_v + GRID_ve + GRID_data + GRID_pro + GRID_aux + GRID_ww + GRID_cs + GRID_hs + GRID_cdata + GRID_cre" ``GRID_l_kWh``, "Grid electricity consumption for lighting" ``GRID_pro_kWh``, "Grid electricity consumption for industrial processes" ``GRID_ve_kWh``, "Grid electricity consumption for ventilation" ``GRID_ww_kWh``, "Grid electricity consumption for hot water supply" ``I_rad_kWh``, "Radiative heat loss" ``I_sol_and_I_rad_kWh``, "Net radiative heat gain" ``I_sol_kWh``, "Solar heat gain" ``mcpcdata_sys_kWperC``, "Capacity flow rate (mass flow* specific heat capacity) of the chilled water delivered to data centre." ``mcpcre_sys_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the chilled water delivered to refrigeration." ``mcpcs_sys_ahu_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the chilled water delivered to air handling units (space cooling)." ``mcpcs_sys_aru_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the chilled water delivered to air recirculation units (space cooling)." ``mcpcs_sys_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the chilled water delivered to space cooling." ``mcpcs_sys_scu_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the chilled water delivered to sensible cooling units (space cooling)." ``mcphs_sys_ahu_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the warm water delivered to air handling units (space heating)." ``mcphs_sys_aru_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the warm water delivered to air recirculation units (space heating)." ``mcphs_sys_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the warm water delivered to space heating." ``mcphs_sys_shu_kWperC``, "Capacity flow rate (mass flow* specific heat Capacity) of the warm water delivered to sensible heating units (space heating)." ``mcptw_kWperC``, "Capacity flow rate (mass flow* specific heat capacity) of the fresh water" ``mcpww_sys_kWperC``, "Capacity flow rate (mass flow* specific heat capacity) of domestic hot water" ``Name``, "Unique building ID. It must start with a letter." ``NG_hs_kWh``, "NG requirement for space heating supply" ``NG_ww_kWh``, "NG requirement for hotwater supply" ``OIL_hs_kWh``, "OIL requirement for space heating supply" ``OIL_ww_kWh``, "OIL requirement for hotwater supply" ``people``, "Predicted occupancy: number of people in building" ``PV_kWh``, "PV electricity consumption" ``Q_gain_lat_peop_kWh``, "Latent heat gain from people" ``Q_gain_sen_app_kWh``, "Sensible heat gain from appliances" ``Q_gain_sen_base_kWh``, "Sensible heat gain from transmission through the base" ``Q_gain_sen_data_kWh``, "Sensible heat gain from data centres" ``Q_gain_sen_light_kWh``, "Sensible heat gain from lighting" ``Q_gain_sen_peop_kWh``, "Sensible heat gain from people" ``Q_gain_sen_pro_kWh``, "Sensible heat gain from industrial processes." ``Q_gain_sen_roof_kWh``, "Sensible heat gain from transmission through the roof" ``Q_gain_sen_vent_kWh``, "Sensible heat gain from ventilation and infiltration" ``Q_gain_sen_wall_kWh``, "Sensible heat gain from transmission through the walls" ``Q_gain_sen_wind_kWh``, "Sensible heat gain from transmission through the windows" ``Q_loss_sen_ref_kWh``, "Sensible heat loss from refrigeration systems" ``QC_sys_kWh``, "Total energy demand for cooling, QC_sys = Qcs_sys + Qcdata_sys + Qcre_sys + Qcpro_sys" ``Qcdata_kWh``, "Data centre space cooling demand" ``Qcdata_sys_kWh``, "End-use data center cooling demand" ``Qcpro_sys_kWh``, "Process cooling demand" ``Qcre_kWh``, "Refrigeration space cooling demand" ``Qcre_sys_kWh``, "End-use refrigeration demand" ``Qcs_dis_ls_kWh``, "Cooling system distribution losses" ``Qcs_em_ls_kWh``, "Cooling system emission losses" ``Qcs_kWh``, "Specific cooling demand" ``Qcs_lat_ahu_kWh``, "AHU latent cooling demand" ``Qcs_lat_aru_kWh``, "ARU latent cooling demand" ``Qcs_lat_sys_kWh``, "Total latent cooling demand for all systems" ``Qcs_sen_ahu_kWh``, "AHU sensible cooling demand" ``Qcs_sen_aru_kWh``, "ARU sensible cooling demand" ``Qcs_sen_scu_kWh``, "SHU sensible cooling demand" ``Qcs_sen_sys_kWh``, "Total sensible cooling demand for all systems" ``Qcs_sys_ahu_kWh``, "AHU system cooling demand" ``Qcs_sys_aru_kWh``, "ARU system cooling demand" ``Qcs_sys_kWh``, "End-use space cooling demand, Qcs_sys = Qcs_sen_sys + Qcs_lat_sys + Qcs_em_ls + Qcs_dis_ls" ``Qcs_sys_scu_kWh``, "SCU system cooling demand" ``QH_sys_kWh``, "Total energy demand for heating, QH_sys = Qww_sys + Qhs_sys + Qhpro_sys" ``Qhpro_sys_kWh``, "Process heating demand" ``Qhs_dis_ls_kWh``, "Heating system distribution losses" ``Qhs_em_ls_kWh``, "Heating system emission losses" ``Qhs_kWh``, "Sensible heating system demand" ``Qhs_lat_ahu_kWh``, "AHU latent heating demand" ``Qhs_lat_aru_kWh``, "ARU latent heating demand" ``Qhs_lat_sys_kWh``, "Total latent heating demand for all systems" ``Qhs_sen_ahu_kWh``, "AHU sensible heating demand" ``Qhs_sen_aru_kWh``, "ARU sensible heating demand" ``Qhs_sen_shu_kWh``, "SHU sensible heating demand" ``Qhs_sen_sys_kWh``, "Total sensible heating demand" ``Qhs_sys_ahu_kWh``, "Space heating demand in AHU" ``Qhs_sys_aru_kWh``, "Space heating demand in ARU" ``Qhs_sys_kWh``, "End-use space heating demand, Qhs_sys = Qhs_sen_sys + Qhs_em_ls + Qhs_dis_ls" ``Qhs_sys_shu_kWh``, "SHU system heating demand" ``Qww_kWh``, "DHW specific heating demand" ``Qww_sys_kWh``, "End-use hotwater demand" ``SOLAR_hs_kWh``, "Solar thermal energy requirement for space heating supply" ``SOLAR_ww_kWh``, "Solar thermal energy requirement for hotwater supply" ``T_ext_C``, "Outdoor temperature" ``T_int_C``, "Indoor temperature" ``Tcdata_sys_re_C``, "Cooling supply temperature of the data centre" ``Tcdata_sys_sup_C``, "Cooling return temperature of the data centre" ``Tcre_sys_re_C``, "Cooling return temperature of the refrigeration system." ``Tcre_sys_sup_C``, "Cooling supply temperature of the refrigeration system." ``Tcs_sys_re_ahu_C``, "Return temperature cooling system" ``Tcs_sys_re_aru_C``, "Return temperature cooling system" ``Tcs_sys_re_C``, "System cooling return temperature." ``Tcs_sys_re_scu_C``, "Return temperature cooling system" ``Tcs_sys_sup_ahu_C``, "Supply temperature cooling system" ``Tcs_sys_sup_aru_C``, "Supply temperature cooling system" ``Tcs_sys_sup_C``, "System cooling supply temperature." ``Tcs_sys_sup_scu_C``, "Supply temperature cooling system" ``theta_o_C``, "Operative temperature in building (RC-model) used for comfort plotting" ``Ths_sys_re_ahu_C``, "Return temperature heating system" ``Ths_sys_re_aru_C``, "Return temperature heating system" ``Ths_sys_re_C``, "Heating system return temperature." ``Ths_sys_re_shu_C``, "Return temperature heating system" ``Ths_sys_sup_ahu_C``, "Supply temperature heating system" ``Ths_sys_sup_aru_C``, "Supply temperature heating system" ``Ths_sys_sup_C``, "Heating system supply temperature." ``Ths_sys_sup_shu_C``, "Supply temperature heating system" ``Tww_sys_re_C``, "Return temperature hotwater system" ``Tww_sys_sup_C``, "Supply temperature hotwater system" ``WOOD_hs_kWh``, "WOOD requirement for space heating supply" ``WOOD_ww_kWh``, "WOOD requirement for hotwater supply" ``x_int``, "Internal mass fraction of humidity (water/dry air)" get_geothermal_potential ------------------------ path: ``outputs/data/potentials/Shallow_geothermal_potential.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``Area_avail_m2``, "areas available to install ground source heat pumps" ``QGHP_kW``, "geothermal heat potential" ``Ts_C``, "ground temperature" get_lca_embodied ---------------- path: ``outputs/data/emissions/Total_LCA_embodied.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``GFA_m2``, "Gross floor area" ``GHG_sys_embodied_kgCO2m2``, "Embodied emissions per conditioned floor area due to building construction and decommissioning" ``GHG_sys_embodied_tonCO2``, "Embodied emissions due to building construction and decommissioning" ``Name``, "Unique building ID. It must start with a letter." get_lca_mobility ---------------- path: ``outputs/data/emissions/Total_LCA_mobility.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``GFA_m2``, "Gross floor area" ``GHG_sys_mobility_kgCO2m2``, "Operational emissions per unit of conditioned floor area due to mobility" ``GHG_sys_mobility_tonCO2``, "Operational emissions due to mobility" ``Name``, "Unique building ID. It must start with a letter." get_lca_operation ----------------- path: ``outputs/data/emissions/Total_LCA_operation.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``COAL_hs_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the coal powererd heating system" ``COAL_hs_ghg_ton``, "Operational emissions of the coal powered heating system" ``COAL_hs_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for coal powered heating system" ``COAL_hs_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the coal powered heating system" ``COAL_ww_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the coal powered domestic hot water system" ``COAL_ww_ghg_ton``, "Operational emissions of the coal powered domestic hot water system" ``COAL_ww_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for coal powered domestic hot water system" ``COAL_ww_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the coal powered domestic hot water system" ``DC_cdata_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the district cooling for the data center" ``DC_cdata_ghg_ton``, "Operational emissions of the district cooling for the data center" ``DC_cdata_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for district cooling system for cool room refrigeration" ``DC_cdata_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) for district cooling for cool room refrigeration" ``DC_cre_ghg_kgm2``, "Operational emissions per unit of conditioned floor area for district cooling system for cool room refrigeration" ``DC_cre_ghg_ton``, "Operational emissions for district cooling system for cool room refrigeration" ``DC_cre_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for district cooling system for cool room refrigeration" ``DC_cre_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) for cool room refrigeration" ``DC_cs_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the district cooling" ``DC_cs_ghg_ton``, "Operational emissions of the district cooling" ``DC_cs_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for district cooling system" ``DC_cs_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the district cooling" ``DH_hs_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the district heating system" ``DH_hs_ghg_ton``, "Operational emissions of the district heating system" ``DH_hs_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for district heating system" ``DH_hs_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the district heating system" ``DH_ww_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the district heating domestic hot water system" ``DH_ww_ghg_ton``, "Operational emissions of the district heating powered domestic hot water system" ``DH_ww_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for district heating powered domestic hot water system" ``DH_ww_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the district heating domestic hot water system" ``GFA_m2``, "Gross floor area" ``GHG_sys_kgCO2m2``, "Total operational emissions per unit of conditioned floor area" ``GHG_sys_tonCO2``, "Total operational emissions" ``GRID_ghg_kgm2``, "Operational emissions per unit of conditioned floor area from grid electricity" ``GRID_ghg_ton``, "Operational emissions of the electrictiy from the grid" ``GRID_nre_pen_GJ``, "Operational primary energy demand (non-renewable) from the grid" ``GRID_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) from grid electricity" ``Name``, "Unique building ID. It must start with a letter." ``NG_hs_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the natural gas powered heating system" ``NG_hs_ghg_ton``, "Operational emissions of the natural gas powered heating system" ``NG_hs_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for natural gas powered heating system" ``NG_hs_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the natural gas powered heating system" ``NG_ww_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the gas powered domestic hot water system" ``NG_ww_ghg_ton``, "Operational emissions of the solar powered domestic hot water system" ``NG_ww_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for natural gas powered domestic hot water system" ``NG_ww_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the natural gas powered domestic hot water system" ``OIL_hs_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the oil powered heating system" ``OIL_hs_ghg_ton``, "Operational emissions of the oil powered heating system" ``OIL_hs_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for oil powered heating system" ``OIL_hs_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the oil powered heating system" ``OIL_ww_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the oil powered domestic hot water system" ``OIL_ww_ghg_ton``, "Operational emissions of the oil powered domestic hot water system" ``OIL_ww_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for oil powered domestic hot water system" ``OIL_ww_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the oil powered domestic hot water system" ``PV_ghg_kgm2``, "Operational emissions per unit of conditioned floor area for PV-System" ``PV_ghg_ton``, "Operational emissions of the PV-System" ``PV_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for PV-System" ``PV_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) for PV System" ``SOLAR_hs_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the solar powered heating system" ``SOLAR_hs_ghg_ton``, "Operational emissions of the solar powered heating system" ``SOLAR_hs_nre_pen_GJ``, "Operational primary energy demand (non-renewable) of the solar powered heating system" ``SOLAR_hs_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the solar powered heating system" ``SOLAR_ww_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the solar powered domestic hot water system" ``SOLAR_ww_ghg_ton``, "Operational emissions of the solar powered domestic hot water system" ``SOLAR_ww_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for solar powered domestic hot water system" ``SOLAR_ww_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the solar poweed domestic hot water system" ``WOOD_hs_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the wood powered heating system" ``WOOD_hs_ghg_ton``, "Operational emissions of the wood powered heating system" ``WOOD_hs_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for wood powered heating system" ``WOOD_hs_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the wood powered heating system" ``WOOD_ww_ghg_kgm2``, "Operational emissions per unit of conditioned floor area of the wood powered domestic hot water system" ``WOOD_ww_ghg_ton``, "Operational emissions of the wood powered domestic hot water system" ``WOOD_ww_nre_pen_GJ``, "Operational primary energy demand (non-renewable) for wood powered domestic hot water system" ``WOOD_ww_nre_pen_MJm2``, "Operational primary energy demand per unit of conditioned floor area (non-renewable) of the wood powered domestic hot water system" get_multi_criteria_analysis --------------------------- path: ``outputs/data/multicriteria/gen_2_multi_criteria_analysis.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capex_a_sys_building_scale_USD``, "Annualized Capital costs of building-scale systems" ``Capex_a_sys_district_scale_USD``, "Capital costs of district-scale systems" ``Capex_a_sys_USD``, "Capital costs of all systems" ``Capex_total_sys_building_scale_USD``, "Capital costs of building-scale systems" ``Capex_total_sys_district_scale_USD``, "Capital costs of district-scale systems" ``Capex_total_sys_USD``, "Capital costs of all systems" ``generation``, "Generation or iteration" ``GHG_rank``, "Rank for emissions" ``GHG_sys_building_scale_tonCO2``, "Green house gas emissions of building-scale systems" ``GHG_sys_district_scale_tonCO2``, "Green house gas emissions of building-scale systems" ``GHG_sys_tonCO2``, "Green house gas emissions of all systems" ``individual``, "system number" ``individual_name``, "Name of system" ``normalized_Capex_total``, "normalization of CAPEX" ``normalized_emissions``, "normalization of GHG" ``normalized_Opex``, "Normalization of OPEX" ``normalized_TAC``, "normalization of TAC" ``Opex_a_sys_building_scale_USD``, "Operational costs of building-scale systems" ``Opex_a_sys_district_scale_USD``, "Operational costs of district-scale systems" ``Opex_a_sys_USD``, "Operational costs of all systems" ``TAC_rank``, "Rank of TAC" ``TAC_sys_building_scale_USD``, "Equivalent annual costs of building-scale systems" ``TAC_sys_district_scale_USD``, "Equivalent annual of district-scale systems" ``TAC_sys_USD``, "Equivalent annual costs of all systems" ``user_MCDA``, "Best system according to user multi-criteria weights" ``user_MCDA_rank``, "Rank of Best system according to user mult-criteria weights" get_network_energy_pumping_requirements_file -------------------------------------------- path: ``outputs/data/thermal-network/DH__plant_pumping_load_kW.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``pressure_loss_return_kW``, "pumping electricity required to overcome pressure losses in the return network" ``pressure_loss_substations_kW``, "pumping electricity required to overcome pressure losses in the substations" ``pressure_loss_supply_kW``, "pumping electricity required to overcome pressure losses in the supply network" ``pressure_loss_total_kW``, "pumping electricity required to overcome pressure losses in the entire network" get_network_layout_edges_shapefile ---------------------------------- path: ``outputs/data/thermal-network/DH/edges.shp`` The following file is used by these scripts: ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``geometry``, "Geometry" ``length_m``, "length of this edge" ``name``, "Unique network pipe ID." ``pipe_DN``, "Classifies nominal pipe diameters (DN) into typical bins." ``type_mat``, "Material type" get_network_layout_nodes_shapefile ---------------------------------- path: ``outputs/data/thermal-network/DH/nodes.shp`` The following file is used by these scripts: ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``building``, "Unique building ID. e.g. ""B01""" ``geometry``, "Geometry" ``name``, "Unique node ID. e.g. ""NODE1""" ``type``, "Type of node." get_network_linear_pressure_drop_edges -------------------------------------- path: ``outputs/data/thermal-network/DH__linear_pressure_drop_edges_Paperm.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``PIPE0``, "linear pressure drop in this pipe section" get_network_linear_thermal_loss_edges_file ------------------------------------------ path: ``outputs/data/thermal-network/DH__linear_thermal_loss_edges_Wperm.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``PIPE0``, "linear thermal losses in this pipe section" get_network_pressure_at_nodes ----------------------------- path: ``outputs/data/thermal-network/DH__pressure_at_nodes_Pa.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``NODE0``, "pressure at this node" get_network_temperature_plant ----------------------------- path: ``outputs/data/thermal-network/DH__temperature_plant_K.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``temperature_return_K``, "Plant return temperature at each time step" ``temperature_supply_K``, "Plant supply temperature at each time step" get_network_temperature_return_nodes_file ----------------------------------------- path: ``outputs/data/thermal-network/DH__temperature_return_nodes_K.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``NODE0``, "Return temperature at node NODE0 (outlet temperature of NODE0) at each time step" get_network_temperature_supply_nodes_file ----------------------------------------- path: ``outputs/data/thermal-network/DH__temperature_supply_nodes_K.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``NODE0``, "Supply temperature at node NODE0 (inlet temperature of NODE0) at each time step" get_network_thermal_loss_edges_file ----------------------------------- path: ``outputs/data/thermal-network/DH__thermal_loss_edges_kW.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``PIPE0``, "Thermal losses along pipe PIPE0 at each time step" get_network_total_pressure_drop_file ------------------------------------ path: ``outputs/data/thermal-network/DH__plant_pumping_pressure_loss_Pa.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``pressure_loss_return_Pa``, "Pressure losses in the return network at each time step" ``pressure_loss_substations_Pa``, "Pressure losses in all substations at each time step" ``pressure_loss_supply_Pa``, "Pressure losses in the supply network at each time step" ``pressure_loss_total_Pa``, "Total pressure losses in the entire thermal network at each time step" get_network_total_thermal_loss_file ----------------------------------- path: ``outputs/data/thermal-network/DH__total_thermal_loss_edges_kW.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``thermal_loss_return_kW``, "Thermal losses in the supply network at each time step" ``thermal_loss_supply_kW``, "Thermal losses in the return network at each time step" ``thermal_loss_total_kW``, "Thermal losses in the entire thermal network at each time step" get_nominal_edge_mass_flow_csv_file ----------------------------------- path: ``outputs/data/thermal-network/Nominal_EdgeMassFlow_at_design_{network_type}__kgpers.csv`` The following file is used by these scripts: ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``PIPE0``, "Mass flow rate in pipe PIPE0 at design operating conditions" get_nominal_node_mass_flow_csv_file ----------------------------------- path: ``outputs/data/thermal-network/Nominal_NodeMassFlow_at_design_{network_type}__kgpers.csv`` The following file is used by these scripts: ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``NODE0``, "Mass flow rate in node NODE0 at design operating conditions" get_optimization_building_scale_cooling_capacity ------------------------------------------------ path: ``outputs/data/optimization/slave/gen_1/ind_0_building_scale_cooling_capacity.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capacity_ACH_SC_FP_cool_building_scale_W``, "Thermal Capacity of Absorption Chiller and Solar Collector (Flat Plate) for Decentralized Building" ``Capacity_ACHHT_FP_cool_building_scale_W``, "Thermal Capacity of High-Temperature Absorption Chiller and Solar Collector (Flat Plate) for Decentralized Building" ``Capacity_BaseVCC_AS_cool_building_scale_W``, "Thermal Capacity of Base load Vapor Compression Chiller for Decentralized Building" ``Capacity_DX_AS_cool_building_scale_W``, "Thermal Capacity of Direct Expansion Air-Source for Decentralized Building" ``Capacity_VCCHT_AS_cool_building_scale_W``, "Thermal Capacity of High-Temperature Vapor Compression Chiller (Air-Source) for Decentralized Building" ``Capaticy_ACH_SC_ET_cool_building_scale_W``, "Thermal Capacity of Absorption Chiller and Solar Collector (Evacuated Tube)for Decentralized Building" ``Name``, "Unique building ID. It must start with a letter" get_optimization_building_scale_heating_capacity ------------------------------------------------ path: ``outputs/data/optimization/slave/gen_0/ind_1_building_scale_heating_capacity.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capacity_BaseBoiler_NG_heat_building_scale_W``, "Thermal capacity of Base load boiler for Decentralized building" ``Capacity_FC_NG_heat_building_scale_W``, "Thermal capacity of Fuel Cell for Decentralized building" ``Capacity_GS_HP_heat_building_scale_W``, "Thermal capacity of ground-source heat pump for Decentralized building" ``Name``, "Unique building ID. It must start with a letter" get_optimization_checkpoint --------------------------- path: ``outputs/data/optimization/master/CheckPoint_1`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``difference_generational_distances``, "TODO" ``generation``, "TODO" ``generational_distances``, "TODO" ``selected_population``, "TODO" ``tested_population``, "TODO" get_optimization_decentralized_folder_building_result_cooling ------------------------------------------------------------- path: ``outputs/data/optimization/decentralized/{building}_{configuration}_cooling.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``Best configuration``, "Index of best configuration simulated" ``Capacity_ACH_SC_FP_W``, "Thermal Capacity of Absorption Chiller connected to Flat-plate Solar Collector" ``Capacity_ACHHT_FP_W``, "Thermal Capacity of High Temperature Absorption Chiller connected to Solar Collector (flat Plate)" ``Capacity_BaseVCC_AS_W``, "Thermal Capacity of Base Vapor compression chiller (air-source)" ``Capacity_DX_AS_W``, "Thermal Capacity of Direct-Expansion Unit Air-source" ``Capacity_VCCHT_AS_W``, "Thermal Capacity of High Temperature Vapor compression chiller (air-source)" ``Capaticy_ACH_SC_ET_W``, "Thermal Capacity of Absorption Chiller connected to Evacuated-Tube Solar Collector" ``Capex_a_USD``, "Annualized Capital Costs" ``Capex_total_USD``, "Total Capital Costs" ``GHG_tonCO2``, "Annual Green House Gas Emissions" ``Nominal heating load``, "Nominal heat load" ``Opex_fixed_USD``, "Fixed Annual Operational Costs" ``Opex_var_USD``, "Variable Annual Operational Costs" ``TAC_USD``, "Total Annualized Costs" get_optimization_decentralized_folder_building_result_cooling_activation ------------------------------------------------------------------------ path: ``outputs/data/optimization/decentralized/{building}_{configuration}_cooling_activation.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``E_ACH_req_W``, "Electricity requirements of Absorption Chillers" ``E_BaseVCC_AS_req_W``, "Electricity requirements of Vapor Compression Chillers and refrigeration" ``E_cs_cre_cdata_req_W``, "Electricity requirements due to space cooling, servers cooling and refrigeration" ``E_CT_req_W``, "Electricity requirements of Cooling Towers" ``E_DX_AS_req_W``, "Electricity requirements of Air-Source direct expansion chillers" ``E_SC_ET_req_W``, "Electricity requirements of Solar Collectors (evacuated-tubes)" ``E_SC_FP_req_W``, "Electricity requirements of Solar Collectors (flat-plate)" ``NG_Boiler_req``, "Requirements of Natural Gas for Boilers" ``NG_Burner_req``, "Requirements of Natural Gas for Burners" ``Q_ACH_gen_directload_W``, "Thermal energy generated by Absorption chillers" ``Q_BaseVCC_AS_gen_directload_W``, "Thermal energy generated by Air-Source Vapor-compression chillers" ``Q_Boiler_NG_ACH_W``, "Thermal energy generated by Natural gas Boilers to Absorption chillers" ``Q_Burner_NG_ACH_W``, "Thermal energy generated by Natural gas Burners to Absorption chillers" ``Q_DX_AS_gen_directload_W``, "Thermal energy generated by Air-Source direct expansion chillers" ``Q_SC_ET_ACH_W``, "Thermal energy generated by Solar Collectors (evacuated-tubes) to Absorption chillers" ``Q_SC_FP_ACH_W``, "Thermal energy generated by Solar Collectors (flat-plate) to Absorption chillers" get_optimization_decentralized_folder_building_result_heating ------------------------------------------------------------- path: ``outputs/data/optimization/decentralized/DiscOp_B001_result_heating.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``Best configuration``, "Index of best configuration simulated" ``Capacity_BaseBoiler_NG_W``, "Thermal capacity of Baseload Boiler NG" ``Capacity_FC_NG_W``, "Thermal Capacity of Fuel Cell NG" ``Capacity_GS_HP_W``, "Thermal Capacity of Ground Source Heat Pump" ``Capex_a_USD``, "Annualized Capital Costs" ``Capex_total_USD``, "Total Capital Costs" ``GHG_tonCO2``, "Annual Green House Gas Emissions" ``Nominal heating load``, "Nominal heat load" ``Opex_fixed_USD``, "Fixed Annual Operational Costs" ``Opex_var_USD``, "Variable Annual Operational Costs" ``TAC_USD``, "Total Annualized Costs" get_optimization_decentralized_folder_building_result_heating_activation ------------------------------------------------------------------------ path: ``outputs/data/optimization/decentralized/DiscOp_B001_result_heating_activation.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``BackupBoiler_Status``, "Status of the BackupBoiler (1=on, 0 =off)" ``BG_Boiler_req_W``, "Requirements of Bio-gas for Base load Boiler" ``Boiler_Status``, "Status of the Base load Boiler (1=on, 0 =off)" ``E_Fuelcell_gen_export_W``, "Electricity generation of fuel cell exported to the grid" ``E_hs_ww_req_W``, "Electricity Requirements for heat pump compressor and auxiliary uses (if required)" ``Fuelcell_Status``, "Status of the fuel cell (1=on, 0 =off)" ``GHP_Status``, "Status of the ground-source heat pump (1=on, 0 =off)" ``NG_BackupBoiler_req_W``, "Requirements of Natural Gas for Back-up Boiler" ``NG_Boiler_req_W``, "Requirements of Natural Gas for Base load Boiler" ``NG_FuelCell_req_W``, "Requirements of Natural Gas for fuel cell" ``Q_BackupBoiler_gen_directload_W``, "Thermal generation of Back-up Boiler to direct load" ``Q_Boiler_gen_directload_W``, "Thermal generation of Base load Boiler to direct load" ``Q_Fuelcell_gen_directload_W``, "Thermal generation of fuel cell to direct load" ``Q_GHP_gen_directload_W``, "Thermal generation of ground-source heat pump to direct load" get_optimization_district_scale_cooling_capacity ------------------------------------------------ path: ``outputs/data/optimization/slave/gen_1/ind_1_district_scale_cooling_capacity.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capacity_ACH_SC_FP_cool_building_scale_W``, "Thermal Capacity of Absorption Chiller and Solar Collector (Flat Plate) for Decentralized Building" ``Capacity_ACHHT_FP_cool_building_scale_W``, "Thermal Capacity of High-Temperature Absorption Chiller and Solar Collector (Flat Plate) for Decentralized Building" ``Capacity_BaseVCC_AS_cool_building_scale_W``, "Thermal Capacity of Base load Vapor Compression Chiller for Decentralized Building" ``Capacity_DX_AS_cool_building_scale_W``, "Thermal Capacity of Direct Expansion Air-Source for Decentralized Building" ``Capacity_VCCHT_AS_cool_building_scale_W``, "Thermal Capacity of High-Temperature Vapor Compression Chiller (Air-Source) for Decentralized Building" ``Capaticy_ACH_SC_ET_cool_building_scale_W``, "Thermal Capacity of Absorption Chiller and Solar Collector (Evacuated Tube)for Decentralized Building" ``Name``, "Unique building ID. It must start with a letter" get_optimization_district_scale_electricity_capacity ---------------------------------------------------- path: ``outputs/data/optimization/slave/gen_2/ind_0_district_scale_electrical_capacity.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capacity_GRID_el_district_scale_W``, "Electrical Capacity Required from the local Grid" ``Capacity_PV_el_district_scale_m2``, "Area Coverage of PV in central Plant" ``Capacity_PV_el_district_scale_W``, "Electrical Capacity of PV in central Plant" get_optimization_district_scale_heating_capacity ------------------------------------------------ path: ``outputs/data/optimization/slave/gen_0/ind_2_district_scale_heating_capacity.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capacity_BackupBoiler_NG_heat_district_scale_W``, "Thermal Capacity of Back-up Boiler - Natural Gas in central plant" ``Capacity_BaseBoiler_NG_heat_district_scale_W``, "Thermal Capacity of Base Load Boiler - Natural Gas in central plant" ``Capacity_CHP_DB_el_district_scale_W``, "Electrical Capacity of CHP Dry-Biomass in central plant" ``Capacity_CHP_DB_heat_district_scale_W``, "ThermalCapacity of CHP Dry-Biomass in central plant" ``Capacity_CHP_NG_el_district_scale_W``, "Electrical Capacity of CHP Natural-Gas in central plant" ``Capacity_CHP_NG_heat_district_scale_W``, "Thermal Capacity of CHP Natural-Gas in central plant" ``Capacity_CHP_WB_el_district_scale_W``, "Electrical Capacity of CHP Wet-Biomass in central plant" ``Capacity_CHP_WB_heat_district_scale_W``, "Thermal Capacity of CHP Wet-Biomass in central plant" ``Capacity_HP_DS_heat_district_scale_W``, "Thermal Capacity of Heat Pump Server-Source in central plant" ``Capacity_HP_GS_heat_district_scale_W``, "Thermal Capacity of Heat Pump Ground-Source in central plant" ``Capacity_HP_SS_heat_district_scale_W``, "Thermal Capacity of Heat Pump Sewage-Source in central plant" ``Capacity_HP_WS_heat_district_scale_W``, "Thermal Capacity of Heat Pump Water-Source in central plant" ``Capacity_PeakBoiler_NG_heat_district_scale_W``, "Thermal Capacity of Peak Boiler - Natural Gas in central plant" ``Capacity_PVT_el_district_scale_W``, "Electrical Capacity of PVT Field in central plant" ``Capacity_PVT_heat_district_scale_W``, "Thermal Capacity of PVT panels in central plant" ``Capacity_SC_ET_heat_district_scale_W``, "Thermal Capacity of Solar Collectors (Evacuated-tube) in central plant" ``Capacity_SC_FP_heat_district_scale_W``, "Thermal Capacity of Solar Collectors (Flat-plate) in central plant" ``Capacity_SeasonalStorage_WS_heat_district_scale_W``, "Thermal Capacity of Seasonal Thermal Storage in central plant" get_optimization_generation_building_scale_performance ------------------------------------------------------ path: ``outputs/data/optimization/slave/gen_2/gen_2_building_scale_performance.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capex_a_cooling_building_scale_USD``, "Annualized Capital Costs of building-scale systems due to cooling" ``Capex_a_heating_building_scale_USD``, "Annualized Capital Costs of building-scale systems due to heating" ``Capex_total_cooling_building_scale_USD``, "Total Capital Costs of building-scale systems due to cooling" ``Capex_total_heating_building_scale_USD``, "Total Capital Costs of building-scale systems due to heating" ``generation``, "No. Generation or Iteration (genetic Algorithm)" ``GHG_cooling_building_scale_tonCO2``, "Green House Gas Emissions of building-scale systems due to Cooling" ``GHG_heating_building_scale_tonCO2``, "Green House Gas Emissions of building-scale systems due to Heating" ``individual``, "No. Individual unique ID" ``individual_name``, "Name of Individual unique ID" ``Opex_fixed_cooling_building_scale_USD``, "Fixed Operational Costs of building-scale systems due to cooling" ``Opex_fixed_heating_building_scale_USD``, "Fixed Operational Costs of building-scale systems due to heating" ``Opex_var_cooling_building_scale_USD``, "Variable Operational Costs of building-scale systems due to cooling" ``Opex_var_heating_building_scale_USD``, "Variable Operational Costs of building-scale systems due to heating" get_optimization_generation_district_scale_performance ------------------------------------------------------ path: ``outputs/data/optimization/slave/gen_1/gen_1_district_scale_performance.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capex_a_BackupBoiler_NG_district_scale_USD``, "Annualized Capital Costs of Back-up Boiler Natural Gas in Central Plant" ``Capex_a_BaseBoiler_NG_district_scale_USD``, "Annualized Capital Costs of Base Load Boiler Boiler Natural Gas in Central Plant" ``Capex_a_CHP_NG_district_scale_USD``, "Annualized Capital Costs of CHP Natural Gas in Central Plant" ``Capex_a_DHN_district_scale_USD``, "Annualized Capital Costs of District Heating Network" ``Capex_a_Furnace_dry_district_scale_USD``, "Annualized Capital Costs of CHP Dry-Biomass in Central Plant" ``Capex_a_Furnace_wet_district_scale_USD``, "Annualized Capital Costs of CHP Wet-Biomass in Central Plant" ``Capex_a_GHP_district_scale_USD``, "Annualized Capital Costs of Ground-Source Heat Pump in Central Plant" ``Capex_a_GRID_district_scale_USD``, "Annualized Capital Costs of connection to local electrical grid" ``Capex_a_HP_Lake_district_scale_USD``, "Annualized Capital Costs of Lake-Source Heat Pump in Central Plant" ``Capex_a_HP_Server_district_scale_USD``, "Annualized Capital Costs of Server-Source Heat Pump in Central Plant" ``Capex_a_HP_Sewage_district_scale_USD``, "Annualized Capital Costs of Sewage-Source Heat Pump in Central Plant" ``Capex_a_PeakBoiler_NG_district_scale_USD``, "Annualized Capital Costs of Peak Load Boiler Boiler Natural Gas in Central Plant" ``Capex_a_PV_district_scale_USD``, "Annualized Capital Costs of Photovoltaic Panels in Central Plant" ``Capex_a_PVT_district_scale_USD``, "Annualized Capital Costs of PVT Panels in Central Plant" ``Capex_a_SC_ET_district_scale_USD``, "Annualized Capital Costs of Solar Collectors (evacuated-Tube) in Central Plant" ``Capex_a_SC_FP_district_scale_USD``, "Annualized Capital Costs of Solar Collectors (Flat-Plate) in Central Plant" ``Capex_a_SeasonalStorage_WS_district_scale_USD``, "Annualized Capital Costs of Seasonal Thermal Storage in Central Plant" ``Capex_a_SubstationsHeating_district_scale_USD``, "Annualized Capital Costs of Thermal Substations " ``Capex_total_BackupBoiler_NG_district_scale_USD``, "Total Capital Costs of Back-up Boiler Natural Gas in Central Plant" ``Capex_total_BaseBoiler_NG_district_scale_USD``, "Total Capital Costs of Base Load Boiler Boiler Natural Gas in Central Plant" ``Capex_total_CHP_NG_district_scale_USD``, "Total Capital Costs of CHP Natural Gas in Central Plant" ``Capex_total_DHN_district_scale_USD``, "Total Capital Costs of District Heating Network" ``Capex_total_Furnace_dry_district_scale_USD``, "Total Capital Costs of CHP Dry-Biomass in Central Plant" ``Capex_total_Furnace_wet_district_scale_USD``, "Total Capital Costs of CHP Wet-Biomass in Central Plant" ``Capex_total_GHP_district_scale_USD``, "Total Capital Costs of Ground-Source Heat Pump in Central Plant" ``Capex_total_GRID_district_scale_USD``, "Total Capital Costs of connection to local electrical grid" ``Capex_total_HP_Lake_district_scale_USD``, "Total Capital Costs of Lake-Source Heat Pump in Central Plant" ``Capex_total_HP_Server_district_scale_USD``, "Total Capital Costs of Server-Source Heat Pump in Central Plant" ``Capex_total_HP_Sewage_district_scale_USD``, "Total Capital Costs of Sewage-Source Heat Pump in Central Plant" ``Capex_total_PeakBoiler_NG_district_scale_USD``, "Total Capital Costs of Peak Load Boiler Boiler Natural Gas in Central Plant" ``Capex_total_PV_district_scale_USD``, "Total Capital Costs of Photovoltaic Panels in Central Plant" ``Capex_total_PVT_district_scale_USD``, "Total Capital Costs of PVT Panels in Central Plant" ``Capex_total_SC_ET_district_scale_USD``, "Total Capital Costs of Solar Collectors (evacuated-Tube) in Central Plant" ``Capex_total_SC_FP_district_scale_USD``, "Total Capital Costs of Solar Collectors (Flat-Plate) in Central Plant" ``Capex_total_SeasonalStorage_WS_district_scale_USD``, "Total Capital Costs of Seasonal Thermal Storage in Central Plant" ``Capex_total_SubstationsHeating_district_scale_USD``, "Total Capital Costs of Thermal Substations " ``generation``, "Number of the Generation or Iteration (Genetic algorithm)" ``GHG_DB_district_scale_tonCO2yr``, "Green House Gas Emissions of Dry-Biomass of district-scale systems" ``GHG_GRID_exports_district_scale_tonCO2yr``, "Green House Gas Emissions of Exports of Electricity" ``GHG_GRID_imports_district_scale_tonCO2yr``, "Green House Gas Emissions of Import of Electricity" ``GHG_NG_district_scale_tonCO2yr``, "Green House Gas Emissions of Natural Gas of district-scale systems" ``GHG_WB_district_scale_tonCO2yr``, "Green House Gas Emissions of Wet-Biomass of district-scale systems" ``individual``, "Unique numerical ID of individual" ``individual_name``, "Unique alphanumerical ID of individual" ``Opex_fixed_BackupBoiler_NG_district_scale_USD``, "Fixed Operation Costs of Back-up Boiler Natural Gas in Central Plant" ``Opex_fixed_BaseBoiler_NG_district_scale_USD``, "Fixed Operation Costs of Base Load Boiler Boiler Natural Gas in Central Plant" ``Opex_fixed_CHP_NG_district_scale_USD``, "Fixed Operation Costs of CHP Natural Gas in Central Plant" ``Opex_fixed_DHN_district_scale_USD``, "Fixed Operation Costs of District Heating Network" ``Opex_fixed_Furnace_dry_district_scale_USD``, "Fixed Operation Costs of CHP Dry-Biomass in Central Plant" ``Opex_fixed_Furnace_wet_district_scale_USD``, "Fixed Operation Costs of CHP Wet-Biomass in Central Plant" ``Opex_fixed_GHP_district_scale_USD``, "Fixed Operation Costs of Ground-Source Heat Pump in Central Plant" ``Opex_fixed_GRID_district_scale_USD``, "Fixed Operation Costs of Electricity in Buildings Connected to Central Plant" ``Opex_fixed_HP_Lake_district_scale_USD``, "Fixed Operation Costs of Lake-Source Heat Pump in Central Plant" ``Opex_fixed_HP_Server_district_scale_USD``, "Fixed Operation Costs of Server-Source Heat Pump in Central Plant" ``Opex_fixed_HP_Sewage_district_scale_USD``, "Fixed Operation Costs of Sewage-Source Heat Pump in Central Plant" ``Opex_fixed_PeakBoiler_NG_district_scale_USD``, "Fixed Operation Costs of Peak Load Boiler Boiler Natural Gas in Central Plant" ``Opex_fixed_PV_district_scale_USD``, "Fixed Operation Costs of Photovoltaic Panels in Central Plant" ``Opex_fixed_PVT_district_scale_USD``, "Fixed Operation Costs of PVT Panels in Central Plant" ``Opex_fixed_SC_ET_district_scale_USD``, "Fixed Operation Costs of Solar Collectors (evacuated-Tube) in Central Plant" ``Opex_fixed_SC_FP_district_scale_USD``, "Fixed Operation Costs of Solar Collectors (Flat-Plate) in Central Plant" ``Opex_fixed_SeasonalStorage_WS_district_scale_USD``, "Fixed Operation Costs of Seasonal Thermal Storage in Central Plant" ``Opex_fixed_SubstationsHeating_district_scale_USD``, "Fixed Operation Costs of Thermal Substations " ``Opex_var_DB_district_scale_USD``, "Variable Operation Costs due to consumption of Dry-Biomass in Central Plant" ``Opex_var_GRID_exports_district_scale_USD``, "Variable Operation Costs due to electricity exported" ``Opex_var_GRID_imports_district_scale_USD``, "Variable Operation Costs due to electricity imported " ``Opex_var_NG_district_scale_USD``, "Variable Operation Costs due to consumption of Natural Gas in Central Plant" ``Opex_var_WB_district_scale_USD``, "Variable Operation Costs due to consumption of Wet-Biomass in Central Plant" get_optimization_generation_total_performance --------------------------------------------- path: ``outputs/data/optimization/slave/gen_2/gen_2_total_performance.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capex_a_sys_building_scale_USD``, "Annualized Capital Costs of building-scale systems" ``Capex_a_sys_district_scale_USD``, "Annualized Capital Costs of district-scale systems" ``Capex_a_sys_USD``, "Annualized Capital Costs of all systems" ``Capex_total_sys_building_scale_USD``, "Total Capital Costs of building-scale systems" ``Capex_total_sys_district_scale_USD``, "Total Capital Costs of district-scale systems" ``Capex_total_sys_USD``, "Total Capital Costs of district-scale systems and Decentralized Buildings" ``generation``, "No. Generation or Iteration (genetic Algorithm)" ``GHG_sys_building_scale_tonCO2``, "Green House Gas Emissions of building-scale systems" ``GHG_sys_district_scale_tonCO2``, "Green House Gas Emissions Central Plant" ``GHG_sys_tonCO2``, "Green House Gas Emissions of all systems" ``individual``, "No. Individual unique ID" ``individual_name``, "Name of Individual unique ID" ``Opex_a_sys_building_scale_USD``, "Operation Costs of building-scale systems" ``Opex_a_sys_district_scale_USD``, "Operation Costs of district-scale systems " ``Opex_a_sys_USD``, "Operation Costs of all systems" ``TAC_sys_building_scale_USD``, "Total Anualized Costs of building-scale systems" ``TAC_sys_district_scale_USD``, "Total Anualized Costs of district-scale systems" ``TAC_sys_USD``, "Total Anualized Costs of all systems" get_optimization_generation_total_performance_pareto ---------------------------------------------------- path: ``outputs/data/optimization/slave/gen_2/gen_2_total_performance_pareto.csv`` The following file is used by these scripts: ``multi_criteria_analysis`` .. csv-table:: :header: "Variable", "Description" ``Capex_a_sys_building_scale_USD``, "Annualized Capital Costs of building-scale systems" ``Capex_a_sys_district_scale_USD``, "Annualized Capital Costs of district-scale systems" ``Capex_a_sys_USD``, "Annualized Capital Costs of all systems" ``Capex_total_sys_building_scale_USD``, "Total Capital Costs of building-scale systems" ``Capex_total_sys_district_scale_USD``, "Total Capital Costs of district-scale systems" ``Capex_total_sys_USD``, "Total Capital Costs of district-scale systems and Decentralized Buildings" ``generation``, "No. Generation or Iteration (genetic Algorithm)" ``GHG_sys_building_scale_tonCO2``, "Green House Gas Emissions of building-scale systems" ``GHG_sys_district_scale_tonCO2``, "Green House Gas Emissions Central Plant" ``GHG_sys_tonCO2``, "Green House Gas Emissions of all systems" ``individual``, "No. Individual unique ID" ``individual_name``, "Name of Individual unique ID" ``Opex_a_sys_building_scale_USD``, "Operation Costs of building-scale systems" ``Opex_a_sys_district_scale_USD``, "Operation Costs of district-scale systems " ``Opex_a_sys_USD``, "Operation Costs of all systems" ``TAC_sys_building_scale_USD``, "Total Anualized Costs of building-scale systems" ``TAC_sys_district_scale_USD``, "Total Anualized Costs of district-scale systems" ``TAC_sys_USD``, "Total Anualized Costs of all systems" get_optimization_individuals_in_generation ------------------------------------------ path: ``outputs/data/optimization/slave/gen_2/generation_2_individuals.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``B01_DH``, "TODO" ``B02_DH``, "TODO" ``B03_DH``, "TODO" ``B04_DH``, "TODO" ``B05_DH``, "TODO" ``B06_DH``, "TODO" ``B07_DH``, "TODO" ``B08_DH``, "TODO" ``B09_DH``, "TODO" ``DB_Cogen``, "TODO" ``DS_HP``, "TODO" ``generation``, "TODO" ``GS_HP``, "TODO" ``individual``, "TODO" ``NG_BaseBoiler``, "TODO" ``NG_Cogen``, "TODO" ``NG_PeakBoiler``, "TODO" ``PV``, "TODO" ``PVT``, "TODO" ``SC_ET``, "TODO" ``SC_FP``, "TODO" ``SS_HP``, "TODO" ``WB_Cogen``, "TODO" ``WS_HP``, "TODO" get_optimization_network_results_summary ---------------------------------------- path: ``outputs/data/optimization/network/DH_Network_summary_result_0x1be.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``DATE``, "Time stamp (hourly) for one year" ``mcpdata_netw_total_kWperC``, "Capacity mass flow rate for server cooling of this network" ``mdot_DH_netw_total_kgpers``, "Total mass flow rate in this district heating network" ``Q_DH_losses_W``, "Thermal losses of this district heating network" ``Q_DHNf_W``, "Total thermal demand of district heating network" ``Qcdata_netw_total_kWh``, "Thermal Demand for server cooling in this network" ``T_DHNf_re_K``, "Average Temperature of return of this district heating network" ``T_DHNf_sup_K``, "Average Temperature of supply of this district heating network" get_optimization_slave_building_connectivity -------------------------------------------- path: ``outputs/data/optimization/slave/gen_2/ind_1_building_connectivity.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``DC_connectivity``, "Flag to know if building is connected to District Heating or not" ``DH_connectivity``, "Flag to know if building is connected to District Cooling or not" ``Name``, "Unique building ID. It must start with a letter.)" get_optimization_slave_building_scale_performance ------------------------------------------------- path: ``outputs/data/optimization/slave/gen_2/ind_0_buildings_building_scale_performance.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capex_a_cooling_building_scale_USD``, "Annualized Capital Costs of building-scale systems due to cooling" ``Capex_a_heating_building_scale_USD``, "Annualized Capital Costs of building-scale systems due to heating" ``Capex_total_cooling_building_scale_USD``, "Total Capital Costs of building-scale systems due to cooling" ``Capex_total_heating_building_scale_USD``, "Total Capital Costs of building-scale systems due to heating" ``GHG_cooling_building_scale_tonCO2``, "Green House Gas Emissions of building-scale systems due to Cooling" ``GHG_heating_building_scale_tonCO2``, "Green House Gas Emissions of building-scale systems due to Heating" ``Opex_fixed_cooling_building_scale_USD``, "Fixed Operational Costs of building-scale systems due to cooling" ``Opex_fixed_heating_building_scale_USD``, "Fixed Operational Costs of building-scale systems due to heating" ``Opex_var_cooling_building_scale_USD``, "Variable Operational Costs of building-scale systems due to cooling" ``Opex_var_heating_building_scale_USD``, "Variable Operational Costs of building-scale systems due to heating" get_optimization_slave_cooling_activation_pattern ------------------------------------------------- path: ``outputs/data/optimization/slave/gen_1/ind_2_Cooling_Activation_Pattern.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``Capacity_DailyStorage_WS_cool_district_scale_W``, "Installed capacity of the short-term thermal storage" ``Capex_a_DailyStorage_WS_cool_district_scale_USD``, "Annualized capital costs of the short-term thermal storage" ``Capex_total_DailyStorage_WS_cool_district_scale_USD``, "Total capital costs of the short-term thermal storage" ``Opex_fixed_DailyStorage_WS_cool_district_scale_USD``, "Fixed operational costs of the short-term thermal storage" ``Q_DailyStorage_content_W``, "Thermal energy content of the short-term thermal storage" ``Q_DailyStorage_gen_directload_W``, "Thermal energy supplied from the short-term thermal storage" get_optimization_slave_district_scale_performance ------------------------------------------------- path: ``outputs/data/optimization/slave/gen_1/ind_2_buildings_district_scale_performance.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capex_a_BackupBoiler_NG_district_scale_USD``, "Annualized Capital Costs of Back-up Boiler Natural Gas in Central Plant" ``Capex_a_BaseBoiler_NG_district_scale_USD``, "Annualized Capital Costs of Base load Boiler Natural Gas in Central Plant" ``Capex_a_CHP_NG_district_scale_USD``, "Annualized Capital Costs of CHP Natural Gas in Central Plant" ``Capex_a_DHN_district_scale_USD``, "Annualized Capital Costs of District Heating Network" ``Capex_a_Furnace_dry_district_scale_USD``, "Annualized Capital Costs of CHP Dry-Biomass in Central Plant" ``Capex_a_Furnace_wet_district_scale_USD``, "Annualized Capital Costs of CHP Wet-Biomass in Central Plant" ``Capex_a_GHP_district_scale_USD``, "Annualized Capital Costs of Ground-Source Heat-Pump in Central Plant" ``Capex_a_GRID_district_scale_USD``, "Annualized Capital Costs of connection to local grid" ``Capex_a_HP_Lake_district_scale_USD``, "Annualized Capital Costs of Lake-Source Heat Pump in Central Plant" ``Capex_a_HP_Server_district_scale_USD``, "Annualized Capital Costs of Server-Source Heat Pump in Central Plant" ``Capex_a_HP_Sewage_district_scale_USD``, "Annualized Capital Costs of Sewage-Source Heat Pump in Central Plant" ``Capex_a_PeakBoiler_NG_district_scale_USD``, "Annualized Capital Costs of Peak Boiler in Central Plant" ``Capex_a_PV_district_scale_USD``, "Annualized Capital Costs of PV panels" ``Capex_a_PVT_district_scale_USD``, "Annualized Capital Costs of PVT panels" ``Capex_a_SC_ET_district_scale_USD``, "Annualized Capital Costs of Solar collectors (evacuated Tubes)" ``Capex_a_SC_FP_district_scale_USD``, "Annualized Capital Costs of Solar collectors (Flat-Plate)" ``Capex_a_SeasonalStorage_WS_district_scale_USD``, "Annualized Capital Costs of Seasonal Thermal Storage in Central Plant" ``Capex_a_SubstationsHeating_district_scale_USD``, "Annualized Capital Costs of Heating Substations" ``Capex_total_BackupBoiler_NG_district_scale_USD``, "Total Capital Costs of Back-up Boiler Natural Gas in Central Plant" ``Capex_total_BaseBoiler_NG_district_scale_USD``, "Total Capital Costs of Base load Boiler Natural Gas in Central Plant" ``Capex_total_CHP_NG_district_scale_USD``, "Total Capital Costs of CHP Natural Gas in Central Plant" ``Capex_total_DHN_district_scale_USD``, "Total Capital Costs of District Heating Network" ``Capex_total_Furnace_dry_district_scale_USD``, "Total Capital Costs of CHP Dry-Biomass in Central Plant" ``Capex_total_Furnace_wet_district_scale_USD``, "Total Capital Costs of CHP Wet-Biomass in Central Plant" ``Capex_total_GHP_district_scale_USD``, "Total Capital Costs of Ground-Source Heat-Pump in Central Plant" ``Capex_total_GRID_district_scale_USD``, "Total Capital Costs of connection to local grid" ``Capex_total_HP_Lake_district_scale_USD``, "Total Capital Costs of Lake-Source Heat Pump in Central Plant" ``Capex_total_HP_Server_district_scale_USD``, "Total Capital Costs of Server-Source Heat Pump in Central Plant" ``Capex_total_HP_Sewage_district_scale_USD``, "Total Capital Costs of Sewage-Source Heat Pump in Central Plant" ``Capex_total_PeakBoiler_NG_district_scale_USD``, "Total Capital Costs of Peak Boiler in Central Plant" ``Capex_total_PV_district_scale_USD``, "Total Capital Costs of PV panels" ``Capex_total_PVT_district_scale_USD``, "Total Capital Costs of PVT panels" ``Capex_total_SC_ET_district_scale_USD``, "Total Capital Costs of Solar collectors (evacuated Tubes)" ``Capex_total_SC_FP_district_scale_USD``, "Total Capital Costs of Solar collectors (Flat-Plate)" ``Capex_total_SeasonalStorage_WS_district_scale_USD``, "Total Capital Costs of Seasonal Thermal Storage" ``Capex_total_SubstationsHeating_district_scale_USD``, "Total Capital Costs of Heating Substations" ``GHG_DB_district_scale_tonCO2yr``, "Green House Gas Emissions of Dry-Biomass in Central plant" ``GHG_GRID_exports_district_scale_tonCO2yr``, "Green House Gas Emissions of Electricity Exports in Central Plant" ``GHG_GRID_imports_district_scale_tonCO2yr``, "Green House Gas Emissions of Electricity Import in Central Plant" ``GHG_NG_district_scale_tonCO2yr``, "Green House Gas Emissions of Natural Gas in Central plant" ``GHG_WB_district_scale_tonCO2yr``, "Green House Gas Emissions of Wet-Biomass in Central plant" ``Opex_fixed_BackupBoiler_NG_district_scale_USD``, "Fixed Operation Costs of Back-up Boiler Natural Gas in Central Plant" ``Opex_fixed_BaseBoiler_NG_district_scale_USD``, "Fixed Operation Costs of Base load Boiler Natural Gas in Central Plant" ``Opex_fixed_CHP_NG_district_scale_USD``, "Fixed Operation Costs of CHP Natural Gas in Central Plant" ``Opex_fixed_DHN_district_scale_USD``, "Fixed Operation Costs of District Heating Network" ``Opex_fixed_Furnace_dry_district_scale_USD``, "Fixed Operation Costs of CHP Dry-Biomass in Central Plant" ``Opex_fixed_Furnace_wet_district_scale_USD``, "Fixed Operation Costs of CHP Wet-Biomass in Central Plant" ``Opex_fixed_GHP_district_scale_USD``, "Fixed Operation Costs of Ground-Source Heat-Pump in Central Plant" ``Opex_fixed_GRID_district_scale_USD``, "Fixed Operation Costs of connection to local grid" ``Opex_fixed_HP_Lake_district_scale_USD``, "Fixed Operation Costs of Lake-Source Heat Pump in Central Plant" ``Opex_fixed_HP_Server_district_scale_USD``, "Fixed Operation Costs of Server-Source Heat Pump in Central Plant" ``Opex_fixed_HP_Sewage_district_scale_USD``, "Fixed Operation Costs of Sewage-Source Heat Pump in Central Plant" ``Opex_fixed_PeakBoiler_NG_district_scale_USD``, "Fixed Operation Costs of Peak Boiler in Central Plant" ``Opex_fixed_PV_district_scale_USD``, "Fixed Operation Costs of PV panels" ``Opex_fixed_PVT_district_scale_USD``, "Fixed Operation Costs of PVT panels" ``Opex_fixed_SC_ET_district_scale_USD``, "Fixed Operation Costs of Solar collectors (evacuated Tubes)" ``Opex_fixed_SC_FP_district_scale_USD``, "Fixed Operation Costs of Solar collectors (Flat-Plate)" ``Opex_fixed_SeasonalStorage_WS_district_scale_USD``, "Fixed Operation Costs of Seasonal Thermal Storage" ``Opex_fixed_SubstationsHeating_district_scale_USD``, "Fixed Operation Costs of Heating Substations" ``Opex_var_DB_district_scale_USD``, "Variable Operation Costs" ``Opex_var_GRID_exports_district_scale_USD``, "Variable Operation Costs" ``Opex_var_GRID_imports_district_scale_USD``, "Variable Operation Costs" ``Opex_var_NG_district_scale_USD``, "Variable Operation Costs" ``Opex_var_WB_district_scale_USD``, "Variable Operation Costs" get_optimization_slave_electricity_activation_pattern ----------------------------------------------------- path: ``outputs/data/optimization/slave/gen_1/ind_1_Electricity_Activation_Pattern.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``DATE``, "Time stamp (hourly) for one year" ``E_CHP_gen_directload_W``, "Electricity Generated to direct load by CHP Natural Gas" ``E_CHP_gen_export_W``, "Electricity Exported by CHP Natural Gas" ``E_Furnace_dry_gen_directload_W``, "Electricity Generated to direct load by CHP Dry Biomass" ``E_Furnace_dry_gen_export_W``, "Electricity Exported by CHP Dry Biomass" ``E_Furnace_wet_gen_directload_W``, "Electricity Generated to direct load by CHP Wet Biomass" ``E_Furnace_wet_gen_export_W``, "Electricity Exported by CHP Wet Biomass" ``E_GRID_directload_W``, "Electricity Imported from the local grid" ``E_PV_gen_directload_W``, "Electricity Generated to direct load by PV panels" ``E_PV_gen_export_W``, "Electricity Exported by PV panels" ``E_PVT_gen_directload_W``, "Electricity Generated to direct load by PVT panels" ``E_PVT_gen_export_W``, "Electricity Exported by PVT panels" ``E_Trigen_gen_directload_W``, "Electricity Generated to direct load by Trigen CHP Natural Gas" ``E_Trigen_gen_export_W``, "Electricity Exported by Trigen CHP Natural Gas" get_optimization_slave_electricity_requirements_data ---------------------------------------------------- path: ``outputs/data/optimization/slave/gen_1/ind_1_Electricity_Requirements_Pattern.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``DATE``, "Time stamp (hourly) for one year" ``E_BackupBoiler_req_W``, "Electricity (auxiliary) Required by Back-up Boiler" ``E_BackupVCC_AS_req_W``, "Electricity Required by Back-up Vapor Compression Chiller (Air-Source)" ``E_BaseBoiler_req_W``, "Electricity (auxiliary) Required by Base Load Boiler" ``E_BaseVCC_AS_req_W``, "Electricity Required by Base Load Vapor Compression Chiller (Air-Source)" ``E_BaseVCC_WS_req_W``, "Electricity Required by Base Load Vapor Compression Chiller (Water-Source)" ``E_cs_cre_cdata_req_building_scale_W``, "Electricity Required for space cooling, server cooling and refrigeration of building-scale systems" ``E_cs_cre_cdata_req_district_scale_W``, "Electricity Required for space cooling, server cooling and refrigeration of Buildings Connected to Network" ``E_DCN_req_W``, "Electricity Required for Chilled water Pumping in District Cooling Network" ``E_DHN_req_W``, "Electricity Required for Chilled water Pumping in District Heating Network" ``E_electricalnetwork_sys_req_W``, "Total Electricity Requirements" ``E_GHP_req_W``, "Electricity Required by Ground-Source Heat Pumps" ``E_HP_Lake_req_W``, "Electricity Required by Lake-Source Heat Pumps" ``E_HP_PVT_req_W``, "Electricity Required by Auxiliary Heat Pumps of PVT panels" ``E_HP_SC_ET_req_W``, "Electricity Required by Auxiliary Heat Pumps of Solar collectors (Evacuated tubes)" ``E_HP_SC_FP_req_W``, "Electricity Required by Auxiliary Heat Pumps of Solar collectors (Evacuated Flat Plate)" ``E_HP_Server_req_W``, "Electricity Required by Server-Source Heat Pumps" ``E_HP_Sew_req_W``, "Electricity Required by Sewage-Source Heat Pumps" ``E_hs_ww_req_building_scale_W``, "Electricity Required for space heating and hotwater of building-scale systems" ``E_hs_ww_req_district_scale_W``, "Electricity Required for space heating and hotwater of Buildings Connected to Network" ``E_PeakBoiler_req_W``, "Electricity (auxiliary) Required by Peak-Boiler" ``E_PeakVCC_AS_req_W``, "Electricity Required by Peak Vapor Compression Chiller (Air-Source)" ``E_PeakVCC_WS_req_W``, "Electricity Required by Peak Vapor Compression Chiller (Water-Source)" ``E_Storage_charging_req_W``, "Electricity Required by Auxiliary Heatpumps for charging Seasonal Thermal Storage" ``E_Storage_discharging_req_W``, "Electricity Required by Auxiliary Heatpumps for discharging Seasonal Thermal Storage" ``Eal_req_W``, "Electricity Required for Appliances and Lighting in all Buildings" ``Eaux_req_W``, "Electricity Required for Fans and others in all Buildings" ``Edata_req_W``, "Electricity Required for Servers in all Buildings" ``Epro_req_W``, "Electricity Required for Industrial Processes in all Buildings" get_optimization_slave_heating_activation_pattern ------------------------------------------------- path: ``outputs/data/optimization/slave/gen_2/ind_0_Heating_Activation_Pattern.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``DATE``, "Time stamp (hourly) for one year" ``E_CHP_gen_W``, "Electricity Generation by CHP Natural Gas" ``E_Furnace_dry_gen_W``, "Electricity Generation by CHP Dry-Biomass" ``E_Furnace_wet_gen_W``, "Electricity Generation by CHP Wet-Biomass" ``E_PVT_gen_W``, "Electricity Generation by PVT" ``Q_BackupBoiler_gen_directload_W``, "Thermal generation of Back-up Boiler to direct load" ``Q_BaseBoiler_gen_directload_W``, "Thermal generation of Base load Boiler to direct load" ``Q_CHP_gen_directload_W``, "Thermal generation of CHP Natural Gas to direct load" ``Q_districtheating_sys_req_W``, "Thermal requirements of District Heating Network" ``Q_Furnace_dry_gen_directload_W``, "Thermal generation of CHP Dry-Biomass to direct load" ``Q_Furnace_wet_gen_directload_W``, "Thermal generation of CHP Wet-Biomass to direct load" ``Q_GHP_gen_directload_W``, "Thermal generation of ground-source heat pump to direct load" ``Q_HP_Lake_gen_directload_W``, "Thermal generation of Lake-Source Heatpump to direct load" ``Q_HP_Server_gen_directload_W``, "Thermal generation of Server-Source Heatpump to direct load" ``Q_HP_Server_storage_W``, "Thermal generation of Server-Source Heatpump to Seasonal Thermal Storage" ``Q_HP_Sew_gen_directload_W``, "Thermal generation of Sewage-Source Heatpump to direct load" ``Q_PeakBoiler_gen_directload_W``, "Thermal generation of Peak Boiler to direct load" ``Q_PVT_gen_directload_W``, "Thermal generation of PVT to direct load" ``Q_PVT_gen_storage_W``, "Thermal generation of PVT to Seasonal Thermal Storage" ``Q_SC_ET_gen_directload_W``, "Thermal generation of Solar Collectors (Evacuated Tubes) to direct load" ``Q_SC_ET_gen_storage_W``, "Thermal generation of Solar Collectors (Evacuated Tubes) to Seasonal Thermal Storage" ``Q_SC_FP_gen_directload_W``, "Thermal generation of Solar Collectors (Flat Plate) to direct load" ``Q_SC_FP_gen_storage_W``, "Thermal generation of Solar Collectors (Flat Plate) to Seasonal Thermal Storage" ``Q_Storage_gen_directload_W``, "Discharge from Storage to Direct Load" get_optimization_slave_total_performance ---------------------------------------- path: ``outputs/data/optimization/slave/gen_0/ind_2_total_performance.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Capex_a_sys_building_scale_USD``, "Annualized Capital Costs of building-scale systems" ``Capex_a_sys_district_scale_USD``, "Annualized Capital Costs of district-scale systems" ``Capex_a_sys_USD``, "Annualized Capital Costs of all systems" ``Capex_total_sys_building_scale_USD``, "Total Capital Costs of building-scale systems" ``Capex_total_sys_district_scale_USD``, "Total Capital Costs of district-scale systems" ``Capex_total_sys_USD``, "Total Capital Costs of all systems" ``GHG_sys_building_scale_tonCO2``, "Green House Gas Emissions of building-scale systems" ``GHG_sys_district_scale_tonCO2``, "Green House Gas Emissions Central Plant" ``GHG_sys_tonCO2``, "Green House Gas Emissions of all systems" ``Opex_a_sys_building_scale_USD``, "Operation Costs of building-scale systems" ``Opex_a_sys_district_scale_USD``, "Operation Costs of district-scale systems" ``Opex_a_sys_USD``, "Operation Costs of all systems" ``TAC_sys_building_scale_USD``, "Total Anualized Costs of building-scale systems" ``TAC_sys_district_scale_USD``, "Total Anualized Costs of district-scale systems" ``TAC_sys_USD``, "Total Anualized Costs of all systems" get_optimization_substations_results_file ----------------------------------------- path: ``outputs/data/optimization/substations/110011011DH_B001_result.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``A_hex_dhw_design_m2``, "Substation heat exchanger area to supply domestic hot water" ``A_hex_heating_design_m2``, "Substation heat exchanger area to supply space heating" ``mdot_DH_result_kgpers``, "Substation flow rate on the DH side." ``Q_dhw_W``, "Substation heat requirement to supply domestic hot water" ``Q_heating_W``, "Substation heat requirement to supply space heating" ``T_return_DH_result_K``, "Substation return temperature of the district heating network" ``T_supply_DH_result_K``, "Substation supply temperature of the district heating network." get_optimization_substations_total_file --------------------------------------- path: ``outputs/data/optimization/substations/Total_DH_111111111.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Af_m2``, "Conditioned floor area (heated/cooled)" ``Aocc_m2``, "Occupied floor area (heated/cooled)" ``Aroof_m2``, "Roof area" ``COAL_hs0_kW``, "Nominal Coal requirement for space heating supply" ``COAL_hs_MWhyr``, "Coal requirement for space heating supply" ``COAL_ww0_kW``, "Nominal Coal requirement for hotwater supply" ``COAL_ww_MWhyr``, "Coal requirement for hotwater supply" ``DC_cdata0_kW``, "Nominal district cooling for final data center cooling demand" ``DC_cdata_MWhyr``, "District cooling for data center cooling demand" ``DC_cre0_kW``, "Nominal district cooling for refrigeration demand" ``DC_cre_MWhyr``, "District cooling for refrigeration demand" ``DC_cs0_kW``, "Nominal district cooling for space cooling demand" ``DC_cs_MWhyr``, "Energy consumption of space cooling system (if supplied by District Cooling), DC_cs = Qcs_sys / eff_cs" ``DH_hs0_kW``, "Nominal energy requirement by district heating (space heating supply)" ``DH_hs_MWhyr``, "Energy requirement by district heating (space heating supply)" ``DH_ww0_kW``, "Nominal Energy requirement by district heating (hotwater supply)" ``DH_ww_MWhyr``, "Energy requirement by district heating (hotwater supply)" ``E_cdata0_kW``, "Nominal Data centre cooling specific electricity consumption." ``E_cdata_MWhyr``, "Electricity consumption due to data center cooling" ``E_cre0_kW``, "Nominal Refrigeration system electricity consumption." ``E_cre_MWhyr``, "Electricity consumption due to refrigeration" ``E_cs0_kW``, "Nominal Cooling system electricity consumption." ``E_cs_MWhyr``, "Energy consumption of cooling system (if supplied by electricity grid), E_cs = Qcs_sys / eff_cs" ``E_hs0_kW``, "Nominal Heating system electricity consumption." ``E_hs_MWhyr``, "Electricity consumption due to space heating" ``E_sys0_kW``, "Nominal end-use electricity demand" ``E_sys_MWhyr``, "End-use total electricity consumption, E_sys = Eve + Ea + El + Edata + Epro + Eaux + Ev" ``E_ww0_kW``, "Nominal Domestic hot water electricity consumption." ``E_ww_MWhyr``, "Electricity consumption due to hot water" ``Ea0_kW``, "Nominal end-use electricity for appliances" ``Ea_MWhyr``, "End-use electricity for appliances" ``Eal0_kW``, "Nominal Total net electricity for all sources and sinks." ``Eal_MWhyr``, "End-use electricity consumption of appliances and lighting, Eal = El_W + Ea_W" ``Eaux0_kW``, "Nominal Auxiliary electricity consumption." ``Eaux_MWhyr``, "End-use auxiliary electricity consumption, Eaux = Eaux_fw + Eaux_ww + Eaux_cs + Eaux_hs + Ehs_lat_aux" ``Edata0_kW``, "Nominal Data centre electricity consumption." ``Edata_MWhyr``, "Electricity consumption for data centers" ``El0_kW``, "Nominal end-use electricity for lights" ``El_MWhyr``, "End-use electricity for lights" ``Epro0_kW``, "Nominal Industrial processes electricity consumption." ``Epro_MWhyr``, "Electricity supplied to industrial processes" ``Ev0_kW``, "Nominal end-use electricity for electric vehicles" ``Ev_MWhyr``, "End-use electricity for electric vehicles" ``Eve0_kW``, "Nominal end-use electricity for ventilation" ``Eve_MWhyr``, "End-use electricity for ventilation" ``GFA_m2``, "Gross floor area" ``GRID0_kW``, "Nominal Grid electricity consumption" ``GRID_a0_kW``, "Nominal grid electricity requirements for appliances" ``GRID_a_MWhyr``, "Grid electricity requirements for appliances" ``GRID_aux0_kW``, "Nominal grid electricity requirements for auxiliary loads" ``GRID_aux_MWhyr``, "Grid electricity requirements for auxiliary loads" ``GRID_cdata0_kW``, "Nominal grid electricity requirements for servers cooling" ``GRID_cdata_MWhyr``, "Grid electricity requirements for servers cooling" ``GRID_cre0_kW``, "Nominal grid electricity requirements for refrigeration" ``GRID_cre_MWhyr``, "Grid electricity requirements for refrigeration" ``GRID_cs0_kW``, "Nominal grid electricity requirements for space cooling" ``GRID_cs_MWhyr``, "Grid electricity requirements for space cooling" ``GRID_data0_kW``, "Nominal grid electricity requirements for servers" ``GRID_data_MWhyr``, "Grid electricity requirements for servers" ``GRID_hs0_kW``, "Nominal grid electricity requirements for space heating" ``GRID_hs_MWhyr``, "Grid electricity requirements for space heating" ``GRID_l0_kW``, "Nominal grid electricity consumption for lights" ``GRID_l_MWhyr``, "Grid electricity requirements for lights" ``GRID_MWhyr``, "Grid electricity consumption, GRID = GRID_a + GRID_l + GRID_v + GRID_ve + GRID_data + GRID_pro + GRID_aux + GRID_ww + GRID_cs + GRID_hs + GRID_cdata + GRID_cre" ``GRID_pro0_kW``, "Nominal grid electricity requirements for industrial processes" ``GRID_pro_MWhyr``, "Grid electricity requirements for industrial processes" ``GRID_v0_kW``, "Nominal grid electricity consumption for electric vehicles" ``GRID_v_MWhyr``, "Grid electricity requirements for electric vehicles" ``GRID_ve0_kW``, "Nominal grid electricity consumption for ventilatioon" ``GRID_ve_MWhyr``, "Grid electricity requirements for ventilatioon" ``GRID_ww0_kW``, "Nominal grid electricity requirements for hot water supply" ``GRID_ww_MWhyr``, "Grid electricity requirements for hot water supply" ``Name``, "Unique building ID. It must start with a letter." ``NG_hs0_kW``, "Nominal NG requirement for space heating supply" ``NG_hs_MWhyr``, "NG requirement for space heating supply" ``NG_ww0_kW``, "Nominal NG requirement for hotwater supply" ``NG_ww_MWhyr``, "NG requirement for hotwater supply" ``OIL_hs0_kW``, "Nominal OIL requirement for space heating supply" ``OIL_hs_MWhyr``, "OIL requirement for space heating supply" ``OIL_ww0_kW``, "Nominal OIL requirement for hotwater supply" ``OIL_ww_MWhyr``, "OIL requirement for hotwater supply" ``people0``, "Nominal occupancy" ``PV0_kW``, "Nominal PV electricity consumption" ``PV_MWhyr``, "PV electricity consumption" ``QC_sys0_kW``, "Nominal Total system cooling demand." ``QC_sys_MWhyr``, "Total system cooling demand, QC_sys = Qcs_sys + Qcdata_sys + Qcre_sys + Qcpro_sys" ``Qcdata0_kW``, "Nominal Data centre cooling demand." ``Qcdata_MWhyr``, "Data centre cooling demand" ``Qcdata_sys0_kW``, "Nominal end-use data center cooling demand" ``Qcdata_sys_MWhyr``, "End-use data center cooling demand" ``Qcpro_sys0_kW``, "Nominal process cooling demand." ``Qcpro_sys_MWhyr``, "Yearly processes cooling demand." ``Qcre0_kW``, "Nominal Refrigeration cooling demand." ``Qcre_MWhyr``, "Refrigeration cooling demand for the system" ``Qcre_sys0_kW``, " Nominal refrigeration cooling demand" ``Qcre_sys_MWhyr``, "End-use refrigeration demand" ``Qcs0_kW``, "Nominal Total cooling demand." ``Qcs_dis_ls0_kW``, "Nominal Cooling distribution losses." ``Qcs_dis_ls_MWhyr``, "Cooling distribution losses" ``Qcs_em_ls0_kW``, "Nominal Cooling emission losses." ``Qcs_em_ls_MWhyr``, "Cooling emission losses" ``Qcs_lat_ahu0_kW``, "Nominal AHU latent cooling demand." ``Qcs_lat_ahu_MWhyr``, "AHU latent cooling demand" ``Qcs_lat_aru0_kW``, "Nominal ARU latent cooling demand." ``Qcs_lat_aru_MWhyr``, "ARU latent cooling demand" ``Qcs_lat_sys0_kW``, "Nominal System latent cooling demand." ``Qcs_lat_sys_MWhyr``, "System latent cooling demand" ``Qcs_MWhyr``, "Total cooling demand" ``Qcs_sen_ahu0_kW``, "Nominal AHU system cooling demand." ``Qcs_sen_ahu_MWhyr``, "Sensible cooling demand in AHU" ``Qcs_sen_aru0_kW``, "Nominal ARU system cooling demand." ``Qcs_sen_aru_MWhyr``, "ARU system cooling demand" ``Qcs_sen_scu0_kW``, "Nominal SCU system cooling demand." ``Qcs_sen_scu_MWhyr``, "SCU system cooling demand" ``Qcs_sen_sys0_kW``, "Nominal Sensible system cooling demand." ``Qcs_sen_sys_MWhyr``, "Total sensible cooling demand" ``Qcs_sys0_kW``, "Nominal end-use space cooling demand" ``Qcs_sys_ahu0_kW``, "Nominal AHU system cooling demand." ``Qcs_sys_ahu_MWhyr``, "AHU system cooling demand" ``Qcs_sys_aru0_kW``, "Nominal ARU system cooling demand." ``Qcs_sys_aru_MWhyr``, "ARU system cooling demand" ``Qcs_sys_MWhyr``, "End-use space cooling demand, Qcs_sys = Qcs_sen_sys + Qcs_lat_sys + Qcs_em_ls + Qcs_dis_ls" ``Qcs_sys_scu0_kW``, "Nominal SCU system cooling demand." ``Qcs_sys_scu_MWhyr``, "SCU system cooling demand" ``QH_sys0_kW``, "Nominal total building heating demand." ``QH_sys_MWhyr``, "Total building heating demand" ``Qhpro_sys0_kW``, "Nominal process heating demand." ``Qhpro_sys_MWhyr``, "Yearly processes heating demand." ``Qhs0_kW``, "Nominal space heating demand." ``Qhs_dis_ls0_kW``, "Nominal Heating system distribution losses." ``Qhs_dis_ls_MWhyr``, "Heating system distribution losses" ``Qhs_em_ls0_kW``, "Nominal Heating emission losses." ``Qhs_em_ls_MWhyr``, "Heating system emission losses" ``Qhs_lat_ahu0_kW``, "Nominal AHU latent heating demand." ``Qhs_lat_ahu_MWhyr``, "AHU latent heating demand" ``Qhs_lat_aru0_kW``, "Nominal ARU latent heating demand." ``Qhs_lat_aru_MWhyr``, "ARU latent heating demand" ``Qhs_lat_sys0_kW``, "Nominal System latent heating demand." ``Qhs_lat_sys_MWhyr``, "System latent heating demand" ``Qhs_MWhyr``, "Total space heating demand." ``Qhs_sen_ahu0_kW``, "Nominal AHU sensible heating demand." ``Qhs_sen_ahu_MWhyr``, "AHU sensible heating demand" ``Qhs_sen_aru0_kW``, "ARU sensible heating demand" ``Qhs_sen_aru_MWhyr``, "ARU sensible heating demand" ``Qhs_sen_shu0_kW``, "Nominal SHU sensible heating demand." ``Qhs_sen_shu_MWhyr``, "SHU sensible heating demand" ``Qhs_sen_sys0_kW``, "Nominal HVAC systems sensible heating demand." ``Qhs_sen_sys_MWhyr``, "SHU sensible heating demand" ``Qhs_sys0_kW``, "Nominal end-use space heating demand" ``Qhs_sys_ahu0_kW``, "Nominal AHU sensible heating demand." ``Qhs_sys_ahu_MWhyr``, "AHU system heating demand" ``Qhs_sys_aru0_kW``, "Nominal ARU sensible heating demand." ``Qhs_sys_aru_MWhyr``, "ARU sensible heating demand" ``Qhs_sys_MWhyr``, "End-use space heating demand, Qhs_sys = Qhs_sen_sys + Qhs_em_ls + Qhs_dis_ls" ``Qhs_sys_shu0_kW``, "Nominal SHU sensible heating demand." ``Qhs_sys_shu_MWhyr``, "SHU sensible heating demand" ``Qww0_kW``, "Nominal DHW heating demand." ``Qww_MWhyr``, "DHW heating demand" ``Qww_sys0_kW``, "Nominal end-use hotwater demand" ``Qww_sys_MWhyr``, "End-use hotwater demand" ``SOLAR_hs0_kW``, "Nominal solar thermal energy requirement for space heating supply" ``SOLAR_hs_MWhyr``, "Solar thermal energy requirement for space heating supply" ``SOLAR_ww0_kW``, "Nominal solar thermal energy requirement for hotwater supply" ``SOLAR_ww_MWhyr``, "Solar thermal energy requirement for hotwater supply" ``WOOD_hs0_kW``, "Nominal WOOD requirement for space heating supply" ``WOOD_hs_MWhyr``, "WOOD requirement for space heating supply" ``WOOD_ww0_kW``, "Nominal WOOD requirement for hotwater supply" ``WOOD_ww_MWhyr``, "WOOD requirement for hotwater supply" get_radiation_building ---------------------- path: ``outputs/data/solar-radiation/{building}_radiation.csv`` The following file is used by these scripts: ``demand``, ``photovoltaic``, ``photovoltaic_thermal``, ``solar_collector`` .. csv-table:: :header: "Variable", "Description" ``Date``, "Date and time in hourly steps" ``roofs_top_kW``, "solar incident on the roof tops" ``roofs_top_m2``, "roof top area" ``walls_east_kW``, "solar incident on the east facing facades excluding windows" ``walls_east_m2``, "area of the east facing facades excluding windows" ``walls_north_kW``, "solar incident on the north facing facades excluding windows" ``walls_north_m2``, "area of the north facing facades excluding windows" ``walls_south_kW``, "solar incident on the south facing facades excluding windows" ``walls_south_m2``, "area of the south facing facades excluding windows" ``walls_west_kW``, "solar incident on the west facing facades excluding windows" ``walls_west_m2``, "area of the south facing facades excluding windows" ``windows_east_kW``, "solar incident on windows on the south facing facades" ``windows_east_m2``, "window area on the east facing facades" ``windows_north_kW``, "solar incident on windows on the south facing facades" ``windows_north_m2``, "window area on the north facing facades" ``windows_south_kW``, "solar incident on windows on the south facing facades" ``windows_south_m2``, "window area on the south facing facades" ``windows_west_kW``, "solar incident on windows on the west facing facades" ``windows_west_m2``, "window area on the west facing facades" get_radiation_building_sensors ------------------------------ path: ``outputs/data/solar-radiation/B001_insolation_Whm2.json`` The following file is used by these scripts: ``demand``, ``photovoltaic``, ``photovoltaic_thermal``, ``solar_collector`` .. csv-table:: :header: "Variable", "Description" ``srf0``, "TODO" get_radiation_materials ----------------------- path: ``outputs/data/solar-radiation/buidling_materials.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``G_win``, "Solar heat gain coefficient. Defined according to ISO 13790." ``Name``, "Unique building ID. It must start with a letter." ``r_roof``, "Reflectance in the Red spectrum. Defined according Radiance. (long-wave)" ``r_wall``, "Reflectance in the Red spectrum. Defined according Radiance. (long-wave)" ``type_base``, "Basement floor construction assembly (relates to ""code"" in ENVELOPE assemblies)" ``type_floor``, "Internal floor construction assembly (relates to ""code"" in ENVELOPE assemblies)" ``type_roof``, "Roof construction assembly (relates to ""code"" in ENVELOPE assemblies)" ``type_wall``, "External wall construction assembly (relates to ""code"" in ENVELOPE assemblies)" ``type_win``, "Window assembly (relates to ""code"" in ENVELOPE assemblies)" get_radiation_metadata ---------------------- path: ``outputs/data/solar-radiation/B001_geometry.csv`` The following file is used by these scripts: ``demand``, ``photovoltaic``, ``photovoltaic_thermal``, ``solar_collector`` .. csv-table:: :header: "Variable", "Description" ``AREA_m2``, "Surface area." ``BUILDING``, "Unique building ID. It must start with a letter." ``intersection``, "flag to indicate whether this surface is intersecting with another surface (0: no intersection, 1: intersected)" ``orientation``, "Orientation of the surface (north/east/south/west/top)" ``SURFACE``, "Unique surface ID for each building exterior surface." ``TYPE``, "Surface typology." ``Xcoor``, "Describes the position of the x vector." ``Xdir``, "Directional scalar of the x vector." ``Ycoor``, "Describes the position of the y vector." ``Ydir``, "Directional scalar of the y vector." ``Zcoor``, "Describes the position of the z vector." ``Zdir``, "Directional scalar of the z vector." get_schedule_model_file ----------------------- path: ``outputs/data/occupancy/B001.csv`` The following file is used by these scripts: ``demand`` .. csv-table:: :header: "Variable", "Description" ``DATE``, "Time stamp for each day of the year ascending in hourly intervals" ``Ea_W``, "Electrical load due to processes" ``Ed_W``, "Electrical load due to servers/data centers" ``El_W``, "Electrical load due to lighting" ``Epro_W``, "Electrical load due to processes" ``people_p``, "Number of people in the building" ``Qcpro_W``, "Process cooling load" ``Qcre_W``, "Cooling load due to cool room refrigeration" ``Qhpro_W``, "Process heat load" ``Qs_W``, "Sensible heat load of people" ``Tcs_set_C``, "Set point temperature of space cooling system" ``Ths_set_C``, "Set point temperature of space heating system" ``Ve_lps``, "Ventilation rate" ``Vw_lph``, "Fresh water consumption (includes cold and hot water)" ``Vww_lph``, "Domestic hot water consumption" ``X_gh``, "Moisture released by occupants" get_sewage_heat_potential ------------------------- path: ``outputs/data/potentials/Sewage_heat_potential.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``mww_zone_kWperC``, "heat capacity of total sewage in a zone" ``Qsw_kW``, "heat extracted from sewage flows" ``T_in_HP_C``, "Inlet temperature of the sweage heapump" ``T_in_sw_C``, "Inlet temperature of sewage flows" ``T_out_HP_C``, "Outlet temperature of the sewage heatpump" ``T_out_sw_C``, "Outlet temperature of sewage flows" ``Ts_C``, "Average temperature of sewage flows" get_thermal_demand_csv_file --------------------------- path: ``outputs/data/thermal-network/DH__thermal_demand_per_building_W.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``B01``, "Thermal demand for building B01 at each simulation time step" get_thermal_network_edge_list_file ---------------------------------- path: ``outputs/data/thermal-network/DH__metadata_edges.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``D_int_m``, "Internal pipe diameter for the nominal diameter" ``length_m``, "Length of each pipe in the network" ``name``, "Unique network pipe ID." ``pipe_DN``, "Nominal pipe diameter (e.g. DN100 refers to pipes of approx. 100 mm in diameter)" ``type_mat``, "Material of the pipes" get_thermal_network_edge_node_matrix_file ----------------------------------------- path: ``outputs/data/thermal-network/{network_type}__EdgeNode.csv`` The following file is used by these scripts: ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``NODE``, "Names of the nodes in the network" ``PIPE0``, "Indicates the direction of flow of PIPE0 with respect to each node NODEn: if equal to PIPE0 and NODEn are not connected / if equal to 1 PIPE0 enters NODEn / if equal to -1 PIPE0 leaves NODEn" get_thermal_network_layout_massflow_edges_file ---------------------------------------------- path: ``outputs/data/thermal-network/DH__massflow_edges_kgs.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``PIPE0``, "Mass flow rate in pipe PIPE0 at each time step" get_thermal_network_layout_massflow_nodes_file ---------------------------------------------- path: ``outputs/data/thermal-network/DH__massflow_nodes_kgs.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``NODE0``, "Mass flow rate in node NODE0 at each time step" get_thermal_network_node_types_csv_file --------------------------------------- path: ``outputs/data/thermal-network/DH__metadata_nodes.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Building``, "Unique building ID. It must start with a letter." ``Name``, "Unique network node ID." ``Type``, "Type of node: ""PLANT"" / ""CONSUMER"" / ""NONE"" (if it is neither)" get_thermal_network_plant_heat_requirement_file ----------------------------------------------- path: ``outputs/data/thermal-network/DH__plant_thermal_load_kW.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``thermal_load_kW``, "Thermal load supplied by the plant at each time step" get_thermal_network_pressure_losses_edges_file ---------------------------------------------- path: ``outputs/data/thermal-network/DH__pressure_losses_edges_kW.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``PIPE0``, "Pressure losses at pipe PIPE0 at each time step" get_thermal_network_substation_ploss_file ----------------------------------------- path: ``outputs/data/thermal-network/DH__pumping_load_due_to_substations_kW.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``B01``, "Pumping load at building substation B01 for each timestep" get_thermal_network_velocity_edges_file --------------------------------------- path: ``outputs/data/thermal-network/DH__velocity_edges_mpers.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``PIPE0``, "Flow velocity of heating/cooling medium in pipe PIPE0" get_total_demand ---------------- path: ``outputs/data/demand/Total_demand.csv`` The following file is used by these scripts: ``decentralized``, ``emissions``, ``network_layout``, ``system_costs``, ``optimization``, ``sewage_potential``, ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``Af_m2``, "Conditioned floor area (heated/cooled)" ``Aocc_m2``, "Occupied floor area (heated/cooled)" ``Aroof_m2``, "Roof area" ``COAL_hs0_kW``, "Nominal Coal requirement for space heating supply" ``COAL_hs_MWhyr``, "Coal requirement for space heating supply" ``COAL_ww0_kW``, "Nominal Coal requirement for hotwater supply" ``COAL_ww_MWhyr``, "Coal requirement for hotwater supply" ``DC_cdata0_kW``, "Nominal district cooling for final data center cooling demand" ``DC_cdata_MWhyr``, "District cooling for data center cooling demand" ``DC_cre0_kW``, "Nominal district cooling for refrigeration demand" ``DC_cre_MWhyr``, "District cooling for refrigeration demand" ``DC_cs0_kW``, "Nominal district cooling for space cooling demand" ``DC_cs_MWhyr``, "Energy consumption of space cooling system (if supplied by District Cooling), DC_cs = Qcs_sys / eff_cs" ``DH_hs0_kW``, "Nominal energy requirement by district heating (space heating supply)" ``DH_hs_MWhyr``, "Energy requirement by district heating (space heating supply)" ``DH_ww0_kW``, "Nominal Energy requirement by district heating (hotwater supply)" ``DH_ww_MWhyr``, "Energy requirement by district heating (hotwater supply)" ``E_cdata0_kW``, "Nominal Data centre cooling specific electricity consumption." ``E_cdata_MWhyr``, "Electricity consumption due to data center cooling" ``E_cre0_kW``, "Nominal Refrigeration system electricity consumption." ``E_cre_MWhyr``, "Electricity consumption due to refrigeration" ``E_cs0_kW``, "Nominal Cooling system electricity consumption." ``E_cs_MWhyr``, "Energy consumption of cooling system (if supplied by electricity grid), E_cs = Qcs_sys / eff_cs" ``E_hs0_kW``, "Nominal Heating system electricity consumption." ``E_hs_MWhyr``, "Electricity consumption due to space heating" ``E_sys0_kW``, "Nominal end-use electricity demand" ``E_sys_MWhyr``, "End-use total electricity consumption, E_sys = Eve + Ea + El + Edata + Epro + Eaux + Ev" ``E_ww0_kW``, "Nominal Domestic hot water electricity consumption." ``E_ww_MWhyr``, "Electricity consumption due to hot water" ``Ea0_kW``, "Nominal end-use electricity for appliances" ``Ea_MWhyr``, "End-use electricity for appliances" ``Eal0_kW``, "Nominal Total net electricity for all sources and sinks." ``Eal_MWhyr``, "End-use electricity consumption of appliances and lighting, Eal = El_W + Ea_W" ``Eaux0_kW``, "Nominal Auxiliary electricity consumption." ``Eaux_MWhyr``, "End-use auxiliary electricity consumption, Eaux = Eaux_fw + Eaux_ww + Eaux_cs + Eaux_hs + Ehs_lat_aux" ``Edata0_kW``, "Nominal Data centre electricity consumption." ``Edata_MWhyr``, "Electricity consumption for data centers" ``El0_kW``, "Nominal end-use electricity for lights" ``El_MWhyr``, "End-use electricity for lights" ``Epro0_kW``, "Nominal Industrial processes electricity consumption." ``Epro_MWhyr``, "Electricity supplied to industrial processes" ``Ev0_kW``, "Nominal end-use electricity for electric vehicles" ``Ev_MWhyr``, "End-use electricity for electric vehicles" ``Eve0_kW``, "Nominal end-use electricity for ventilation" ``Eve_MWhyr``, "End-use electricity for ventilation" ``GFA_m2``, "Gross floor area" ``GRID0_kW``, "Nominal Grid electricity consumption" ``GRID_a0_kW``, "Nominal grid electricity requirements for appliances" ``GRID_a_MWhyr``, "Grid electricity requirements for appliances" ``GRID_aux0_kW``, "Nominal grid electricity requirements for auxiliary loads" ``GRID_aux_MWhyr``, "Grid electricity requirements for auxiliary loads" ``GRID_cdata0_kW``, "Nominal grid electricity requirements for servers cooling" ``GRID_cdata_MWhyr``, "Grid electricity requirements for servers cooling" ``GRID_cre0_kW``, "Nominal grid electricity requirements for refrigeration" ``GRID_cre_MWhyr``, "Grid electricity requirements for refrigeration" ``GRID_cs0_kW``, "Nominal grid electricity requirements for space cooling" ``GRID_cs_MWhyr``, "Grid electricity requirements for space cooling" ``GRID_data0_kW``, "Nominal grid electricity requirements for servers" ``GRID_data_MWhyr``, "Grid electricity requirements for servers" ``GRID_hs0_kW``, "Nominal grid electricity requirements for space heating" ``GRID_hs_MWhyr``, "Grid electricity requirements for space heating" ``GRID_l0_kW``, "Nominal grid electricity consumption for lights" ``GRID_l_MWhyr``, "Grid electricity requirements for lights" ``GRID_MWhyr``, "Grid electricity consumption, GRID_a + GRID_l + GRID_v + GRID_ve + GRID_data + GRID_pro + GRID_aux + GRID_ww + GRID_cs + GRID_hs + GRID_cdata + GRID_cre" ``GRID_pro0_kW``, "Nominal grid electricity requirements for industrial processes" ``GRID_pro_MWhyr``, "Grid electricity requirements for industrial processes" ``GRID_v0_kW``, "Nominal grid electricity consumption for electric vehicles" ``GRID_v_MWhyr``, "Grid electricity requirements for electric vehicles" ``GRID_ve0_kW``, "Nominal grid electricity consumption for ventilation" ``GRID_ve_MWhyr``, "Grid electricity requirements for ventilation" ``GRID_ww0_kW``, "Nominal grid electricity requirements for hot water supply" ``GRID_ww_MWhyr``, "Grid electricity requirements for hot water supply" ``Name``, "Unique building ID. It must start with a letter." ``NG_hs0_kW``, "Nominal NG requirement for space heating supply" ``NG_hs_MWhyr``, "NG requirement for space heating supply" ``NG_ww0_kW``, "Nominal NG requirement for hotwater supply" ``NG_ww_MWhyr``, "NG requirement for hotwater supply" ``OIL_hs0_kW``, "Nominal OIL requirement for space heating supply" ``OIL_hs_MWhyr``, "OIL requirement for space heating supply" ``OIL_ww0_kW``, "Nominal OIL requirement for hotwater supply" ``OIL_ww_MWhyr``, "OIL requirement for hotwater supply" ``people0``, "Nominal occupancy" ``PV0_kW``, "Nominal PV electricity consumption" ``PV_MWhyr``, "PV electricity consumption" ``QC_sys0_kW``, "Nominal Total system cooling demand." ``QC_sys_MWhyr``, "Total energy demand for cooling, QC_sys = Qcs_sys + Qcdata_sys + Qcre_sys + Qcpro_sys" ``Qcdata0_kW``, "Nominal Data centre cooling demand." ``Qcdata_MWhyr``, "Data centre cooling demand" ``Qcdata_sys0_kW``, "Nominal end-use data center cooling demand" ``Qcdata_sys_MWhyr``, "End-use data center cooling demand" ``Qcpro_sys0_kW``, "Nominal process cooling demand." ``Qcpro_sys_MWhyr``, "Yearly processes cooling demand." ``Qcre0_kW``, "Nominal Refrigeration cooling demand." ``Qcre_MWhyr``, "Refrigeration cooling demand for the system" ``Qcre_sys0_kW``, " Nominal refrigeration cooling demand" ``Qcre_sys_MWhyr``, "End-use refrigeration demand" ``Qcs0_kW``, "Nominal Total cooling demand." ``Qcs_dis_ls0_kW``, "Nominal Cooling distribution losses." ``Qcs_dis_ls_MWhyr``, "Cooling distribution losses" ``Qcs_em_ls0_kW``, "Nominal Cooling emission losses." ``Qcs_em_ls_MWhyr``, "Cooling emission losses" ``Qcs_lat_ahu0_kW``, "Nominal AHU latent cooling demand." ``Qcs_lat_ahu_MWhyr``, "AHU latent cooling demand" ``Qcs_lat_aru0_kW``, "Nominal ARU latent cooling demand." ``Qcs_lat_aru_MWhyr``, "ARU latent cooling demand" ``Qcs_lat_sys0_kW``, "Nominal System latent cooling demand." ``Qcs_lat_sys_MWhyr``, "Latent cooling demand" ``Qcs_MWhyr``, "Total cooling demand" ``Qcs_sen_ahu0_kW``, "Nominal AHU system cooling demand." ``Qcs_sen_ahu_MWhyr``, "AHU system cooling demand" ``Qcs_sen_aru0_kW``, "Nominal ARU system cooling demand." ``Qcs_sen_aru_MWhyr``, "ARU system cooling demand" ``Qcs_sen_scu0_kW``, "Nominal SCU system cooling demand." ``Qcs_sen_scu_MWhyr``, "SCU system cooling demand" ``Qcs_sen_sys0_kW``, "Nominal Sensible system cooling demand." ``Qcs_sen_sys_MWhyr``, "Sensible system cooling demand" ``Qcs_sys0_kW``, "Nominal end-use space cooling demand" ``Qcs_sys_ahu0_kW``, "Nominal AHU system cooling demand." ``Qcs_sys_ahu_MWhyr``, "AHU system cooling demand" ``Qcs_sys_aru0_kW``, "Nominal ARU system cooling demand." ``Qcs_sys_aru_MWhyr``, "ARU system cooling demand" ``Qcs_sys_MWhyr``, "End-use space cooling demand, Qcs_sys = Qcs_sen_sys + Qcs_lat_sys + Qcs_em_ls + Qcs_dis_ls" ``Qcs_sys_scu0_kW``, "Nominal SCU system cooling demand." ``Qcs_sys_scu_MWhyr``, "SCU system cooling demand" ``QH_sys0_kW``, "Nominal total building heating demand." ``QH_sys_MWhyr``, "Total energy demand for heating" ``Qhpro_sys0_kW``, "Nominal process heating demand." ``Qhpro_sys_MWhyr``, "Yearly processes heating demand." ``Qhs0_kW``, "Nominal Total heating demand." ``Qhs_dis_ls0_kW``, "Nominal Heating system distribution losses." ``Qhs_dis_ls_MWhyr``, "Heating system distribution losses" ``Qhs_em_ls0_kW``, "Nominal Heating emission losses." ``Qhs_em_ls_MWhyr``, "Heating system emission losses" ``Qhs_lat_ahu0_kW``, "Nominal AHU latent heating demand." ``Qhs_lat_ahu_MWhyr``, "AHU latent heating demand" ``Qhs_lat_aru0_kW``, "Nominal ARU latent heating demand." ``Qhs_lat_aru_MWhyr``, "ARU latent heating demand" ``Qhs_lat_sys0_kW``, "Nominal System latent heating demand." ``Qhs_lat_sys_MWhyr``, "System latent heating demand" ``Qhs_MWhyr``, "Total heating demand" ``Qhs_sen_ahu0_kW``, "Nominal AHU sensible heating demand." ``Qhs_sen_ahu_MWhyr``, "Sensible heating demand in AHU" ``Qhs_sen_aru0_kW``, "ARU sensible heating demand" ``Qhs_sen_aru_MWhyr``, "ARU sensible heating demand" ``Qhs_sen_shu0_kW``, "Nominal SHU sensible heating demand." ``Qhs_sen_shu_MWhyr``, "SHU sensible heating demand" ``Qhs_sen_sys0_kW``, "Nominal HVAC systems sensible heating demand." ``Qhs_sen_sys_MWhyr``, "Sensible heating demand" ``Qhs_sys0_kW``, "Nominal end-use space heating demand" ``Qhs_sys_ahu0_kW``, "Nominal AHU sensible heating demand." ``Qhs_sys_ahu_MWhyr``, "AHU system heating demand" ``Qhs_sys_aru0_kW``, "Nominal ARU sensible heating demand." ``Qhs_sys_aru_MWhyr``, "ARU sensible heating demand" ``Qhs_sys_MWhyr``, "End-use space heating demand, Qhs_sys = Qhs_sen_sys + Qhs_em_ls + Qhs_dis_ls" ``Qhs_sys_shu0_kW``, "Nominal SHU sensible heating demand." ``Qhs_sys_shu_MWhyr``, "SHU sensible heating demand" ``Qww0_kW``, "Nominal DHW heating demand." ``Qww_MWhyr``, "DHW heating demand" ``Qww_sys0_kW``, "Nominal end-use hotwater demand" ``Qww_sys_MWhyr``, "End-use hotwater demand" ``SOLAR_hs0_kW``, "Nominal solar thermal energy requirement for space heating supply" ``SOLAR_hs_MWhyr``, "Solar thermal energy requirement for space heating supply" ``SOLAR_ww0_kW``, "Nominal solar thermal energy requirement for hotwater supply" ``SOLAR_ww_MWhyr``, "Solar thermal energy requirement for hotwater supply" ``WOOD_hs0_kW``, "Nominal WOOD requirement for space heating supply" ``WOOD_hs_MWhyr``, "WOOD requirement for space heating supply" ``WOOD_ww0_kW``, "Nominal WOOD requirement for hotwater supply" ``WOOD_ww_MWhyr``, "WOOD requirement for hotwater supply" get_water_body_potential ------------------------ path: ``outputs/data/potentials/Water_body_potential.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``QLake_kW``, "thermal potential from water body" ``Ts_C``, "average temperature of the water body" get_weather_file ---------------- path: ``inputs/weather/weather.epw`` The following file is used by these scripts: ``decentralized``, ``demand``, ``optimization``, ``photovoltaic``, ``photovoltaic_thermal``, ``radiation``, ``schedule_maker``, ``shallow_geothermal_potential``, ``solar_collector``, ``thermal_network`` .. csv-table:: :header: "Variable", "Description" ``aerosol_opt_thousandths (index = 29)``, "TODO" ``Albedo (index = 32)``, "TODO" ``atmos_Pa (index = 9)``, "TODO" ``ceiling_hgt_m (index = 25)``, "TODO" ``datasource (index = 5)``, "TODO" ``day (index = 2)``, "TODO" ``days_last_snow (index = 31)``, "TODO" ``dewpoint_C (index = 7)``, "TODO" ``difhorillum_lux (index = 18)``, "TODO" ``difhorrad_Whm2 (index = 15)``, "TODO" ``dirnorillum_lux (index = 17)``, "TODO" ``dirnorrad_Whm2 (index = 14)``, "TODO" ``drybulb_C (index = 6)``, "TODO" ``extdirrad_Whm2 (index = 11)``, "TODO" ``exthorrad_Whm2 (index = 10)``, "TODO" ``glohorillum_lux (index = 16)``, "TODO" ``glohorrad_Whm2 (index = 13)``, "TODO" ``horirsky_Whm2 (index = 12)``, "TODO" ``hour (index = 3)``, "TODO" ``liq_precip_depth_mm (index = 33)``, "TODO" ``liq_precip_rate_Hour (index = 34)``, "TODO" ``minute (index = 4)``, "TODO" ``month (index = 1)``, "TODO" ``opaqskycvr_tenths (index = 23)``, "TODO" ``precip_wtr_mm (index = 28)``, "TODO" ``presweathcodes (index = 27)``, "TODO" ``presweathobs (index = 26)``, "TODO" ``relhum_percent (index = 8)``, "TODO" ``snowdepth_cm (index = 30)``, "TODO" ``totskycvr_tenths (index = 22)``, "TODO" ``visibility_km (index = 24)``, "TODO" ``winddir_deg (index = 20)``, "TODO" ``windspd_ms (index = 21)``, "TODO" ``year (index = 0)``, "TODO" ``zenlum_lux (index = 19)``, "TODO" PV_metadata_results ------------------- path: ``outputs/data/potentials/solar/B001_PV_sensors.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``area_installed_module_m2``, "The area of the building surface covered by one solar panel" ``AREA_m2``, "Surface area." ``array_spacing_m``, "Spacing between solar arrays." ``B_deg``, "Tilt angle of the installed solar panels" ``BUILDING``, "Unique building ID. It must start with a letter." ``CATB``, "Category according to the tilt angle of the panel" ``CATGB``, "Category according to the annual radiation on the panel surface" ``CATteta_z``, "Category according to the surface azimuth of the panel" ``intersection``, "flag to indicate whether this surface is intersecting with another surface (0: no intersection, 1: intersected)" ``orientation``, "Orientation of the surface (north/east/south/west/top)" ``SURFACE``, "Unique surface ID for each building exterior surface." ``surface``, "Unique surface ID for each building exterior surface." ``surface_azimuth_deg``, "Azimuth angle of the panel surface e.g. south facing = 180 deg" ``tilt_deg``, "Tilt angle of roof or walls" ``total_rad_Whm2``, "Total radiatiative potential of a given surfaces area." ``TYPE``, "Surface typology." ``type_orientation``, "Concatenated surface type and orientation." ``Xcoor``, "Describes the position of the x vector." ``Xdir``, "Directional scalar of the x vector." ``Ycoor``, "Describes the position of the y vector." ``Ydir``, "Directional scalar of the y vector." ``Zcoor``, "Describes the position of the z vector." ``Zdir``, "Directional scalar of the z vector." PV_results ---------- path: ``outputs/data/potentials/solar/B001_PV.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Area_PV_m2``, "Total area of investigated collector." ``Date``, "Date and time in hourly steps." ``E_PV_gen_kWh``, "Total electricity generated by the collector." ``PV_roofs_top_E_kWh``, "Electricity production from photovoltaic panels on roof tops" ``PV_roofs_top_m2``, "Collector surface area on roof tops." ``PV_walls_east_E_kWh``, "Electricity production from photovoltaic panels on east facades" ``PV_walls_east_m2``, "Collector surface area on east facades." ``PV_walls_north_E_kWh``, "Electricity production from photovoltaic panels on north facades" ``PV_walls_north_m2``, "Collector surface area on north facades." ``PV_walls_south_E_kWh``, "Electricity production from photovoltaic panels on south facades" ``PV_walls_south_m2``, "Collector surface area on south facades." ``PV_walls_west_E_kWh``, "Electricity production from photovoltaic panels on west facades" ``PV_walls_west_m2``, "West facing wall collector surface area." ``radiation_kWh``, "Total radiatiative potential." PV_total_buildings ------------------ path: ``outputs/data/potentials/solar/PV_total_buildings.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Area_PV_m2``, "Total area of investigated collector." ``E_PV_gen_kWh``, "Total electricity generated by the collector." ``Name``, "Unique building ID. It must start with a letter." ``PV_roofs_top_E_kWh``, "Electricity production from photovoltaic panels on roof tops" ``PV_roofs_top_m2``, "Collector surface area on roof tops." ``PV_walls_east_E_kWh``, "Electricity production from photovoltaic panels on east facades" ``PV_walls_east_m2``, "Collector surface area on east facades." ``PV_walls_north_E_kWh``, "Electricity production from photovoltaic panels on north facades" ``PV_walls_north_m2``, "Collector surface area on north facades." ``PV_walls_south_E_kWh``, "Electricity production from photovoltaic panels on south facades" ``PV_walls_south_m2``, "Collector surface area on south facades." ``PV_walls_west_E_kWh``, "Electricity production from photovoltaic panels on west facades" ``PV_walls_west_m2``, "West facing wall collector surface area." ``radiation_kWh``, "Total radiatiative potential." PV_totals --------- path: ``outputs/data/potentials/solar/PV_total.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``Area_PV_m2``, "Total area of investigated collector." ``Date``, "Date and time in hourly steps." ``E_PV_gen_kWh``, "Total electricity generated by the collector." ``PV_roofs_top_E_kWh``, "Electricity production from photovoltaic panels on roof tops" ``PV_roofs_top_m2``, "Collector surface area on roof tops." ``PV_walls_east_E_kWh``, "Electricity production from photovoltaic panels on east facades" ``PV_walls_east_m2``, "Collector surface area on east facades." ``PV_walls_north_E_kWh``, "Electricity production from photovoltaic panels on north facades" ``PV_walls_north_m2``, "Collector surface area on north facades." ``PV_walls_south_E_kWh``, "Electricity production from photovoltaic panels on south facades" ``PV_walls_south_m2``, "Collector surface area on south facades." ``PV_walls_west_E_kWh``, "Electricity production from photovoltaic panels on west facades" ``PV_walls_west_m2``, "West facing wall collector surface area." ``radiation_kWh``, "Total radiatiative potential." PVT_metadata_results -------------------- path: ``outputs/data/potentials/solar/B001_PVT_sensors.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``area_installed_module_m2``, "The area of the building surface covered by one solar panel" ``AREA_m2``, "Surface area." ``array_spacing_m``, "Spacing between solar arrays." ``B_deg``, "Tilt angle of the installed solar panels" ``BUILDING``, "Unique building ID. It must start with a letter." ``CATB``, "Category according to the tilt angle of the panel" ``CATGB``, "Category according to the annual radiation on the panel surface" ``CATteta_z``, "Category according to the surface azimuth of the panel" ``intersection``, "flag to indicate whether this surface is intersecting with another surface (0: no intersection, 1: intersected)" ``orientation``, "Orientation of the surface (north/east/south/west/top)" ``SURFACE``, "Unique surface ID for each building exterior surface." ``surface``, "Unique surface ID for each building exterior surface." ``surface_azimuth_deg``, "Azimuth angle of the panel surface e.g. south facing = 180 deg" ``tilt_deg``, "Tilt angle of roof or walls" ``total_rad_Whm2``, "Total radiatiative potential of a given surfaces area." ``TYPE``, "Surface typology." ``type_orientation``, "Concatenated surface type and orientation." ``Xcoor``, "Describes the position of the x vector." ``Xdir``, "Directional scalar of the x vector." ``Ycoor``, "Describes the position of the y vector." ``Ydir``, "Directional scalar of the y vector." ``Zcoor``, "Describes the position of the z vector." ``Zdir``, "Directional scalar of the z vector." PVT_results ----------- path: ``outputs/data/potentials/solar/B001_PVT.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Area_PVT_m2``, "Total area of investigated collector." ``Date``, "Date and time in hourly steps." ``E_PVT_gen_kWh``, "Total electricity generated by the collector." ``Eaux_PVT_kWh``, "Auxiliary electricity consumed by the collector." ``mcp_PVT_kWperC``, "Capacity flow rate (mass flow* specific heat capacity) of the hot water delivered by the collector." ``PVT_roofs_top_E_kWh``, "Electricity production from photovoltaic-thermal panels on roof tops" ``PVT_roofs_top_m2``, "Collector surface area on roof tops." ``PVT_roofs_top_Q_kWh``, "Heat production from photovoltaic-thermal panels on roof tops" ``PVT_walls_east_E_kWh``, "Electricity production from photovoltaic-thermal panels on east facades" ``PVT_walls_east_m2``, "Collector surface area on east facades." ``PVT_walls_east_Q_kWh``, "Heat production from photovoltaic-thermal panels on east facades" ``PVT_walls_north_E_kWh``, "Electricity production from photovoltaic-thermal panels on north facades" ``PVT_walls_north_m2``, "Collector surface area on north facades." ``PVT_walls_north_Q_kWh``, "Heat production from photovoltaic-thermal panels on north facades" ``PVT_walls_south_E_kWh``, "Electricity production from photovoltaic-thermal panels on south facades" ``PVT_walls_south_m2``, "Collector surface area on south facades." ``PVT_walls_south_Q_kWh``, "Heat production from photovoltaic-thermal panels on south facades" ``PVT_walls_west_E_kWh``, "Electricity production from photovoltaic-thermal panels on west facades" ``PVT_walls_west_m2``, "West facing wall collector surface area." ``PVT_walls_west_Q_kWh``, "Heat production from photovoltaic-thermal panels on west facades" ``Q_PVT_gen_kWh``, "Total heat generated by the collector." ``Q_PVT_l_kWh``, "Collector heat loss." ``radiation_kWh``, "Total radiatiative potential." ``T_PVT_re_C``, "Collector hot water return temperature." ``T_PVT_sup_C``, "Collector heating supply temperature." PVT_total_buildings ------------------- path: ``outputs/data/potentials/solar/PVT_total_buildings.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Area_PVT_m2``, "Total area of investigated collector." ``E_PVT_gen_kWh``, "Total electricity generated by the collector." ``Eaux_PVT_kWh``, "Auxiliary electricity consumed by the collector." ``Name``, "Unique building ID." ``PVT_roofs_top_E_kWh``, "Electricity production from photovoltaic-thermal panels on roof tops" ``PVT_roofs_top_m2``, "Collector surface area on roof tops." ``PVT_roofs_top_Q_kWh``, "Heat production from photovoltaic-thermal panels on roof tops" ``PVT_walls_east_E_kWh``, "Electricity production from photovoltaic-thermal panels on east facades" ``PVT_walls_east_m2``, "Collector surface area on east facades." ``PVT_walls_east_Q_kWh``, "Heat production from photovoltaic-thermal panels on east facades" ``PVT_walls_north_E_kWh``, "Electricity production from photovoltaic-thermal panels on north facades" ``PVT_walls_north_m2``, "Collector surface area on north facades." ``PVT_walls_north_Q_kWh``, "Heat production from photovoltaic-thermal panels on north facades" ``PVT_walls_south_E_kWh``, "Electricity production from photovoltaic-thermal panels on south facades" ``PVT_walls_south_m2``, "Collector surface area on south facades." ``PVT_walls_south_Q_kWh``, "Heat production from photovoltaic-thermal panels on south facades" ``PVT_walls_west_E_kWh``, "Electricity production from photovoltaic-thermal panels on west facades" ``PVT_walls_west_m2``, "West facing wall collector surface area." ``PVT_walls_west_Q_kWh``, "Heat production from photovoltaic-thermal panels on west facades" ``Q_PVT_gen_kWh``, "Total heat generated by the collector." ``Q_PVT_l_kWh``, "Collector heat loss." ``radiation_kWh``, "Total radiatiative potential." PVT_totals ---------- path: ``outputs/data/potentials/solar/PVT_total.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``Area_PVT_m2``, "Total area of investigated collector." ``Date``, "Date and time in hourly steps." ``E_PVT_gen_kWh``, "Total electricity generated by the collector." ``Eaux_PVT_kWh``, "Auxiliary electricity consumed by the collector." ``mcp_PVT_kWperC``, "Capacity flow rate (mass flow* specific heat capacity) of the hot water delivered by the collector." ``PVT_roofs_top_E_kWh``, "Electricity production from photovoltaic-thermal panels on roof tops" ``PVT_roofs_top_m2``, "Collector surface area on roof tops." ``PVT_roofs_top_Q_kWh``, "Heat production from photovoltaic-thermal panels on roof tops" ``PVT_walls_east_E_kWh``, "Electricity production from photovoltaic-thermal panels on east facades" ``PVT_walls_east_m2``, "Collector surface area on east facades." ``PVT_walls_east_Q_kWh``, "Heat production from photovoltaic-thermal panels on east facades" ``PVT_walls_north_E_kWh``, "Electricity production from photovoltaic-thermal panels on north facades" ``PVT_walls_north_m2``, "Collector surface area on north facades." ``PVT_walls_north_Q_kWh``, "Heat production from photovoltaic-thermal panels on north facades" ``PVT_walls_south_E_kWh``, "Electricity production from photovoltaic-thermal panels on south facades" ``PVT_walls_south_m2``, "Collector surface area on south facades." ``PVT_walls_south_Q_kWh``, "Heat production from photovoltaic-thermal panels on south facades" ``PVT_walls_west_E_kWh``, "Electricity production from photovoltaic-thermal panels on west facades" ``PVT_walls_west_m2``, "West facing wall collector surface area." ``PVT_walls_west_Q_kWh``, "Heat production from photovoltaic-thermal panels on west facades" ``Q_PVT_gen_kWh``, "Total heat generated by the collector." ``Q_PVT_l_kWh``, "Collector heat loss." ``radiation_kWh``, "Total radiatiative potential." ``T_PVT_re_C``, "Collector heating supply temperature." ``T_PVT_sup_C``, "Collector heating supply temperature." SC_metadata_results ------------------- path: ``outputs/data/potentials/solar/B001_SC_ET_sensors.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``area_installed_module_m2``, "The area of the building surface covered by one solar panel" ``AREA_m2``, "Surface area." ``array_spacing_m``, "Spacing between solar arrays." ``B_deg``, "Tilt angle of the installed solar panels" ``BUILDING``, "Unique building ID. It must start with a letter." ``CATB``, "Category according to the tilt angle of the panel" ``CATGB``, "Category according to the annual radiation on the panel surface" ``CATteta_z``, "Category according to the surface azimuth of the panel" ``intersection``, "flag to indicate whether this surface is intersecting with another surface (0: no intersection, 1: intersected)" ``orientation``, "Orientation of the surface (north/east/south/west/top)" ``SURFACE``, "Unique surface ID for each building exterior surface." ``surface``, "Unique surface ID for each building exterior surface." ``surface_azimuth_deg``, "Azimuth angle of the panel surface e.g. south facing = 180 deg" ``tilt_deg``, "Tilt angle of roof or walls" ``total_rad_Whm2``, "Total radiatiative potential of a given surfaces area." ``TYPE``, "Surface typology." ``type_orientation``, "Concatenated surface type and orientation." ``Xcoor``, "Describes the position of the x vector." ``Xdir``, "Directional scalar of the x vector." ``Ycoor``, "Describes the position of the y vector." ``Ydir``, "Directional scalar of the y vector." ``Zcoor``, "Describes the position of the z vector." ``Zdir``, "Directional scalar of the z vector." SC_results ---------- path: ``outputs/data/potentials/solar/B001_SC_ET.csv`` The following file is used by these scripts: ``decentralized`` .. csv-table:: :header: "Variable", "Description" ``Area_SC_m2``, "Total area of investigated collector." ``Date``, "Date and time in hourly steps." ``Eaux_SC_kWh``, "Auxiliary electricity consumed by the collector." ``mcp_SC_kWperC``, "Capacity flow rate (mass flow* specific heat capacity) of the hot water delivered by the collector." ``Q_SC_gen_kWh``, "Total heat generated by the collector." ``Q_SC_l_kWh``, "Collector heat loss." ``radiation_kWh``, "Total radiatiative potential." ``SC_ET_roofs_top_m2``, "Collector surface area on roof tops." ``SC_ET_roofs_top_Q_kWh``, "Heat production from solar collectors on roof tops" ``SC_ET_walls_east_m2``, "Collector surface area on east facades." ``SC_ET_walls_east_Q_kWh``, "Heat production from solar collectors on east facades" ``SC_ET_walls_north_m2``, "Collector surface area on north facades." ``SC_ET_walls_north_Q_kWh``, "Heat production from solar collectors on north facades" ``SC_ET_walls_south_m2``, "Collector surface area on south facades." ``SC_ET_walls_south_Q_kWh``, "Heat production from solar collectors on south facades" ``SC_ET_walls_west_m2``, "Collector surface area on west facades." ``SC_ET_walls_west_Q_kWh``, "Heat production from solar collectors on west facades" ``T_SC_re_C``, "Collector hot water return temperature." ``T_SC_sup_C``, "Collector hot water supply temperature." SC_total_buildings ------------------ path: ``outputs/data/potentials/solar/SC_ET_total_buildings.csv`` The following file is used by these scripts: .. csv-table:: :header: "Variable", "Description" ``Area_SC_m2``, "Total area of investigated collector." ``Eaux_SC_kWh``, "Auxiliary electricity consumed by the collector." ``Name``, "Unique building ID." ``Q_SC_gen_kWh``, "Total heat generated by the collector." ``Q_SC_l_kWh``, "Collector heat loss." ``radiation_kWh``, "Total radiatiative potential." ``SC_ET_roofs_top_m2``, "Roof top collector surface area." ``SC_ET_roofs_top_Q_kWh``, "Heat production from solar collectors on roof tops" ``SC_ET_walls_east_m2``, "East facing wall collector surface area." ``SC_ET_walls_east_Q_kWh``, "Heat production from solar collectors on east facades" ``SC_ET_walls_north_m2``, "North facing wall collector surface area." ``SC_ET_walls_north_Q_kWh``, "Heat production from solar collectors on west facades" ``SC_ET_walls_south_m2``, "South facing wall collector surface area." ``SC_ET_walls_south_Q_kWh``, "Heat production from solar collectors on south facades" ``SC_ET_walls_west_m2``, "West facing wall collector surface area." ``SC_ET_walls_west_Q_kWh``, "Heat production from solar collectors on west facades" SC_totals --------- path: ``outputs/data/potentials/solar/SC_FP_total.csv`` The following file is used by these scripts: ``optimization`` .. csv-table:: :header: "Variable", "Description" ``Area_SC_m2``, "Collector surface area on south facades." ``Date``, "Date and time in hourly steps." ``Eaux_SC_kWh``, "Auxiliary electricity consumed by the collector." ``mcp_SC_kWperC``, "Capacity flow rate (mass flow* specific heat capacity) of the hot water delivered by the collector." ``Q_SC_gen_kWh``, "Total heat generated by the collector." ``Q_SC_l_kWh``, "Collector heat loss." ``radiation_kWh``, "Total radiatiative potential." ``SC_FP_roofs_top_m2``, "Collector surface area on roof tops." ``SC_FP_roofs_top_Q_kWh``, "Heat production from solar collectors on roof tops" ``SC_FP_walls_east_m2``, "Collector surface area on east facades." ``SC_FP_walls_east_Q_kWh``, "Heat production from solar collectors on east facades" ``SC_FP_walls_north_m2``, "Collector surface area on north facades." ``SC_FP_walls_north_Q_kWh``, "Heat production from solar collectors on north facades" ``SC_FP_walls_south_m2``, "Collector surface area on south facades." ``SC_FP_walls_south_Q_kWh``, "Heat production from solar collectors on south facades" ``SC_FP_walls_west_m2``, "Collector surface area on west facades." ``SC_FP_walls_west_Q_kWh``, "Heat production from solar collectors on west facades" ``T_SC_re_C``, "Collector hot water return temperature." ``T_SC_sup_C``, "Collector hot water supply temperature."