Files generated by the CEA

Author:

Sreepathi Bhargava Krishna

Date:

04-May-2017

This guide provides information about the files generated by the CEA. The files generated by CEA are saved in the following location <SCENARIO>\outputs\data. In this folder, there are individual folders corresponding to demand, optimization, potentials, solar-radiation, uncertainty. These folders are generated during every successful run corresponding to the function, i.e. demand folder is generated when CityEnergyAnalyst\cea\demand\demand_main.py file is run.

The variable <SCENARIO> is used throughout this document to reference the path to a CEA scenario folder, e.g. the folder baseline in the sample reference case shipped with the CEA.

The variable <BUILDINGNAME> is used throughout this document to reference the name of a single building in the scenario.

Demand

This section deals with the files saved in <SCENARIO>\outputs\data\demand

File Names:

<BUILDINGNAME>.csv, Total_demand.csv

Rewritten:

These files are only rewritten when the CityEnergyAnalyst\cea\demand\demand_file.py is run

Origin:

All files originate from CityEnergyAnalyst\cea\demand\demand_writers.py

<BUILDINGNAME>.csv file has a header row and one row for each hour of the your.

It has 46 columns corresponding to the following fields:

• DATE

• Name

• people

• QEf_kWh

• QHf_kWh

• QCf_kWh

• Ef_kWh

• Qhsf_kWh

• Qhs_kWh

• Qhsf_lat_kWh

• Qwwf_kWh

• Qww_kWh

• Qcsf_kWh

• Qcs_kWh

• Qcsf_lat_kWh

• Qcdataf_kWh

• Qcref_kWh

• Qcprof_kWh

• Qhprof_kWh

• Edataf_kWh

• Ealf_kWh

• Eaf_kWh

• Elf_kWh

• Eref_kWh

• Eauxf_kWh

• Eauxf_ve_kWh

• Eauxf_hs_kWh

• Eauxf_cs_kWh

• Eauxf_ww_kWh

• Eauxf_fw_kWh

• Eprof_kWh

• Ecaf_kWh

• mcphsf_kWperC

• mcpcsf_kWperC

• mcpwwf_kWperC

• mcpdataf_kWperC

• mcpref_kWperC

• Twwf_sup_C

• Twwf_re_C

• Thsf_sup_C

• Thsf_re_C

• Tcsf_sup_C

• Tcsf_re_C

• Tcdataf_re_C

• Tcdataf_sup_C

• Tcref_re_C

• Tcref_sup_C

Total_demand.csv has a header row and one row for each building involved in simulation.

It has 61 columns corresponding to the following fields:

• Name

• Af_m2

• Aroof_m2

• GFA_m2

• people0

• Eref_MWhyr

• Eauxf_cs0_kW

• Eauxf_ve0_kW

• Edataf0_kW

• Qcprof_MWhyr

• Qhprof_MWhyr

• Ecaf0_kW

• Qhsf0_kW

• Qww0_kW

• QHf0_kW

• Eauxf_hs0_kW

• Eprof_MWhyr

• Eauxf_ve_MWhyr

• Qcs0_kW

• Qcsf_lat0_kW

• Qcprof0_kW

• Qhprof0_kW

• QEf_MWhyr

• Ef0_kW

• Eauxf_hs_MWhyr

• Eprof0_kW

• Ealf_MWhyr

• Qhsf_lat0_kW

• Qhsf_MWhyr

• Qwwf_MWhyr

• Ecaf_MWhyr

• Qcs_MWhyr

• Qhs_MWhyr

• Eauxf_cs_MWhyr

• Eaf0_kW

• Qcref0_kW

• Edataf_MWhyr

• Ealf0_kW

• Eauxf_fw_MWhyr

• Eauxf_MWhyr

• Qhs0_kW

• Eauxf_ww_MWhyr

• Qcsf_MWhyr

• Qwwf0_kW

• QCf0_kW

• Qww_MWhyr

• Qcsf_lat_MWhyr

• Qcdataf0_kW

• Qcsf0_kW

• Qcdataf_MWhyr

• Eauxf_fw0_kW

• QCf_MWhyr

• Eauxf0_kW

• QEf0_kW

• Elf0_kW

• Eaf_MWhyr

• QHf_MWhyr

• Qhsf_lat_MWhyr

• Eauxf_ww0_kW

• Qcref_MWhyr

• Eref0_kW

• Elf_MWhyr

• Ef_MWhyr

Optimization

This section deals with the different files saved in <SCENARIO>\outputs\data\optimization. The folders present inside this are:

1. disconnected

2. master

3. network

   1. totals

4. slave

5. substations

The variable <GENERATIONNUMBER> refers to the unique generation number assigned during the optimization process.

The variable <CONFIGURATION> refers to the unique configuration assigned during the optimization process. The encoding of the <CONFIGURATION> represents the following:

+===============+========+=========================================+ | Index in list | Value | Description | +===============+========+=========================================+ | 0 | 0 | CHP off | | +——–+—————————————–+ | | 1 | Furnace wet ON | | +——–+—————————————–+ | | 2 | Furnace dry ON | | +——–+—————————————–+ | | 3 | CHP NG ON | | +——–+—————————————–+ | | 4 | CHP BG ON | +—————+——–+—————————————–+ | 1 | 0 to 1 | Capacity share (of overall requirement) | | | | of index ‘0’, truncated to two | | | | decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 2 | 0 | Base boiler OFF | | +——–+—————————————–+ | | 1 | Base boiler ON | +—————+——–+—————————————–+ | 3 | 0 to 1 | Capacity share (of overall requirement) | | | | of index ‘2’, truncated to two | | | | decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 4 | 0 | Peak boiler OFF | | +——–+—————————————–+ | | 1 | Peak boiler ON | +—————+——–+—————————————–+ | 5 | 0 to 1 | Capacity share (of overall requirement) | | | | of index ‘4’, truncated to two | | | | decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 6 | 0 | HP Lake OFF | | +——–+—————————————–+ | | 1 | HP Lake ON | +—————+——–+—————————————–+ | 7 | 0 to 1 | Capacity share (of overall requirement) | | | | of index ‘6’, truncated to two | | | | decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 8 | 0 | HP Sewage OFF | | +——–+—————————————–+ | | 1 | HP Sewage ON | +—————+——–+—————————————–+ | 9 | 0 to 1 | Capacity share (of overall requirement) | | | | of index ‘8’, truncated to two | | | | decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 10 | 0 | GHP OFF | | +——–+—————————————–+ | | 1 | GHP ON | +—————+——–+—————————————–+ | 11 | 0 to 1 | Capacity share (of overall requirement) | | | | of index ‘10’, truncated to two | | | | decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 12 | 0 | Heat Recovery Data Centre OFF | | +——–+—————————————–+ | | 1 | Heat Recovery Data Centre ON | +—————+——–+—————————————–+ | 13 | 0 to 1 | Capacity share (of overall requirement) | | | | of index ‘12’, truncated to two | | | | | decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 14 | 0 | PV OFF | | +——–+—————————————–+ | | 1 | PV ON | +—————+——–+—————————————–+ | 15 | 0 to 1 | Area share (of the total allocated area | | | | for solar) of index ‘14’, truncated to | | | | two decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 16 | 0 | PVT OFF | | +——–+—————————————–+ | | 1 | PVT ON | +—————+——–+—————————————–+ | 17 | 0 to 1 | Area share (of the total allocated area | | | | for solar) of index ‘16’, truncated to | | | | two decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 18 | 0 | SC OFF | | +——–+—————————————–+ | | 1 | SC ON | +—————+——–+—————————————–+ | 19 | 0 to 1 | Area share (of the total allocated area | | | | for solar) of index ‘18’, truncated to | | | | two decimals. ‘0’ meaning OFF | +—————+——–+—————————————–+ | 20 | 0 to 1 | Area share allocated to solar in the | | | | total available built area | +—————+——–+—————————————–+ | 21 onwards | 0 or 1 | For all buildings (following the order | | | | given in Total_demand.csv), ‘0’ if | | | | the building is disconnected from DHN, | | | | ‘1’ if connected. | | | | This is the <BUILDINGNETWORK> | +—————+——–+—————————————–+

For example 40.1910.3410.36000000001100000.23001111111000000000010001_PPActivationPattern

Index in list	Value	Description
0	4	CHP BG ON
1	0.19	19% of overall heat requirement of network is satisfied by ‘CHP BG’
2	1	Base boiler ON
3	0.34	34% of overall heat requirement of network is satisfied by ‘Base Boiler’
4	1	Peak boiler ON
5	0.36	36% of overall heat requirement of network is satisfied by ‘Peak Boiler’
6	0	HP Lake OFF
7	0	No Share
8	0	HP Sewage OFF
9	0	No Share
10	0	GHP OFF
11	0	No Share
12	0	Heat Recovery Data Centre OFF
13	0	Heat Recovery Compressed Air OFF
14	1	PV ON
15	1	100% of allocated area is PV i.e 1 * 0.23 * Built Area
16	0	PVT OFF
17	0	No Share
18	0	SC OFF
19	0	No Share
20	0.23	23% of Built Area is allocated for Solar
21 onwards		001111111000000000010001 corresponds to which buildings are connected to DHN This is the <BUILDINGNETWORK>

1. Disconnected

File Names:

DiscOp_<BUILDINGNAME>_result.csv

Rewritten:

Not rewritten

Origin:

They are being shipped along with the reference case

Notes:

All the files have a header and 13 rows corresponding to a combination of resources to be used. The combinations are Boiler(Biogas), Boiler(Natural gas), Fuel Cell and 10 combinations of (GHP and Boiler), like 10% GHP and 90% Boiler. It has one column for index and 15 columns corresponding to the following fields:

• Annualized Investment Costs [CHF]

• Best configuration

• BoilerBG Share

• BoilerNG Share

• CO2 Emissions [kgCO2-eq]

• EforGHP

• FC Share

• GHP Share

• Nominal Power

• Operation Costs [CHF]

• Primary Energy Needs [MJoil-eq]

• QfromBG

• QfromGHP

• QfromNG

• Total Costs [CHF]

2. Master

File Names:

CheckPoint_Initial.file, CheckPoint_<GENERATIONNUMBER>.file, CheckPoint_Final.file

Rewritten:

The files present in this folder are rewritten. If the optimization is run multiple times, the files are constantly replaced with new ones.

Origin:

All the files in this folder are created in the script CityEnergyAnalyst\cea\optimization\master\non_dominated_sorting_genetic_algorithm.py

Each of these files have the following fields:

• population_fitness

• epsIndicator

• generation

• testedPop

• population

3. Network

File Names:

Network_summary_result_<BUILDINGNETWORK>.csv, Network_summary_result_all.csv <BUILDINGNETWORK> is the connection between buildings. It is represented with either ‘1’ or ‘0’ per building

Rewritten:

Each file is associated with a <BUILDINGNETWORK>, which in most cases make the file names unique. But there is a probability where the file names match when two <CONFIGURATION>s have the same network

Origin:

Both the files originate in CityEnergyAnalyst\cea\optimization\master\summarize_network.py

All the Network_summary_result_<BUILDINGNETWORK>.csv Each of these files has a header plus one row per hour in the simulated year. Each have an index column and 15 columns corresponding to the following fields:

• Ecaf_netw_total_kWh

• Electr_netw_total_W

• Q_DC_building_netw_total_W

• Q_DC_losses_W

• Q_DH_building_netw_total_W

• Q_DH_losses_W

• Qcdata_netw_total_kWh

• T_sst_cool_return_netw_total_K

• T_sst_cool_supply_netw_total_K

• T_sst_heat_return_netw_total_K

• T_sst_heat_supply_netw_total_K

• day_of_max_heatmassflow

• mdot_DH_netw_total_kgpers

• mdot_cool_netw_total_kgpers

• mdotdata_netw_total_kWperC

The file Network_summary_result_all.csv has a header row plus one row for each hour in the simulated year. It has an index column and 15 columns corresponding to the following fields:

• Ecaf_netw_total_kWh

• Electr_netw_total_W

• Q_DC_building_netw_total_W

• Q_DC_losses_W

• Q_DH_building_netw_total_W

• Q_DH_losses_W

• Qcdata_netw_total_kWh

• T_sst_cool_return_netw_total_K

• T_sst_cool_supply_netw_total_K

• T_sst_heat_return_netw_total_K

• T_sst_heat_supply_netw_total_K

• day_of_max_heatmassflow

• mdot_DH_netw_total_kgpers

• mdot_cool_netw_total_kgpers

• mdotdata_netw_total_kWperC

3.1 Network/Totals

File Names:

Total_<BUILDINGNETWORK>.csv

Rewritten:

Each file is associated with a <BUILDINGNETWORK>, which in most cases make the file names unique. But there is a probability where the file names match when two <CONFIGURATION>s have the same network

Origin:

Both the files originate in CityEnergyAnalyst\cea\optimization\supportFn.py

Total_<BUILDINGNETWORK>.csv has a variable number of rows (based on DHN) and 62 columns (including one for index) with the following fields:

• Name

• Af_m2

• Aroof_m2

• GFA_m2

• people0

• Eref_MWhyr

• Eauxf_cs0_kW

• Eauxf_ve0_kW

• Edataf0_kW

• Qcprof_MWhyr

• Qhprof_MWhyr

• Ecaf0_kW

• Qhsf0_kW

• Qww0_kW

• QHf0_kW

• Eauxf_hs0_kW

• Eprof_MWhyr

• Eauxf_ve_MWhyr

• Qcs0_kW

• Qcsf_lat0_kW

• Qcprof0_kW

• Qhprof0_kW

• QEf_MWhyr

• Ef0_kW

• Eauxf_hs_MWhyr

• Eprof0_kW

• Ealf_MWhyr

• Qhsf_lat0_kW

• Qhsf_MWhyr

• Qwwf_MWhyr

• Ecaf_MWhyr

• Qcs_MWhyr

• Qhs_MWhyr

• Eauxf_cs_MWhyr

• Eaf0_kW

• Qcref0_kW

• Edataf_MWhyr

• Ealf0_kW

• Eauxf_fw_MWhyr

• Eauxf_MWhyr

• Qhs0_kW

• Eauxf_ww_MWhyr

• Qcsf_MWhyr

• Qwwf0_kW

• QCf0_kW

• Qww_MWhyr

• Qcsf_lat_MWhyr

• Qcdataf0_kW

• Qcsf0_kW

• Qcdataf_MWhyr

• Eauxf_fw0_kW

• QCf_MWhyr

• Eauxf0_kW

• QEf0_kW

• Elf0_kW

• Eaf_MWhyr

• QHf_MWhyr

• Qhsf_lat_MWhyr

• Eauxf_ww0_kW

• Qcref_MWhyr

• Eref0_kW

• Elf_MWhyr

• Ef_MWhyr

4. Slave

File Names:

<CONFIGURATION>_AveragedCostData.csv, <CONFIGURATION>_InvestmentCostDetailed.csv, <CONFIGURATION>_PrimaryEnergyBySource.csv, <CONFIGURATION>_PPActivationPattern.csv, <CONFIGURATION>_SlaveCostData.csv, <CONFIGURATION>_SlaveDetailedEmissionData.csv, <CONFIGURATION>_SlaveDetailedEprimData.csv, <CONFIGURATION>_SlaveToMasterCostEmissionsPrimE.csv, <CONFIGURATION>_Storage_Sizing_Parameters.csv, <CONFIGURATION>_StorageOperationData.csv

Rewritten:

Highly unlikely to be rewritten as <CONFIGURATION> is associated with each saved file. Over time this folder will get cluttered with files if the simulations are run multiple times

Origin:

File Name	Originates from
<CONFIGURATION>_AveragedCostData	CityEnergyAnalyst\cea\optimization\slave\least_cost.py
<CONFIGURATION>_InvestmentCostDetailed	CityEnergyAnalyst\cea\optimization\master\cost_model.py
<CONFIGURATION>_PrimaryEnergyBySource	CityEnergyAnalyst\cea\optimization\slave\least_cost.py
<CONFIGURATION>_SlaveCostData	CityEnergyAnalyst\cea\optimization\slave\least_cost.py
<CONFIGURATION>_SlaveToMasterCostEmissionsPrimE	CityEnergyAnalyst\cea\optimization\slave\least_cost.py
<CONFIGURATION>_PPActivationPattern	CityEnergyAnalyst\cea\optimization\slave\least_cost.py
<CONFIGURATION>_SlaveDetailedEmissionData	CityEnergyAnalyst\cea\optimization\slave\least_cost.py
<CONFIGURATION>_SlaveDetailedEprimData	CityEnergyAnalyst\cea\optimization\slave\least_cost.py
<CONFIGURATION>_Storage_Sizing_Parameters	CityEnergyAnalyst\cea\optimization\slave\seasonal_storage\storage_main.py
<CONFIGURATION>_StorageOperationData	CityEnergyAnalyst\cea\optimization\slave\seasonal_storage\design_operation.py

<CONFIGURATION>_AveragedCostData.csv has two rows (including header) and 10 columns corresponding to the following fields:

• avgCostAddBoiler

• avgCostBoilerBaseRpkWh

• avgCostBoilerPeakRpkWh

• avgCostCCRpkWh

• avgCostFurnaceRpkWh

• avgCostGHPRpkWh

• avgCostHPLakeRpkWh

• avgCostHPSewRpkWh

• avgCostStorageOperation

• avgCostUncontrollableSources

<CONFIGURATION>_InvestmentCostDetailed.csv has two rows (including header) and 23 columns corresponding to the following fields:

• BoilerAddInvC

• BoilerBInvCost

• BoilerPInvCost

• CO2DiscBuild

• CostDiscBuild

• DHNInvestCost

• FurnaceInvCost

• GasConnectionInvCa

• HPLakeInvC

• HPSewInvC

• NetworkCost

• PVTHEXCost

• PVTInvC

• PrimDiscBuild

• SCHEXCost

• SCInvC

• StorageCostSum

• StorageHEXCost

• StorageHPCost

• StorageInvC

• SubstHEXCost

• SumInvestCost

• pumpCosts

<CONFIGURATION>_PrimaryEnergyBySource.csv has two rows (including header) It has an index column and 8 columns corresponding to the following fields:

• EelExport

• EelectrImportSlave

• EgasPrimary

• EgasPrimaryPeakPower

• Egroundheat

• EsolarUsed

• EwoodPrimary

• costBenefitNotUsedHPs

<CONFIGURATION>_SlaveCostData.csv has two rows (including header).

It has an index column and 15 columns corresponding to the following fields:

• KEV_Remuneration

• PPoperation_exclAddBackup

• costAddBackup_total

• costBackup_sum

• costBoiler_sum

• costCC_sum

• costFurnace_sum

• costGHP_sum

• costHPLake_sum

• costHPSew_sum

• cost_Boiler_for_Storage_reHeat_at_seasonend

• cost_CC_maintenance

• cost_HP_aux_uncontrollable

• cost_HP_storage_operation

• total cost

<CONFIGURATION>_SlaveToMasterCostEmissionsPrimE.csv has two rows (including header). It has an index column and 3 columns corresponding to the following fields:

• CO2_kg_eq

• E_oil_eq_MJ

• cost_sum

<CONFIGURATION>_PPActivationPattern Each of these files has a header plus one row per hour in the simulated year. It has an index column and 35 columns corresponding to the following fields:

• BoilerBase_Status

• BoilerPeak_Status

• CC_Status

• Cost_AddBoiler

• Cost_BoilerBase

• Cost_BoilerPeak

• Cost_CC

• Cost_Furnace

• Cost_GHP

• Cost_HPLake

• Cost_HPSew

• ESolarProducedPVandPVT

• E_GHP

• E_PP_and_storage

• E_aux_HP_uncontrollable

• E_consumed_without_buildingdemand

• E_produced_total

• Furnace_Status

• GHP_Status

• HPLake_Status

• HPSew_Status

• Q_AddBoiler

• Q_BoilerBase

• Q_BoilerPeak

• Q_CC

• Q_Furnace

• Q_GHP

• Q_HPLake

• Q_HPSew

• Q_Network_Demand_after_Storage

• Q_excess

• Q_primaryAddBackupSum

• Q_uncontrollable

• Q_uncovered

• Qcold_HPLake

<CONFIGURATION>_SlaveDetailedEmissionData has 2 rows (including header). It has an index column and 14 columns corresponding to the following fields:

• CO2_from_AddBoiler_gas

• CO2_from_BaseBoiler_gas

• CO2_from_CC_gas

• CO2_from_GHP

• CO2_from_HPLake

• CO2_from_HPSolarandHearRecovery

• CO2_from_HP_StorageOperationChDeCh

• CO2_from_PeakBoiler_gas

• CO2_from_SCandPVT

• CO2_from_Sewage

• CO2_from_elec_sold

• CO2_from_elec_usedAuxBoilersAll

• CO2_from_fictiveBoilerStorage

• CO2_from_wood

<CONFIGURATION>_SlaveDetailedEprimData has two rows (including header) It has an index column and 15 columns corresponding to the following fields:

• E_prim_from_AddBoiler_gas

• E_prim_from_BaseBoiler_gas

• E_prim_from_CC_gas

• E_prim_from_FictiveBoiler_gas

• E_prim_from_PeakBoiler_gas

• EprimSaved_from_elec_sold_CC

• EprimSaved_from_elec_sold_Furnace

• EprimSaved_from_elec_sold_Solar

• Eprim_from_GHP

• Eprim_from_HPLake

• Eprim_from_HPSolarandHearRecovery

• Eprim_from_HP_StorageOperationChDeCh

• Eprim_from_Sewage

• Eprim_from_elec_usedAuxBoilersAll

• Eprim_from_wood

<CONFIGURATION>_Storage_Sizing_fields has two rows (including header) It has an index column and 3 columns corresponding to the following fields:

• Q_initial

• Storage_Size_opt

• T_initial

<CONFIGURATION>_StorageOperationData Each of these files has a header plus one row per hour in the simulated year.It has an index column and 20 columns corresponding to the following fields. This file has few missing values. Reason needs to be investigated

• E_PVT_Wh

• E_PV_Wh

• E_aux_HP_uncontrollable

• E_aux_ch

• E_aux_dech

• E_consumed_total_without_buildingdemand

• E_produced_total

• HPCompAirDesignArray

• HPScDesignArray

• HPServerHeatDesignArray

• HPpvt_designArray

• P_HPCharge_max

• Q_DH_networkload

• Q_SCandPVT_coldstream

• Q_from_storage_used

• Q_missing

• Q_rejected_fin

• Q_storage_content_Wh

• Q_to_storage

• Q_uncontrollable_hot

• Storage_Size

• mdot_DH_fin

5. Substations

File Names:

1. <BUILDINGNAME>_result

2. Total_linkedbuildings

Rewritten: Most of the files are rewritten in every iteration

Origin:

<BUILDINGNAME>_result originates from CityEnergyAnalyst\cea\technologies\substation.py

Total_linkedbuildings originates from CityEnergyAnalyst\cea\optimization\supportFn.py

Information:

<BUILDINGNAME>_result Each of these files has a header plus one row per hour in the simulated year. It has 20 columns corresponding to the following fields:

• A_hex_cool_design

• A_hex_dhw_design

• A_hex_heating_design

• Electr_array_all_flat

• Q_cool

• Q_dhw

• Q_heating

• T_heating_max_all_buildings_intern

• T_hotwater_max_all_buildings_intern

• T_r1_dhw_result

• T_r1_heating_result

• T_return_DC_result

• T_return_DH_result

• T_supply_DC_result

• T_supply_DH_result

• T_total_supply_max_all_buildings_intern

• mdot_DC_result

• mdot_DH_result

• mdot_dhw_result

• mdot_heating_result

Total_linkedbuildings a csv file has two rows (including header) and 62 columns (first column corresponding to index) which include the following fields:

• Name

• Af_m2

• Aroof_m2

• GFA_m2

• people0

• Eref_MWhyr

• Eauxf_cs0_kW

• Eauxf_ve0_kW

• Edataf0_kW

• Qcprof_MWhyr

• Qhprof_MWhyr

• Ecaf0_kW

• Qhsf0_kW

• Qww0_kW

• QHf0_kW

• Eauxf_hs0_kW

• Eprof_MWhyr

• Eauxf_ve_MWhyr

• Qcs0_kW

• Qcsf_lat0_kW

• Qcprof0_kW

• Qhprof0_kW

• QEf_MWhyr

• Ef0_kW

• Eauxf_hs_MWhyr

• Eprof0_kW

• Ealf_MWhyr

• Qhsf_lat0_kW

• Qhsf_MWhyr

• Qwwf_MWhyr

• Ecaf_MWhyr

• Qcs_MWhyr

• Qhs_MWhyr

• Eauxf_cs_MWhyr

• Eaf0_kW

• Qcref0_kW

• Edataf_MWhyr

• Ealf0_kW

• Eauxf_fw_MWhyr

• Eauxf_MWhyr

• Qhs0_kW

• Eauxf_ww_MWhyr

• Qcsf_MWhyr

• Qwwf0_kW

• QCf0_kW

• Qww_MWhyr

• Qcsf_lat_MWhyr

• Qcdataf0_kW

• Qcsf0_kW

• Qcdataf_MWhyr

• Eauxf_fw0_kW

• QCf_MWhyr

• Eauxf0_kW

• QEf0_kW

• Elf0_kW

• Eaf_MWhyr

• QHf_MWhyr

• Qhsf_lat_MWhyr

• Eauxf_ww0_kW

• Qcref_MWhyr

• Eref0_kW

• Elf_MWhyr

• Ef_MWhyr

Uncertainty

This section deals with the files in ``<SCENARIO>\outputs\data\uncertainty

File Names: uncertainty.csv, CheckPoint_uncertainty_number.file

Rewritten: The files are rewritten only when CityEnergyAnalyst\cea\analysis\uncertainty\Individual_Evaluation.py, or CityEnergyAnalyst\cea\analysis\uncertainty\Uncertainty_parameters.py are run

Origin:

uncertainty.csv originates from CityEnergyAnalyst\cea\analysis\uncertainty\Uncertainty_parameters.py

CheckPoint_uncertainty_number originates from CityEnergyAnalyst\cea\analysis\uncertainty\Individual_Evaluation.py

Information:

uncertainty.csv has the values for parameters that are changed in uncertainty analysis

CheckPoint_uncertainty_number has the following parameters:

population_fitness

uncertainty_level

population