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:
disconnected
master
network
totals
slave
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 |
|
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:
<BUILDINGNAME>_result
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:
|
|
|