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c566784
Created a new measure folder for SWHC046
behzadsalimian Feb 14, 2024
530d457
Included the cases file for SWHCO46
behzadsalimian Feb 14, 2024
a0a309e
Modified the untary.pxt to correct missing input field for Coil:Heati…
behzadsalimian Feb 14, 2024
6ed7f68
Added hourly variable for QC of SWHC046
behzadsalimian Feb 14, 2024
225c72f
Updated input parameters
behzadsalimian Mar 21, 2024
a664eb8
Updated input parameters for Htl building
behzadsalimian Mar 21, 2024
6e57430
Updated the cases files
behzadsalimian May 13, 2024
bf5af83
Renamed the folder, Updated vintages.
behzadsalimian May 13, 2024
7cb8cfc
Updated the weather files
behzadsalimian May 13, 2024
6cc2463
Merge branch 'main' into SWHC046-workingcopy1
behzadsalimian May 13, 2024
38ac0aa
Renamed cohorts with new naming convention (2024-05-13)
simularis Jan 23, 2025
f954f99
Update cases including case_name and main_cool_coil_cop (2024-05-24)
simularis Jan 23, 2025
7880aa7
Merge branch 'main' into SWHC046-Candidate2
behzadsalimian Feb 11, 2025
f8cd3d4
Revised cases files to include TRC system types and QC'd COP values.
behzadsalimian Feb 11, 2025
545900e
Added helper file for creating cases for all building types at the sa…
behzadsalimian Feb 11, 2025
d7a4074
Added queries for extracting data from the simulation results.
behzadsalimian Feb 11, 2025
a2866e0
README file for SWHC046 processing
simularis Feb 18, 2025
6399ca6
Revise README
simularis Feb 18, 2025
dd29225
Include measure list for SWHC046-candidate2
simularis Feb 18, 2025
52f73d4
Merge pull request #10 from behzadsalimian/SWHC046-Candidate2
simularis Sep 6, 2025
3536afc
Merge pull request #12 from simularis/swhc046-candidate2-post-proc
simularis Sep 6, 2025
e6209da
Changed fan speed control and heat and cool sizing factors
Sep 17, 2025
0a39739
Added 4 baseline cases with variable fan speed control and changed he…
Sep 17, 2025
358a52b
Changed heat and cool sizing factors
Sep 17, 2025
da49e0b
Revise create_hvac_copies.cmd and cDXHP.csv file for creating case files
Sep 17, 2025
8fbe587
Remove unused case files
Sep 17, 2025
4b5b16a
Update heat and cool sizing factors for Htl case file
Sep 17, 2025
f3284d7
Update code file for Htl climates.csv to T24_weight_averaged_ex_Htl.csv
Sep 17, 2025
4e392b2
Remove lines for the unused cases files
Sep 19, 2025
0cb19d5
Update post-processing scripts
Sep 25, 2025
bd900f2
Bug fix for #122
nfette Sep 25, 2025
bbe1bf9
Debug PSQL post-process script for SWHC046
nfette Sep 28, 2025
75cd97d
Update standard query files in SWHC046 for compatibility with Com.py
simularis Oct 15, 2025
c2d735c
QC query files for simdata process
simularis Oct 15, 2025
355ef5a
Revert unnecessary changes from 2025-09-24
simularis Oct 15, 2025
40f2fa0
Merge branch 'bugfix-122' of https://github.com/simularis/DEER-Protot…
simularis Oct 15, 2025
f9ee1d0
Renamed query files for sizing
simularis Oct 15, 2025
ba13605
Simplified query files for sizing
simularis Oct 15, 2025
e5fd52d
Document cooling coil capacity calculation process for SWHC046
nfette Oct 20, 2025
584b78c
Include query string for multispeed cooling coils
nfette Oct 20, 2025
953d804
Clarify arguments to insert_normunit script for SWHC046
nfette Oct 21, 2025
d2632f1
Clarify sizing column name in SWHC046
nfette Oct 21, 2025
ee220c6
Merge pull request #37 from simularis/dev-SWHC046-VarFan
nfette Oct 21, 2025
068a79d
Switch cooling capacity query from Coil:Cooling to AirLoopHVAC:Unitar…
simularis Oct 23, 2025
08f3076
Convert main HVAC filter from coil to system and column "object"
nfette Oct 24, 2025
c591590
Clarifications to SWHC046 post-processing README
nfette Oct 24, 2025
fe2c887
Streamline and update result_filtered script for compatibility with m…
nfette Oct 24, 2025
99b4293
Get simulation metadata in sizing_agg_filtered SWHC046
nfette Nov 14, 2025
76a5a17
Update query files to show just cooling capacity
Nov 24, 2025
122e04d
Update README.md
Nov 26, 2025
c89c45f
Update DEER_EnergyPlus_Modelkit_Measure_list_working.xlsx
Nov 26, 2025
70b7558
Revert "Update DEER_EnergyPlus_Modelkit_Measure_list_working.xlsx"
nfette Dec 27, 2025
ae1ae4c
Merge pull request #42 from simularis/dev-SWHC046-VarFan
nfette Dec 27, 2025
5dbb5d8
Move "commercial measures/SWHC046-04 Pkg HP AC Com" to -06
nfette Feb 5, 2026
c8e2b50
Move SWHC046 subfolders from -04 to -06
nfette Feb 5, 2026
cb04ada
Rename folders in SWHC046-06 measure list workbook
nfette Feb 5, 2026
62ef4ea
Update subfolder paths hard-coded in script for SWHC046
nfette Feb 5, 2026
7520cb4
Merge pull request #52 from simularis/dev-SWHC046-rename-folder-06
simularis Feb 6, 2026
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24 changes: 24 additions & 0 deletions commercial measures/SWHC046-06 Pkg HP AC Com/.modelkit-config
Original file line number Diff line number Diff line change
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# Paths are expanded relative to this modelkit-config file.

prototypes-dir = '../../prototypes'
templates-dir = '../../templates/energyplus/templates'
weather-dir = '../../weather'
codes-dir = '../../codes'

max-workers = 12 # Maximum number of simulations to run in parallel


[template-compose]
annotate = true
indent = " "
esc-line = "! "
dirs = '~\Documents\Modelkit Caboodle\templates\energyplus\templates' # Must be an absolute path

[energyplus-run]
engine = 'C:\EnergyPlusV22-2-0' # Must be an absolute path
#engine = '/Applications/EnergyPlus-22-2-0' # Must be an absolute path
#engine = '/Applications/EnergyPlus-9-2-0' # Must be an absolute path
readvars = true
keep = false
output-files = "eplusout.err; eplusout.sql; eplustbl.htm; eplusvar.csv"
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Solaris team found a new recommendation for enhancement during QC of most recent changes.
See simularis#53. This is a low priority finding that does not impact models.

Binary file not shown.
126 changes: 126 additions & 0 deletions commercial measures/SWHC046-06 Pkg HP AC Com/README.md
Original file line number Diff line number Diff line change
@@ -0,0 +1,126 @@
# Steps to run simulations, gather outputs, and post-process results for this measure

Note if `result2.py` is not present, see https://github.com/sound-data/DEER-Prototypes-EnergyPlus/pull/65.

```
REM In command prompt, change directory to a clone of the repository. You may have a different path.
cd "C:/DEER-Prototypes-EnergyPlus"
```

## 1. Run simulations and generate output files

### 1.1. Run simulations

```
cd "commercial measures/SWHC046-04 Pkg HP AC Com/SWHC046-04 Pkg HP AC Com_Ex"
modelkit rake compose
REM For large number of simulations, rakefile may fail to gather results, so just run simulations.
modelkit rake run
```

Then, repeat for subfolder `SWHC046-04 Pkg HP AC Com_Htl_Ex`.

Optionally, while `modelkit rake run` is running, use how-to-track-progress.py to see a progress bar.

Optionally, after model runs are complete, use
[QC incomplete simulations.ipynb](https://github.com/simularis/building-energy-utils/blob/main/deer-user-scripts/QC%20incomplete%20simulations.ipynb)
to get statistics on failed simulations and a count of warning and error messages from EnergyPlus.

### 1.2. Gather summary output files for raw usage and QC

#### Generate results-summary.csv (using standard query file, for use with post-process scripts)

Option 1 (using modelkit). If option 1 fails, try option 2.

```
modelkit rake results
```

Option 2 (using equivalent python script)

```
cd "commercial measures/SWHC046-04 Pkg HP AC Com/SWHC046-04 Pkg HP AC Com_Ex"
python "../../../scripts/result.py" . --queryfile "query.txt" --detailfile results-sizing-detail.csv --aggfile results-summary.csv
```

Note that the python script has a side effect of outputting a file with disaggregated quantities for any query items that represent aggregate totals, such as cooling capacity of all coils.

Repeat for each subfolder (`SWHC046-04 Pkg HP AC Com_Ex` and `SWHC046-04 Pkg HP AC Com_Htl_Ex`).

#### Generate customized simdata.csv

```
cd "commercial measures/SWHC046-04 Pkg HP AC Com/"
python "result2.py" . --queryfile "query_SWHC046_QC.txt"
```

The dot represents the current directory. This script runs outside the vintage subfolders, so only run this script once.

Use simdata.csv to perform QC, calculate UEC for all categories of load, and obtain DEER Peak Demand results bypassing the post-processing tool.

## 2. Determine cooling capacity subject to measure

### 2.1. Extract cooling capacity from every coil in model

Extract results to results-sizing-detail.csv

```
cd "commercial measures/SWHC046-04 Pkg HP AC Com/SWHC046-04 Pkg HP AC Com_Ex"
python "../../../scripts/result.py" . --queryfile "query_SWHC046_sizing.txt" --detailfile results-sizing-detail.csv --aggfile results-sizing-agg.csv
```

Repeat for each vintage subfolder "SWHC046-04 Pkg HP AC Com_Htl_Ex".

### 2.2. Filter cooling capacity

Filter and aggregate results into sizing_agg_filtered.csv. Note that this step depends on the file coil_list.xlsx being in the same folder as the script.

```
cd "commercial measures/SWHC046-04 Pkg HP AC Com"
python result_filtered.py
```

## 3. Apply post-processing for commercial sector weighted average (with normalizing units from models)

For commercial sector weighted averages, post-process according to instructions in [../../scripts](../../scripts). The command line steps include:

### 3.1 Run data transformation script to get current_msr_mat, sim_annual, and sim_hourly_wb

First, copy the DEER_EnergyPlus_Modelkit_Measure_list workbook from this folder into "C:/DEER-Prototypes-EnergyPlus/scripts/data transformation". Then, follow the standard procedures for data transformation per instructions in [../../scripts](../../scripts).

```
cd "C:/DEER-Prototypes-EnergyPlus"
cd "scripts/data transformation"
REM Generate current_msr_mat.csv, sim_annual.csv, and sim_hourly_wb.csv.
python Com.py
REM Optionally, copy the outputs to the measure folder
copy "current_msr_mat.csv" "commercial measures/SWHC046-04 Pkg HP AC Com"
copy "sim_annual.csv" "commercial measures/SWHC046-04 Pkg HP AC Com"
copy "sim_hourly_wb.csv" "commercial measures/SWHC046-04 Pkg HP AC Com"
```

### 3.2. Insert results from cooling capacity into sim_annual

The script insert_normunits.py inserts results from sizing_agg_filtered.csv into a copy of sim_annual.csv and saves it to sim_annual_withunits.csv. The command line pattern for this script is:

```
python insert_normunits.py <sizing_column> <normunit> <conversion_factor> <measure_name>
```

For this measure the options are
- `<sizing_column>` = "Cooling Capacity (W)"
- `<normunit>` = Cap-Tons
- `<conversion_factor>` = (W thermal / 1 ton cooling) = 1 / 3516.85284 = 2.84345e-4
- `<measure_name>` = "Pkg HP AC Com"

First copy the sizing_agg_filtered.csv into the scripts folder. Then run the script:

```
python insert_normunits.py "Cooling Capacity (W)" Cap-Tons 2.84345e-4 "Pkg HP AC Com"
```

At this point, you should have an updated copy of sim_annual.csv with cooling capacity in the normalizing units column.

### 3.3. Run commercial post-processing script

Refer to standard instructions in [../../scripts](../../scripts). Use the file "sim_annual_withunits.xlsx" in place of the "sim_annual.csv" file from Com.py.
Original file line number Diff line number Diff line change
@@ -0,0 +1,23 @@
skip,case_name,sizing_case,:heat_sizing_factor,:cool_sizing_factor,:hvac_config,:main_hvac_type,:main_atu_reheat_coil_type,:main_atu_reheat_control,:main_fan_rise,:main_cool_coil_type,:main_heat_coil_type,:main_dx_type,:main_sat_reset_type,:main_sat_temp_max,:main_design_peak_load,:main_oa_econ_type,:main_cool_coil_cop,:main_dx_comp_speed,:main_cool_flow_min_frac,:main_unitary_no_load_flow_method,:main_fan_speed,:main_fan_motor_eff,:main_heat_coil_cop,:main_heat_coil_eff,:main_heat_flow_frac,:chw_chiller_cop,:chw_chiller_model,:chw_pump_type,:hw_boiler_eff
,NE-dxAC_equip-pkgEER-14.2-IEER-TE-0.81,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.91,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-13.2-IEER-TE-0.81,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.74,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-14.8-IEER-TE-0.81,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.07,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgSEER-13.4-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.82,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-12.2-IEER-TE-0.80,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.6,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxAC_equip-pkgEER-11.4-IEER-TE-0.80,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.36,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxAC_equip-pkgEER-12.7-IEER-TE-0.80,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.59,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxAC_equip-pkgSEER-12.35-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.65,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxHP_equip-pkgEER-14.5-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.95,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-15.5-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.11,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-13.5-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.8,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-14-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.91,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-15-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.11,CONSTANT,,,CONSTANT,0.87,3.61,,1,,,,
,NE-dxHP_equip-pkgEER-16-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.34,CONSTANT,,,CONSTANT,0.87,3.61,,1,,,,
,NE-dxHP_equip-pkgSEER-15.4-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.27,CONSTANT,,,CONSTANT,0.87,3.93,,1,,,,
,NE-dxHP_equip-pkgSEER-16.3-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.43,CONSTANT,,,CONSTANT,0.87,4.02,,1,,,,
,NE-dxHP_equip-pkgSEER-14.4-SEER2-1Stage,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.12,CONSTANT,,,CONSTANT,0.87,3.86,,1,,,,
,NE-dxHP_equip-pkgSEER-14.4-SEER2-2Stage,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.12,DUAL-EQUAL,,,CONSTANT,0.87,3.86,,1,,,,
,NE-dxHP_equip-spltSEER-14.4-SEER2-8.7-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.12,CONSTANT,,,CONSTANT,0.87,3.97,,1,,,,
,NE-dxHP_equip-spltSEER-15.4-SEER2-9-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.27,CONSTANT,,,CONSTANT,0.87,4.02,,1,,,,
,NE-dxHP_equip-spltSEER-16.3-SEER2-9.4-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.43,CONSTANT,,,CONSTANT,0.87,4.09,,1,,,,
,NE-dxHP_equip-spltSEER-17.3-SEER2-9.7-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.56,CONSTANT,,,CONSTANT,0.87,4.13,,1,,,,
Original file line number Diff line number Diff line change
@@ -0,0 +1,27 @@
skip,case_name,sizing_case,:heat_sizing_factor,:cool_sizing_factor,:hvac_config,:main_hvac_type,:main_atu_reheat_coil_type,:main_atu_reheat_control,:main_fan_rise,:main_cool_coil_type,:main_heat_coil_type,:main_dx_type,:main_sat_reset_type,:main_sat_temp_max,:main_design_peak_load,:main_oa_econ_type,:main_cool_coil_cop,:main_dx_comp_speed,:main_cool_flow_min_frac,:main_unitary_no_load_flow_method,:main_fan_speed,:main_fan_motor_eff,:main_heat_coil_cop,:main_heat_coil_eff,:main_heat_flow_frac,:chw_chiller_cop,:chw_chiller_model,:chw_pump_type,:hw_boiler_eff
,NE-dxAC_equip-pkgEER-14.2-IEER-TE-0.81,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.91,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-13.2-IEER-TE-0.81,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.74,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-14.8-IEER-TE-0.81,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.07,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgSEER-13.4-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.82,CONSTANT,,,CONSTANT,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-12.2-IEER-TE-0.80,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.6,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxAC_equip-pkgEER-11.4-IEER-TE-0.80,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.36,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxAC_equip-pkgEER-12.7-IEER-TE-0.80,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.59,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxAC_equip-pkgSEER-12.35-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.65,CONSTANT,,,CONSTANT,0.87,,0.8,1,,,,
,NE-dxHP_equip-pkgEER-14.5-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.95,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-15.5-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.11,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-13.5-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.8,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-14-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.91,CONSTANT,,,CONSTANT,0.87,3.4,,1,,,,
,NE-dxHP_equip-pkgEER-15-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.11,CONSTANT,,,CONSTANT,0.87,3.61,,1,,,,
,NE-dxHP_equip-pkgEER-16-IEER,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.34,CONSTANT,,,CONSTANT,0.87,3.61,,1,,,,
,NE-dxHP_equip-pkgSEER-15.4-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.27,CONSTANT,,,CONSTANT,0.87,3.93,,1,,,,
,NE-dxHP_equip-pkgSEER-16.3-SEER2,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.43,CONSTANT,,,CONSTANT,0.87,4.02,,1,,,,
,NE-dxHP_equip-pkgSEER-14.4-SEER2-1Stage,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.12,CONSTANT,,,CONSTANT,0.87,3.86,,1,,,,
,NE-dxHP_equip-pkgSEER-14.4-SEER2-2Stage,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.12,DUAL-EQUAL,,,CONSTANT,0.87,3.86,,1,,,,
,NE-dxHP_equip-spltSEER-14.4-SEER2-8.7-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.12,CONSTANT,,,CONSTANT,0.87,3.97,,1,,,,
,NE-dxHP_equip-spltSEER-15.4-SEER2-9-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.27,CONSTANT,,,CONSTANT,0.87,4.02,,1,,,,
,NE-dxHP_equip-spltSEER-16.3-SEER2-9.4-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.43,CONSTANT,,,CONSTANT,0.87,4.09,,1,,,,
,NE-dxHP_equip-spltSEER-17.3-SEER2-9.7-HSPF,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,DX-AIR,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.56,CONSTANT,,,CONSTANT,0.87,4.13,,1,,,,
,NE-dxAC_equip-pkgEER-14.2-IEER-TE-0.81-VarFan,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.91,CONSTANT,,,VARIABLE,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-13.2-IEER-TE-0.81-VarFan,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.74,CONSTANT,,,VARIABLE,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgEER-14.8-IEER-TE-0.81-VarFan,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,4.07,CONSTANT,,,VARIABLE,0.87,,0.81,1,,,,
,NE-dxAC_equip-pkgSEER-13.4-SEER2-VarFan,,1.25,1.15,,SZ-CAV,NONE,nil,3.877['in H2O'],DX-AIR,COMBUSTION,PNNL,FLOATING,95['F'],NONCOINCIDENT,FIXED-DRY-BULB,3.82,CONSTANT,,,VARIABLE,0.87,,0.81,1,,,,
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