Update: it would be good if this table (see Google Spreadsheet linked from @JulienMarrec answer) could be completed soon so that I can use it in a DOE document. Thanks everyone. Any DOE-2.1E (@JoeHuang) and HAP experts out there?

Also note 10 additional rows added to spreadsheet.

At the risk of starting a war on a Friday, I want to try to use UH to crowd-source some information about features available in various engines. For each of the following features, I am looking for one answer per engine and each answer to consist of a list of yes/no/partial/user-hook to the ability to model each of the following. Feel free to append to the list if you want to expand scope.

1. Dedicated outdoor air systems (DOAS)
2. Variable refrigerant flow (VRF) systems
3. Variable-speed drives
4. Commercial refrigeration
5. Air-source heat-pump
6. Water-source heat-pump
7. Ground-source heat-pump
8. Multi-function heat-pump
9. Radiant heating
10. Radiant cooling
11. Evaporative cooling
12. Absorption chiller
13. Condensing boiler
14. Heat recovery
15. Ice storage
16. Equipment cycling
17. Optimal start/stop
18. Static pressure reset
19. User defined control
20. Photo-voltaics
21. Building integrated photo-voltaics
22. Solar thermal
23. Natural ventilation
24. Displacement ventilation
25. Underfloor air distribution
26. Illuminance calculations (i.e., virtual sensors)
27. Illuminance calculation-driven lighting control
28. Illuminance calculation-driven shade/blind control
29. Thermal mass
30. Thermal bridges
31. Phase-change-material

At the risk of starting a war on a Friday, I want to try to use UH to crowd-source some information about features available in various engines. For each of the following features, I am looking for one answer per engine and each answer to consist of a list of yes/no/partial/user-hook to the ability to model each of the following. Feel free to append to the list if you want to expand scope.

1. Dedicated outdoor air systems (DOAS)
2. Variable refrigerant flow (VRF) systems
3. Variable-speed drives
4. Commercial refrigeration
5. Air-source heat-pump
6. Water-source heat-pump
7. Ground-source heat-pump
8. Multi-function heat-pump
9. Radiant heating
10. Radiant cooling
11. Evaporative cooling
12. Absorption chiller
13. Condensing boiler
14. Heat recovery
15. Ice storage
16. Equipment cycling
17. Optimal start/stop
18. Static pressure reset
19. User defined control
20. Photo-voltaics
21. Building integrated photo-voltaics
22. Solar thermal
23. Natural ventilation
24. Displacement ventilation
25. Underfloor air distribution
26. Illuminance calculations (i.e., virtual sensors)
27. Illuminance calculation-driven lighting control
28. Illuminance calculation-driven shade/blind control
29. Thermal mass
30. Thermal bridges
31. Phase-change-material

At the risk of starting a war on a Friday, I want to try to use UH to crowd-source some information about features available in various engines. For each of the following features, I am looking for one answer per engine and each answer to consist of a list of yes/no/partial/user-hook to the ability to model each of the following. Feel free to append to the list if you want to expand scope.

1. Dedicated outdoor air systems (DOAS)
2. Variable refrigerant flow (VRF) systems
3. Variable-speed drives
4. Commercial refrigeration
5. Air-source heat-pump
6. Water-source heat-pump
7. Ground-source heat-pump
8. Multi-function heat-pump
9. Radiant heating
10. Radiant cooling
11. Evaporative cooling
12. Absorption chiller
13. Condensing boiler
14. Heat recovery
15. Ice storage
16. Equipment cycling
17. Optimal start/stop
18. Static pressure reset
19. User defined control
20. Photo-voltaics
21. Building integrated photo-voltaics
22. Solar thermal
23. Natural ventilation
24. Displacement ventilation
25. Underfloor air distribution
26. Illuminance calculations (i.e., virtual sensors)
27. Illuminance calculation-driven lighting control
28. Illuminance calculation-driven shade/blind control
29. Thermal mass
30. Thermal bridges
31. Phase-change-material

At the risk of starting a war on a Friday, I want to try to use UH to crowd-source some information about features available in various engines. For each of the following features, I am looking for one answer per engine and each answer to consist of a list of yes/no/partial/user-hook to the ability to model each of the following. Feel free to append to the list if you want to expand scope.

1. Dedicated outdoor air systems (DOAS)
2. Variable refrigerant flow (VRF) systems
3. Variable-speed drives
4. Commercial refrigeration
5. Air-source heat-pump
6. Water-source heat-pump
7. Ground-source heat-pump
8. Multi-function heat-pump
9. Radiant heating
10. Radiant cooling
11. Evaporative cooling
12. Absorption chiller
13. Condensing boiler
14. Heat recovery
15. Ice storage
16. Equipment cycling
17. Optimal start/stop
18. Static pressure reset
19. User defined control
20. Photo-voltaics
21. Building integrated photo-voltaics
22. Solar thermal
23. Natural ventilation
24. Displacement ventilation
25. Underfloor air distribution
26. Illuminance calculations (i.e., virtual sensors)
27. Illuminance calculation-driven lighting control
28. Illuminance calculation-driven shade/blind control
29. Thermal mass
30. Thermal bridges
31. Phase-change-material

At the risk of starting a war on a Friday, I want to try to use UH to crowd-source some information about features available in various engines. For each of the following features, I am looking for one answer per engine and each answer to consist of a list of yes/no/partial/user-hook to the ability to model each of the following. Feel free to append to the list if you want to expand scope.

1. Dedicated outdoor air systems (DOAS)
2. Variable refrigerant flow (VRF) systems
3. Variable-speed drives
4. Commercial refrigeration
5. Air-source heat-pump
6. Water-source heat-pump
7. Ground-source heat-pump
8. Multi-function heat-pump
9. Radiant heating
10. Radiant cooling
11. Evaporative cooling
12. Absorption chiller
13. Condensing boiler
14. Heat recovery
15. Ice storage
16. Equipment cycling
17. Optimal start/stop
18. Static pressure reset
19. User defined control
20. Photo-voltaics
21. Building integrated photo-voltaics
22. Solar thermal
23. Natural ventilation
24. Displacement ventilation
25. Underfloor air distribution
26. Illuminance calculations (i.e., virtual sensors)
27. Illuminance calculation-driven lighting control
28. Illuminance calculation-driven shade/blind control
29. Thermal mass
30. Thermal bridges
31. Phase-change-material

At the risk of starting a war on a Friday, I want to try to use UH to crowd-source some information about features available in various engines. For each of the following features, I am looking for one answer per engine and each answer to consist of a list of yes/no/partial/user-hook to the ability to model each of the following. Feel free to append to the list if you want to expand scope.

1. Dedicated outdoor air systems (DOAS)
2. Variable refrigerant flow (VRF) systems
3. Variable-speed drives
4. Commercial refrigeration
5. Air-source heat-pump
6. Water-source heat-pump
7. Ground-source heat-pump
8. Multi-function heat-pump
9. Radiant heating
10. Radiant cooling
11. Evaporative cooling
12. Absorption chiller
13. Condensing boiler
14. Heat recovery
15. Ice storage
16. Equipment cycling
17. Optimal start/stop
18. Static pressure reset
19. User defined control
20. Photo-voltaics
21. Building integrated photo-voltaics
22. Solar thermal
23. Natural ventilation
24. Displacement ventilation
25. Underfloor air distribution
26. Illuminance calculations (i.e., virtual sensors)
27. Illuminance calculation-driven lighting control
28. Illuminance calculation-driven shade/blind control
29. Thermal mass
30. Thermal bridges
31. Phase-change-material

At the risk of starting a war on a Friday, I want to try to use UH to crowd-source some information about features available in various engines. For each of the following features, I am looking for one answer per engine and each answer to consist of a list of yes/no/partial/user-hook to the ability to model each of the following. Feel free to append to the list if you want to expand scope.

1. Dedicated outdoor air systems (DOAS)
2. Variable refrigerant flow (VRF) systems
3. Variable-speed drives
4. Commercial refrigeration
5. Air-source heat-pump
6. Water-source heat-pump
7. Ground-source heat-pump
8. Multi-function heat-pump
9. Radiant heating
10. Radiant cooling
11. Evaporative cooling
12. Absorption chiller
13. Condensing boiler
14. Heat recovery
15. Ice storage
16. Equipment cycling
17. Optimal start/stop
18. Static pressure reset
19. User defined control
20. Photo-voltaics
21. Building integrated photo-voltaics
22. Solar thermal
23. Natural ventilation
24. Displacement ventilation
25. Underfloor air distribution
26. Illuminance calculations (i.e., virtual sensors)
27. Illuminance calculation-driven lighting control
28. Illuminance calculation-driven shade/blind control
29. Thermal mass
30. Thermal bridges
31. Phase-change-material