Issue1389 detailed house

[LoneMeertens]

Fixes #1389.
More detailed documentation and result visualization can be added if deemed valuable. This can be combined with open-ideas/__CrashCourse__#25. and #1374

[lucasverleyen]

@LoneMeertens, thank you for addressing the issue! I really like the new structure, a great improvement. :-) Also, adding more documentation/explanation provides significant added value.

• I suggest including Refactoring exercise 3 __CrashCourse__#25 and Update Tutorial IDEAS #1374 as well in this PR, which seems more convenient than having too many issues and PRs related to the same models.
• Regarding more detailed documentation and result visualisation, I suggest maintaining consistency with the SimpleHouse tutorial from IBPSA and following a similar approach. This tutorial has been thoroughly reviewed recently and is consequently in good shape.
• Additionally, we can add DetailedHouse10 as a final Example at the same level as SimpleHouse.

[LoneMeertens]

@lucasverleyen Thank you for the detailed feedback and suggestions! 😊 I'm glad you like the new structure and the additional documentation.

I’ll take this up and include open-ideas/CrashCourse#25 and Update Tutorial IDEAS #1374 in this PR as suggested—it does make sense to consolidate related issues and PRs.

Regarding the documentation and result visualization, I'll align it with the SimpleHouse tutorial from IBPSA to ensure consistency and maintain the high standard of quality. I'll also add DetailedHouse10 (as DetailedHouse) as a final example, positioned at the same level as SimpleHouse.

Thanks again for the valuable input!

[lucasverleyen]

@LoneMeertens perfect! Thanks a lot! In the mean time, I have looked at the unit tests, but currently, I am not able to solve the issues. DetailedHouse5 does work, but the other examples do not and I don't know why... to be continued in the new year ;-)

[lucasverleyen]

@jelgerjansen good catch (__Dymola_Commands)! I suggest adding this to the documentation of the testing framework: https://github.com/open-ideas/IDEAS/blob/master/IDEAS/Resources/Scripts/tests/README.md under Developing new tests. Something like: "Make sure that the file name and path in the model annotation under __Dymola_Comands correspond to the name and path to the .mos file in Resources/Scripts/Dymola/... " What do you think?

[jelgerjansen]

@LoneMeertens thank you for addressing this issue. Most comments are related to model documentation and syntax.

The models previously didn't run due to the reference to an unexisting mos file in __Dymola_Commands(). This does not generates warnings when translating the model in Dymola, but it does for the unit tests. I solved this issue via commits 8cca500 and e8f49c5

Once you've also addressed the other related issues (e.g. #1374), I'll do another review.

[jelgerjansen]

@jelgerjansen good catch (__Dymola_Commands)! I suggest adding this to the documentation of the testing framework: https://github.com/open-ideas/IDEAS/blob/master/IDEAS/Resources/Scripts/tests/README.md under Developing new tests. Something like: "Make sure that the file name and path in the model annotation under __Dymola_Comands correspond to the name and path to the .mos file in Resources/Scripts/Dymola/... " What do you think?

@lucasverleyen the __Dymola_Commands is not used when running the unit tests, but links the mos file to the model such that the experiment in the mos file is executed when running the "Simulate and plot" command in Dymola. Note that you don't need a __Dymola_Commands to run the unit tests (which is for example why DetailedHouse5 could be run without problems), but is easier if you want to run unit tests mos files of certain models in Dymola. Therefore, I would maybe not add it, as it is no hard requirement.

If you add it, the file in __Dymola_Commands should of course be linked to the correct mos file (but this is rather a general requirement rather than a unit test requirement). I think that BuildingsPy performs a more detailed check of the model when translating compared to Dymola, as the latter did not throw any errors.

[lucasverleyen]

@annadellisola thanks a lot for finalising this issue. Looks great! I only have some textual remarks. Once the new reference results are generated, fine for me to merge :-)

[annadellisola]

Increase of "number of continuous time states" due to the use of two different components for ceiling and SlabOnGround, and the change from IDEAS.Buildings.Validation.Data.Constructions.HeavyFloor to IDEAS.Buildings.Data.Constructions.FloorOnGround.

Update Ref Results

Old Reference Results

cei.layMul.monLay[1].monLayDyn.T[1] cei.layMul.monLay[1].monLayDyn.T[2] cei.layMul.monLay[2].monLayDyn.T[1] cei.layMul.monLay[3].monLayDyn.T[1] outWalEas.layMul.monLay[1].monLayDyn.T[1] outWalEas.layMul.monLay[1].monLayDyn.T[2] outWalEas.layMul.monLay[2].monLayDyn.T[1] outWalEas.layMul.monLay[3].monLayDyn.T[1] outWalEas.layMul.monLay[3].monLayDyn.T[2] outWalNor.layMul.monLay[1].monLayDyn.T[1] outWalNor.layMul.monLay[1].monLayDyn.T[2] outWalNor.layMul.monLay[2].monLayDyn.T[1] outWalNor.layMul.monLay[3].monLayDyn.T[1] outWalNor.layMul.monLay[3].monLayDyn.T[2] outWalSou.layMul.monLay[1].monLayDyn.T[1] outWalSou.layMul.monLay[1].monLayDyn.T[2] outWalSou.layMul.monLay[2].monLayDyn.T[1] outWalSou.layMul.monLay[3].monLayDyn.T[1] outWalSou.layMul.monLay[3].monLayDyn.T[2] outWalWes.layMul.monLay[1].monLayDyn.T[1] outWalWes.layMul.monLay[1].monLayDyn.T[2] outWalWes.layMul.monLay[2].monLayDyn.T[1] outWalWes.layMul.monLay[3].monLayDyn.T[1] outWalWes.layMul.monLay[3].monLayDyn.T[2] slaOnGro.layGro.monLay[1].monLayDyn.T[1] slaOnGro.layGro.monLay[1].monLayDyn.T[2] slaOnGro.layGro.monLay[1].monLayDyn.T[3] slaOnGro.layGro.monLay[1].monLayDyn.T[4] slaOnGro.layGro.monLay[1].monLayDyn.T[5] slaOnGro.layGro.monLay[1].monLayDyn.T[6] slaOnGro.layGro.monLay[1].monLayDyn.T[7] slaOnGro.layGro.monLay[2].monLayDyn.T[1] slaOnGro.layGro.monLay[2].monLayDyn.T[2] slaOnGro.layGro.monLay[2].monLayDyn.T[3] slaOnGro.layGro.monLay[2].monLayDyn.T[4] slaOnGro.layGro.monLay[3].monLayDyn.T[2] slaOnGro.layMul.monLay[1].monLayDyn.T[1] slaOnGro.layMul.monLay[1].monLayDyn.T[2] slaOnGro.layMul.monLay[1].monLayDyn.T[3] slaOnGro.layMul.monLay[1].monLayDyn.T[4] slaOnGro.layMul.monLay[2].monLayDyn.T[1] slaOnGro.layMul.monLay[3].monLayDyn.T[1] slaOnGro.layMul.monLay[4].monLayDyn.T[1] win.heaCapGlaExt.T win.heaCapGlaInt.T zon.airModel.vol.dynBal.m zon.airModel.vol.dynBal.medium.Xi[1] zon.airModel.vol.dynBal.U

floor.layMul.monLay[1].monLayDyn.T[1] floor.layMul.monLay[1].monLayDyn.T[2] floor.layMul.monLay[2].monLayDyn.T[1] outerWall.layMul.monLay[1].monLayDyn.T[1] outerWall.layMul.monLay[1].monLayDyn.T[2] outerWall.layMul.monLay[2].monLayDyn.T[1] outerWall.layMul.monLay[3].monLayDyn.T[1] outerWall.layMul.monLay[3].monLayDyn.T[2] outerWall1.layMul.monLay[1].monLayDyn.T[1] outerWall1.layMul.monLay[1].monLayDyn.T[2] outerWall1.layMul.monLay[2].monLayDyn.T[1] outerWall1.layMul.monLay[3].monLayDyn.T[1] outerWall1.layMul.monLay[3].monLayDyn.T[2] outerWall2.layMul.monLay[1].monLayDyn.T[1] outerWall2.layMul.monLay[1].monLayDyn.T[2] outerWall2.layMul.monLay[2].monLayDyn.T[1] outerWall2.layMul.monLay[3].monLayDyn.T[1] outerWall2.layMul.monLay[3].monLayDyn.T[2] outerWall3.layMul.monLay[1].monLayDyn.T[1] outerWall3.layMul.monLay[1].monLayDyn.T[2] outerWall3.layMul.monLay[2].monLayDyn.T[1] outerWall3.layMul.monLay[3].monLayDyn.T[1] outerWall3.layMul.monLay[3].monLayDyn.T[2] window.heaCapGlaExt.T window.heaCapGlaInt.T zone.airModel.vol.dynBal.m zone.airModel.vol.dynBal.medium.Xi[1] zone.airModel.vol.dynBal.U

The figure below shows the difference in the reference variables:

Ref_res: InternalWall for ceiling and floor with highly insulated BESTEST heavy wall as construction type

Test: distinct SlabOnGround with FloorOnGround construction type, and ceiling lead to higher heat losses

[annadellisola]

Same considerations of DetailedHouse1 holds for the change in the reference results.
The figure below shows the change in reference variables:

[annadellisola]

Same considerations of DetailedHouse1 holds for the change in the reference results.
The figure below shows the change in reference variables:

[annadellisola]

Same considerations of DetailedHouse1 holds for the change in the reference results.
The figure below shows the change in reference variables:

[annadellisola]

Increase of "number of continuous time states" due to the use of two different components for ceiling and SlabOnGround, and the change from IDEAS.Buildings.Validation.Data.Constructions.HeavyFloor to IDEAS.Buildings.Data.Constructions.FloorOnGround in both zones.

The figure below shows the change in reference variables:

Ref_res: InternalWall for ceiling and floor with highly insulated BESTEST heavy wall as construction type in both zones

Test: distinct SlabOnGround with FloorOnGround construction type, and ceiling lead to higher heat losses. The error in recZon1, with a south-oriented window is higher.

[annadellisola]

Increase of "number of continuous time states" due to the use of two different components for ceiling and SlabOnGround, the change from IDEAS.Buildings.Validation.Data.Constructions.HeavyFloor to IDEAS.Buildings.Data.Constructions.FloorOnGround in both zones and the addition of pumEmi:

Update Ref Results

Old Reference Results

EEl.y heaPum.con.vol.dynBal.U heaPum.eva.vol.dynBal.U pumEmi.motSpe.y pumEmi.vol.dynBal.U pumPri.motSpe.y pumPri.vol.dynBal.U pumSec.motSpe.y pumSec.vol.dynBal.U rad.vol[1].dynBal.U rad.vol[2].dynBal.U rad.vol[3].dynBal.U rad.vol[4].dynBal.U rad.vol[5].dynBal.U rad1.vol[1].dynBal.U rad1.vol[2].dynBal.U rad1.vol[3].dynBal.U rad1.vol[4].dynBal.U rad1.vol[5].dynBal.U rectangularZoneTemplate.airModel.vol.dynBal.m rectangularZoneTemplate.airModel.vol.dynBal.medium.Xi[1] rectangularZoneTemplate.airModel.vol.dynBal.U rectangularZoneTemplate.intC.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.intC.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.intC.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.intC.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.intC.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.outA.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.outA.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.outA.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.outA.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.outA.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.outB.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.outB.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.outB.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.outB.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.outB.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.outCei.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.outCei.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.outCei.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.outCei.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.outD.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.outD.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.outD.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.outD.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.outD.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.slaOnGro.layGro.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.slaOnGro.layGro.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.slaOnGro.layGro.monLay[1].monLayDyn.T[3] rectangularZoneTemplate.slaOnGro.layGro.monLay[1].monLayDyn.T[4] rectangularZoneTemplate.slaOnGro.layGro.monLay[1].monLayDyn.T[5] rectangularZoneTemplate.slaOnGro.layGro.monLay[1].monLayDyn.T[6] rectangularZoneTemplate.slaOnGro.layGro.monLay[1].monLayDyn.T[7] rectangularZoneTemplate.slaOnGro.layGro.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.slaOnGro.layGro.monLay[2].monLayDyn.T[2] rectangularZoneTemplate.slaOnGro.layGro.monLay[2].monLayDyn.T[3] rectangularZoneTemplate.slaOnGro.layGro.monLay[2].monLayDyn.T[4] rectangularZoneTemplate.slaOnGro.layGro.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.slaOnGro.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.slaOnGro.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.slaOnGro.layMul.monLay[1].monLayDyn.T[3] rectangularZoneTemplate.slaOnGro.layMul.monLay[1].monLayDyn.T[4] rectangularZoneTemplate.slaOnGro.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.slaOnGro.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.slaOnGro.layMul.monLay[4].monLayDyn.T[1] rectangularZoneTemplate.winA.heaCapGlaExt.T rectangularZoneTemplate.winA.heaCapGlaInt.T rectangularZoneTemplate1.airModel.vol.dynBal.m rectangularZoneTemplate1.airModel.vol.dynBal.medium.Xi[1] rectangularZoneTemplate1.airModel.vol.dynBal.U rectangularZoneTemplate1.outB.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.outB.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.outB.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.outB.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.outB.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.outC.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.outC.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.outC.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.outC.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.outC.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.outCei.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.outCei.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.outCei.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.outCei.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.outD.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.outD.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.outD.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.outD.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.outD.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.slaOnGro.layGro.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.slaOnGro.layGro.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.slaOnGro.layGro.monLay[1].monLayDyn.T[3] rectangularZoneTemplate1.slaOnGro.layGro.monLay[1].monLayDyn.T[4] rectangularZoneTemplate1.slaOnGro.layGro.monLay[1].monLayDyn.T[5] rectangularZoneTemplate1.slaOnGro.layGro.monLay[1].monLayDyn.T[6] rectangularZoneTemplate1.slaOnGro.layGro.monLay[1].monLayDyn.T[7] rectangularZoneTemplate1.slaOnGro.layGro.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.slaOnGro.layGro.monLay[2].monLayDyn.T[2] rectangularZoneTemplate1.slaOnGro.layGro.monLay[2].monLayDyn.T[3] rectangularZoneTemplate1.slaOnGro.layGro.monLay[2].monLayDyn.T[4] rectangularZoneTemplate1.slaOnGro.layGro.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.slaOnGro.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.slaOnGro.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.slaOnGro.layMul.monLay[1].monLayDyn.T[3] rectangularZoneTemplate1.slaOnGro.layMul.monLay[1].monLayDyn.T[4] rectangularZoneTemplate1.slaOnGro.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.slaOnGro.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.slaOnGro.layMul.monLay[4].monLayDyn.T[1] rectangularZoneTemplate1.winC.heaCapGlaExt.T rectangularZoneTemplate1.winC.heaCapGlaInt.T senTemSup.T tan.vol[1].dynBal.U tan.vol[2].dynBal.U val.val.actPos.y val1.val.actPos.y

EEl.y heaPum.con.vol.dynBal.U heaPum.eva.vol.dynBal.U pumpPrim.motSpe.y pumpPrim.vol.dynBal.U pumpSec.motSpe.y pumpSec.vol.dynBal.U rad.vol[1].dynBal.U rad.vol[2].dynBal.U rad.vol[3].dynBal.U rad.vol[4].dynBal.U rad.vol[5].dynBal.U rad1.vol[1].dynBal.U rad1.vol[2].dynBal.U rad1.vol[3].dynBal.U rad1.vol[4].dynBal.U rad1.vol[5].dynBal.U rectangularZoneTemplate.airModel.vol.dynBal.m rectangularZoneTemplate.airModel.vol.dynBal.medium.Xi[1] rectangularZoneTemplate.airModel.vol.dynBal.U rectangularZoneTemplate.intC.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.intC.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.intC.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.intC.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.intC.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.intFlo.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.intFlo.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.intFlo.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.intFlo.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.intFlo.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.outA.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.outA.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.outA.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.outA.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.outA.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.outB.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.outB.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.outB.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.outB.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.outB.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.outD.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate.outD.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate.outD.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate.outD.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate.outD.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate.winA.heaCapGlaExt.T rectangularZoneTemplate.winA.heaCapGlaInt.T rectangularZoneTemplate1.airModel.vol.dynBal.m rectangularZoneTemplate1.airModel.vol.dynBal.medium.Xi[1] rectangularZoneTemplate1.airModel.vol.dynBal.U rectangularZoneTemplate1.intFlo.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.intFlo.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.intFlo.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.intFlo.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.intFlo.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.outB.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.outB.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.outB.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.outB.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.outB.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.outC.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.outC.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.outC.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.outC.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.outC.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.outD.layMul.monLay[1].monLayDyn.T[1] rectangularZoneTemplate1.outD.layMul.monLay[1].monLayDyn.T[2] rectangularZoneTemplate1.outD.layMul.monLay[2].monLayDyn.T[1] rectangularZoneTemplate1.outD.layMul.monLay[3].monLayDyn.T[1] rectangularZoneTemplate1.outD.layMul.monLay[3].monLayDyn.T[2] rectangularZoneTemplate1.winC.heaCapGlaExt.T rectangularZoneTemplate1.winC.heaCapGlaInt.T senTemSup.T tan.vol[1].dynBal.U tan.vol[2].dynBal.U val.val.actPos.y val1.val.actPos.y

The figure below shows the change in reference variables:

In the Test results the TSensor is lower due to change in floor construction type.
Less on/off cycle of the heat pump occur due to the decoupling of production and emission system through the tank.

[annadellisola]

Same considerations of DetailedHouse1 holds for the change in the reference results.
The figure below shows the change in reference variables:

In the Test results the TSensor is lower due to change in floor construction type.
Less on/off cycle of the heat pump and a more stable condenser temperature results from decoupling the production and emission system through the tank.

[annadellisola]

The figure below shows the change in reference variables:

The CO2 concentration increases more slowly, due to a bigger zone volume and the shift from InternalWall to SlabOnGround for the floor, and OuterWall for the ceiling, with higher air leakages. This results in a shift in the PI control.

[annadellisola]

Same considerations of DetailedHouse9 holds for the change in the reference results.