| Y |
|
|
ah run results, aka year or annual |
AHRES_IVL_SUB
| Name |
Type |
Variability |
Description/Comments |
| Y.n |
number |
End of run |
- number of intervals added together in this one (divisor for averages)
- float members to average in results accumulation. cnguts.h defines assume tDbO is 1st, vf is last.
- pairs consisting of temperature & humidity (wetbulb temp may be generated when printing)
|
| Y.tDbO |
TEMP |
End of run |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| Y.wO |
HUMRAT |
End of run |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| Y.tr |
TEMP |
End of run |
return air (AH.tr,.wr) |
| Y.wr |
HUMRAT |
End of run |
return air (AH.tr,.wr) |
| Y.thx |
TEMP |
End of run |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| Y.whx |
HUMRAT |
End of run |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| Y.fhx |
number |
End of run |
fraction air through heat recovery (= 1 - .ah_oaHx.hx_bypassFrac) |
| Y.tmix |
TEMP |
End of run |
mixed air (.tmix,.wmix) |
| Y.wmix |
HUMRAT |
End of run |
mixed air (.tmix,.wmix) |
| Y.ts |
TEMP |
End of run |
supply air (.ts, .ws) |
| Y.ws |
HUMRAT |
End of run |
supply air (.ts, .ws) |
| Y.po |
number |
End of run |
fraction outside air (.po) |
| Y.frFanOn |
number |
End of run |
fraction of time fan on if ahFanCycles, else 1.0 |
| Y.vf |
AFLOW |
End of run |
- flow (at supply fan) (.cmix)
- float members to add: qh is first, hrsOn is last. CAUTION: q's here are energy not power.
|
| Y.qh |
ENERGY |
End of run |
heat and total cool load (at coils) |
| Y.qc |
ENERGY |
End of run |
heat and total cool load (at coils) |
| Y.qs |
ENERGY |
End of run |
cool sensible and latent loads (included in qc) |
| Y.ql |
ENERGY |
End of run |
cool sensible and latent loads (included in qc) |
| Y.qO |
ENERGY |
End of run |
net energy taken from outside air (possible future impl); fan heat energy |
| Y.qFan |
ENERGY |
End of run |
net energy taken from outside air (possible future impl); fan heat energy |
| Y.qLoss |
ENERGY |
End of run |
leak/loss net energy; energy delivered to load. |
| Y.qLoad |
ENERGY |
End of run |
leak/loss net energy; energy delivered to load. |
| Y.qBal |
ENERGY |
End of run |
unbalance, should be near 0: qh+qc+qO+qFan+qLoss+qLoad. |
| Y.ph |
ENERGY |
End of run |
heat and cool coil input energy, from meter or (probably) from plant |
| Y.pc |
ENERGY |
End of run |
heat and cool coil input energy, from meter or (probably) from plant |
| Y.pAuxH |
ENERGY |
End of run |
heat and cool aux energy |
| Y.pAuxC |
ENERGY |
End of run |
heat and cool aux energy |
| Y.pFan |
ENERGY |
End of run |
fans input energy |
| Y.hrsOn |
HOURS |
End of run |
- time air handler on: accumulated Top.tp_subhrDur
- int members to sum in accumulation. cnguts.h defines assume nSubhr is 1st, nIterFan is last.
|
| Y.nSubhr |
number |
End of run |
subhour counter: for convenience / possibly making cluster-dependent |
| Y.nIter1 |
number |
End of run |
iteration counter 1: # times called, including immediate exits |
| Y.nIter2 |
number |
End of run |
iteration counter 2: # times executed |
| Y.nIter4 |
number |
End of run |
iteration counter 4: # inner loops (calls to pute4Fs) |
| Y.nIterFan |
number |
End of run |
# fan adjustment iterations, counting both ups and downs |
|
| M |
|
|
month |
AHRES_IVL_SUB
| Name |
Type |
Variability |
Description/Comments |
| M.n |
number |
Unknown |
- number of intervals added together in this one (divisor for averages)
- float members to average in results accumulation. cnguts.h defines assume tDbO is 1st, vf is last.
- pairs consisting of temperature & humidity (wetbulb temp may be generated when printing)
|
| M.tDbO |
TEMP |
Unknown |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| M.wO |
HUMRAT |
Unknown |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| M.tr |
TEMP |
Unknown |
return air (AH.tr,.wr) |
| M.wr |
HUMRAT |
Unknown |
return air (AH.tr,.wr) |
| M.thx |
TEMP |
Unknown |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| M.whx |
HUMRAT |
Unknown |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| M.fhx |
number |
Unknown |
fraction air through heat recovery (= 1 - .ah_oaHx.hx_bypassFrac) |
| M.tmix |
TEMP |
Unknown |
mixed air (.tmix,.wmix) |
| M.wmix |
HUMRAT |
Unknown |
mixed air (.tmix,.wmix) |
| M.ts |
TEMP |
Unknown |
supply air (.ts, .ws) |
| M.ws |
HUMRAT |
Unknown |
supply air (.ts, .ws) |
| M.po |
number |
Unknown |
fraction outside air (.po) |
| M.frFanOn |
number |
Unknown |
fraction of time fan on if ahFanCycles, else 1.0 |
| M.vf |
AFLOW |
Unknown |
- flow (at supply fan) (.cmix)
- float members to add: qh is first, hrsOn is last. CAUTION: q's here are energy not power.
|
| M.qh |
ENERGY |
Unknown |
heat and total cool load (at coils) |
| M.qc |
ENERGY |
Unknown |
heat and total cool load (at coils) |
| M.qs |
ENERGY |
Unknown |
cool sensible and latent loads (included in qc) |
| M.ql |
ENERGY |
Unknown |
cool sensible and latent loads (included in qc) |
| M.qO |
ENERGY |
Unknown |
net energy taken from outside air (possible future impl); fan heat energy |
| M.qFan |
ENERGY |
Unknown |
net energy taken from outside air (possible future impl); fan heat energy |
| M.qLoss |
ENERGY |
Unknown |
leak/loss net energy; energy delivered to load. |
| M.qLoad |
ENERGY |
Unknown |
leak/loss net energy; energy delivered to load. |
| M.qBal |
ENERGY |
Unknown |
unbalance, should be near 0: qh+qc+qO+qFan+qLoss+qLoad. |
| M.ph |
ENERGY |
Unknown |
heat and cool coil input energy, from meter or (probably) from plant |
| M.pc |
ENERGY |
Unknown |
heat and cool coil input energy, from meter or (probably) from plant |
| M.pAuxH |
ENERGY |
Unknown |
heat and cool aux energy |
| M.pAuxC |
ENERGY |
Unknown |
heat and cool aux energy |
| M.pFan |
ENERGY |
Unknown |
fans input energy |
| M.hrsOn |
HOURS |
Unknown |
- time air handler on: accumulated Top.tp_subhrDur
- int members to sum in accumulation. cnguts.h defines assume nSubhr is 1st, nIterFan is last.
|
| M.nSubhr |
number |
Unknown |
subhour counter: for convenience / possibly making cluster-dependent |
| M.nIter1 |
number |
Unknown |
iteration counter 1: # times called, including immediate exits |
| M.nIter2 |
number |
Unknown |
iteration counter 2: # times executed |
| M.nIter4 |
number |
Unknown |
iteration counter 4: # inner loops (calls to pute4Fs) |
| M.nIterFan |
number |
Unknown |
# fan adjustment iterations, counting both ups and downs |
|
| D |
|
|
day |
AHRES_IVL_SUB
| Name |
Type |
Variability |
Description/Comments |
| D.n |
number |
End of day |
- number of intervals added together in this one (divisor for averages)
- float members to average in results accumulation. cnguts.h defines assume tDbO is 1st, vf is last.
- pairs consisting of temperature & humidity (wetbulb temp may be generated when printing)
|
| D.tDbO |
TEMP |
End of day |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| D.wO |
HUMRAT |
End of day |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| D.tr |
TEMP |
End of day |
return air (AH.tr,.wr) |
| D.wr |
HUMRAT |
End of day |
return air (AH.tr,.wr) |
| D.thx |
TEMP |
End of day |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| D.whx |
HUMRAT |
End of day |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| D.fhx |
number |
End of day |
fraction air through heat recovery (= 1 - .ah_oaHx.hx_bypassFrac) |
| D.tmix |
TEMP |
End of day |
mixed air (.tmix,.wmix) |
| D.wmix |
HUMRAT |
End of day |
mixed air (.tmix,.wmix) |
| D.ts |
TEMP |
End of day |
supply air (.ts, .ws) |
| D.ws |
HUMRAT |
End of day |
supply air (.ts, .ws) |
| D.po |
number |
End of day |
fraction outside air (.po) |
| D.frFanOn |
number |
End of day |
fraction of time fan on if ahFanCycles, else 1.0 |
| D.vf |
AFLOW |
End of day |
- flow (at supply fan) (.cmix)
- float members to add: qh is first, hrsOn is last. CAUTION: q's here are energy not power.
|
| D.qh |
ENERGY |
End of day |
heat and total cool load (at coils) |
| D.qc |
ENERGY |
End of day |
heat and total cool load (at coils) |
| D.qs |
ENERGY |
End of day |
cool sensible and latent loads (included in qc) |
| D.ql |
ENERGY |
End of day |
cool sensible and latent loads (included in qc) |
| D.qO |
ENERGY |
End of day |
net energy taken from outside air (possible future impl); fan heat energy |
| D.qFan |
ENERGY |
End of day |
net energy taken from outside air (possible future impl); fan heat energy |
| D.qLoss |
ENERGY |
End of day |
leak/loss net energy; energy delivered to load. |
| D.qLoad |
ENERGY |
End of day |
leak/loss net energy; energy delivered to load. |
| D.qBal |
ENERGY |
End of day |
unbalance, should be near 0: qh+qc+qO+qFan+qLoss+qLoad. |
| D.ph |
ENERGY |
End of day |
heat and cool coil input energy, from meter or (probably) from plant |
| D.pc |
ENERGY |
End of day |
heat and cool coil input energy, from meter or (probably) from plant |
| D.pAuxH |
ENERGY |
End of day |
heat and cool aux energy |
| D.pAuxC |
ENERGY |
End of day |
heat and cool aux energy |
| D.pFan |
ENERGY |
End of day |
fans input energy |
| D.hrsOn |
HOURS |
End of day |
- time air handler on: accumulated Top.tp_subhrDur
- int members to sum in accumulation. cnguts.h defines assume nSubhr is 1st, nIterFan is last.
|
| D.nSubhr |
number |
End of day |
subhour counter: for convenience / possibly making cluster-dependent |
| D.nIter1 |
number |
End of day |
iteration counter 1: # times called, including immediate exits |
| D.nIter2 |
number |
End of day |
iteration counter 2: # times executed |
| D.nIter4 |
number |
End of day |
iteration counter 4: # inner loops (calls to pute4Fs) |
| D.nIterFan |
number |
End of day |
# fan adjustment iterations, counting both ups and downs |
|
| H |
|
|
hour. |
AHRES_IVL_SUB
| Name |
Type |
Variability |
Description/Comments |
| H.n |
number |
End of hour |
- number of intervals added together in this one (divisor for averages)
- float members to average in results accumulation. cnguts.h defines assume tDbO is 1st, vf is last.
- pairs consisting of temperature & humidity (wetbulb temp may be generated when printing)
|
| H.tDbO |
TEMP |
End of hour |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| H.wO |
HUMRAT |
End of hour |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| H.tr |
TEMP |
End of hour |
return air (AH.tr,.wr) |
| H.wr |
HUMRAT |
End of hour |
return air (AH.tr,.wr) |
| H.thx |
TEMP |
End of hour |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| H.whx |
HUMRAT |
End of hour |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| H.fhx |
number |
End of hour |
fraction air through heat recovery (= 1 - .ah_oaHx.hx_bypassFrac) |
| H.tmix |
TEMP |
End of hour |
mixed air (.tmix,.wmix) |
| H.wmix |
HUMRAT |
End of hour |
mixed air (.tmix,.wmix) |
| H.ts |
TEMP |
End of hour |
supply air (.ts, .ws) |
| H.ws |
HUMRAT |
End of hour |
supply air (.ts, .ws) |
| H.po |
number |
End of hour |
fraction outside air (.po) |
| H.frFanOn |
number |
End of hour |
fraction of time fan on if ahFanCycles, else 1.0 |
| H.vf |
AFLOW |
End of hour |
- flow (at supply fan) (.cmix)
- float members to add: qh is first, hrsOn is last. CAUTION: q's here are energy not power.
|
| H.qh |
ENERGY |
End of hour |
heat and total cool load (at coils) |
| H.qc |
ENERGY |
End of hour |
heat and total cool load (at coils) |
| H.qs |
ENERGY |
End of hour |
cool sensible and latent loads (included in qc) |
| H.ql |
ENERGY |
End of hour |
cool sensible and latent loads (included in qc) |
| H.qO |
ENERGY |
End of hour |
net energy taken from outside air (possible future impl); fan heat energy |
| H.qFan |
ENERGY |
End of hour |
net energy taken from outside air (possible future impl); fan heat energy |
| H.qLoss |
ENERGY |
End of hour |
leak/loss net energy; energy delivered to load. |
| H.qLoad |
ENERGY |
End of hour |
leak/loss net energy; energy delivered to load. |
| H.qBal |
ENERGY |
End of hour |
unbalance, should be near 0: qh+qc+qO+qFan+qLoss+qLoad. |
| H.ph |
ENERGY |
End of hour |
heat and cool coil input energy, from meter or (probably) from plant |
| H.pc |
ENERGY |
End of hour |
heat and cool coil input energy, from meter or (probably) from plant |
| H.pAuxH |
ENERGY |
End of hour |
heat and cool aux energy |
| H.pAuxC |
ENERGY |
End of hour |
heat and cool aux energy |
| H.pFan |
ENERGY |
End of hour |
fans input energy |
| H.hrsOn |
HOURS |
End of hour |
- time air handler on: accumulated Top.tp_subhrDur
- int members to sum in accumulation. cnguts.h defines assume nSubhr is 1st, nIterFan is last.
|
| H.nSubhr |
number |
End of hour |
subhour counter: for convenience / possibly making cluster-dependent |
| H.nIter1 |
number |
End of hour |
iteration counter 1: # times called, including immediate exits |
| H.nIter2 |
number |
End of hour |
iteration counter 2: # times executed |
| H.nIter4 |
number |
End of hour |
iteration counter 4: # inner loops (calls to pute4Fs) |
| H.nIterFan |
number |
End of hour |
# fan adjustment iterations, counting both ups and downs |
|
| S |
|
|
subhour, aka subStep or sub-time-step |
AHRES_IVL_SUB
| Name |
Type |
Variability |
Description/Comments |
| S.n |
number |
End of subhour |
- number of intervals added together in this one (divisor for averages)
- float members to average in results accumulation. cnguts.h defines assume tDbO is 1st, vf is last.
- pairs consisting of temperature & humidity (wetbulb temp may be generated when printing)
|
| S.tDbO |
TEMP |
End of subhour |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| S.wO |
HUMRAT |
End of subhour |
outdoor temp (for convience for reporting; same for all ah) (Top.tDbO, .wO) |
| S.tr |
TEMP |
End of subhour |
return air (AH.tr,.wr) |
| S.wr |
HUMRAT |
End of subhour |
return air (AH.tr,.wr) |
| S.thx |
TEMP |
End of subhour |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| S.whx |
HUMRAT |
End of subhour |
heat recovery air (.ah_oaHx.hx_supOutAF.as_tdb,.ah_oaHx.hx_supOutAF.as_w) |
| S.fhx |
number |
End of subhour |
fraction air through heat recovery (= 1 - .ah_oaHx.hx_bypassFrac) |
| S.tmix |
TEMP |
End of subhour |
mixed air (.tmix,.wmix) |
| S.wmix |
HUMRAT |
End of subhour |
mixed air (.tmix,.wmix) |
| S.ts |
TEMP |
End of subhour |
supply air (.ts, .ws) |
| S.ws |
HUMRAT |
End of subhour |
supply air (.ts, .ws) |
| S.po |
number |
End of subhour |
fraction outside air (.po) |
| S.frFanOn |
number |
End of subhour |
fraction of time fan on if ahFanCycles, else 1.0 |
| S.vf |
AFLOW |
End of subhour |
- flow (at supply fan) (.cmix)
- float members to add: qh is first, hrsOn is last. CAUTION: q's here are energy not power.
|
| S.qh |
ENERGY |
End of subhour |
heat and total cool load (at coils) |
| S.qc |
ENERGY |
End of subhour |
heat and total cool load (at coils) |
| S.qs |
ENERGY |
End of subhour |
cool sensible and latent loads (included in qc) |
| S.ql |
ENERGY |
End of subhour |
cool sensible and latent loads (included in qc) |
| S.qO |
ENERGY |
End of subhour |
net energy taken from outside air (possible future impl); fan heat energy |
| S.qFan |
ENERGY |
End of subhour |
net energy taken from outside air (possible future impl); fan heat energy |
| S.qLoss |
ENERGY |
End of subhour |
leak/loss net energy; energy delivered to load. |
| S.qLoad |
ENERGY |
End of subhour |
leak/loss net energy; energy delivered to load. |
| S.qBal |
ENERGY |
End of subhour |
unbalance, should be near 0: qh+qc+qO+qFan+qLoss+qLoad. |
| S.ph |
ENERGY |
End of subhour |
heat and cool coil input energy, from meter or (probably) from plant |
| S.pc |
ENERGY |
End of subhour |
heat and cool coil input energy, from meter or (probably) from plant |
| S.pAuxH |
ENERGY |
End of subhour |
heat and cool aux energy |
| S.pAuxC |
ENERGY |
End of subhour |
heat and cool aux energy |
| S.pFan |
ENERGY |
End of subhour |
fans input energy |
| S.hrsOn |
HOURS |
End of subhour |
- time air handler on: accumulated Top.tp_subhrDur
- int members to sum in accumulation. cnguts.h defines assume nSubhr is 1st, nIterFan is last.
|
| S.nSubhr |
number |
End of subhour |
subhour counter: for convenience / possibly making cluster-dependent |
| S.nIter1 |
number |
End of subhour |
iteration counter 1: # times called, including immediate exits |
| S.nIter2 |
number |
End of subhour |
iteration counter 2: # times executed |
| S.nIter4 |
number |
End of subhour |
iteration counter 4: # inner loops (calls to pute4Fs) |
| S.nIterFan |
number |
End of subhour |
# fan adjustment iterations, counting both ups and downs |
|