Jean,
Thank you for this answer.
Still one question:
"d) absolutely critical is to control the surface temperature of the active area. Most likely, you may need to artificially drop the supply water temperature to achieve this, but the dT will be the same, so you will still be using the correct energy"
You mean: lower water temperatures are needed in the simulation, to get a decent cooling load, than one would normally have in reality?
'jeannieboef@xxxxxxxxx' jeannieboef@xxxxxxxxx [EnergyPlus_Support]
schreef op 19/09/2014 6:23:
Thank you for this answer.
Still one question:
"d) absolutely critical is to control the surface temperature of the active area. Most likely, you may need to artificially drop the supply water temperature to achieve this, but the dT will be the same, so you will still be using the correct energy"
You mean: lower water temperatures are needed in the simulation, to get a decent cooling load, than one would normally have in reality?
--
Met vriendelijke
groeten,
Geert Bellens
d) absolutely critical is to control the surface temperature of the active area. Most likely, you may need to artificially drop the supply water temperature to achieve this, but the dT will be the same, so you will still be using the correct energy
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Posted by: Geert Bellens <geert.bellens@xxxxxxxxxxxxxxxxxxxxxx>
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