Describe the solution you'd like
Add new node:
SAMMollier.ModifyProcessByBypassFactor
Input:
- _process
- _bypassfactor_ (Default 1)
Output:
- mollierProcess
- end
- color
- epsilon
Additional context
Sometimes we allow air to bypass coil.
The term "bypass factor" in the context of Air Handling Units (AHU) and cooling coils refers to the fraction of air that does not come into contact with the cooling surfaces (like the fins of the coil) and hence does not get cooled. This concept is crucial in understanding the efficiency and performance of cooling systems.
Here we would use 0.33 which represet 33% of air. This means 66% of air goes via coil and 33% bypass
Describe the solution you'd like
Add new node:
SAMMollier.ModifyProcessByBypassFactorInput:
Output:
Additional context
Sometimes we allow air to bypass coil.
The term "bypass factor" in the context of Air Handling Units (AHU) and cooling coils refers to the fraction of air that does not come into contact with the cooling surfaces (like the fins of the coil) and hence does not get cooled. This concept is crucial in understanding the efficiency and performance of cooling systems.
Here we would use 0.33 which represet 33% of air. This means 66% of air goes via coil and 33% bypass
