 | 1 | initial version |
I'm modeling an indoor greenhouse. The watering of plants creates very high internal latent load. Concurrent with that, the plant evapotranspiration causes a sensible cooling effect. Overall, it's a very unusual sizing problem - at least I think it is for E+ autosizing.
Regardless, E+ is NOT controlling humidity very well for the chilled water system I've defined :(
Can you provide any tips for proper setup for autosizing in this situation?
| | 2 | retagged |
I'm modeling an indoor greenhouse. The watering of plants creates very high internal latent load. Concurrent with that, the plant evapotranspiration causes a sensible cooling effect. Overall, it's a very unusual sizing problem - at least I think it is for E+ autosizing.
Regardless, E+ is NOT controlling humidity very well for the chilled water system I've defined :(
Can you provide any tips for proper setup for autosizing in this situation?
| | 3 | retagged |
I'm modeling an indoor greenhouse. The watering of plants creates very high internal latent load. Concurrent with that, the plant evapotranspiration causes a sensible cooling effect. Overall, it's a very unusual sizing problem - at least I think it is for E+ autosizing.
Regardless, E+ is NOT controlling humidity very well for the chilled water system I've defined :(
Can you provide any tips for proper setup for autosizing in this situation?
| | 4 | retagged |
I'm modeling an indoor greenhouse. The watering of plants creates very high internal latent load. Concurrent with that, the plant evapotranspiration causes a sensible cooling effect. Overall, it's a very unusual sizing problem - at least I think it is for E+ autosizing.
Regardless, E+ is NOT controlling humidity very well for the chilled water system I've defined :(
Can you provide any tips for proper setup for autosizing in this situation?
| | 5 | retagged |
I'm modeling an indoor greenhouse. The watering of plants creates very high internal latent load. Concurrent with that, the plant evapotranspiration causes a sensible cooling effect. Overall, it's a very unusual sizing problem - at least I think it is for E+ autosizing.
Regardless, E+ is NOT controlling humidity very well for the chilled water system I've defined :(
Can you provide any tips for proper setup for autosizing in this situation?
| | 6 | retagged |
I'm modeling an indoor greenhouse. The watering of plants creates very high internal latent load. Concurrent with that, the plant evapotranspiration causes a sensible cooling effect. Overall, it's a very unusual sizing problem - at least I think it is for E+ autosizing.
Regardless, E+ is NOT controlling humidity very well for the chilled water system I've defined :(
Can you provide any tips for proper setup for autosizing in this situation?
