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Has anyone done an air-side heat transfer in the closed loop system usage?

I'm trying to model the air-side heat transfer in the closed-loop system in EnergyPlus. I would like to be able to enter air properties such as velocity, temperature and moisture content, and on the component side of the finned tube heat exchanger, pipe properties such as geometry, diameter, amount, surface and arrangement. I would also be interested in the possible condensation on the finned tube heat exchanger. Are there additional usage for latent and sensible heat in such examples? In the EnergyReferences Handbook I have not found any references to the possibilities of representation of closed loop systems.

I hope someone has already created something like this and can make it available to me.

Has anyone done an air-side heat transfer in the closed loop system usage?

I'm trying to model the air-side heat transfer in the closed-loop system in EnergyPlus. I would like to be able to enter air properties such as velocity, temperature and moisture content, and on the component side of the finned tube heat exchanger, pipe properties such as geometry, diameter, amount, surface and arrangement. I would also be interested in the possible condensation on the finned tube heat exchanger. Are there additional usage for latent and sensible heat in such examples? In the EnergyReferences Handbook I have not found any references to the possibilities of representation of closed loop systems.

I hope someone has already created something like this and can make it available to me.