sepehr
5bd180b5b8
Capture uncommitted solver robustness work (regularization, domain errors, linear solver lifecycle, tube DP/MSH), web workbench updates, and synced BMAD skills across IDE agent folders before starting BPHX pressure-drop. Co-authored-by: Cursor <cursoragent@cursor.com>
1.1 KiB
AirCooledCondenser
Config type: "AirCooledCondenser"
Source: air-cooled condenser / coil stack in components
EN
Purpose & model
Air-cooled condenser: refrigerant condensation against outdoor air stream. Combines refrigerant-side phase-change energy balance with air-side capacity (fan flow × cp_air × effectiveness or coil model).
Q = ε · C_air · (T_cond − T_air,in) # schematic ε-NTU air-side form
May wrap or specialize Condenser with air secondary defaults.
Residuals
Similar to Condenser coupled path: refrigerant energy/momentum + air secondary when live ports or rating air stream set.
Ports
Refrigerant inlet/outlet + air secondary_in/out when 4-port.
Calibration
z_ua default 1.0; fan speed may be free under head-pressure control.
JSON
UA / coil geometry / OAT / face velocity / design capacity depending on arm — see CLI create_component and example air-cooled chillers.
FR
But
Condenseur à air : rejet de chaleur vers l’air extérieur.
Calibration
Z_UA = 1 par défaut ; vitesse ventilateur possible en régulation.
JSON
Voir exemples CLI air-cooled.