Update app/hvac_loads.py

app/hvac_loads.py

@@ -492,7 +492,7 @@ class TFMCalculations:
             return 0.0
 
     @staticmethod
-    def calculate_ventilation_load(internal_loads: Dict, outdoor_temp: float, indoor_temp: float, area: float, building_info: Dict, mode: str = "none") -> tuple[float, float]:
+    def calculate_ventilation_load(internal_loads: Dict, outdoor_temp: float, indoor_temp: float, area: float, building_info: Dict, hour: int, mode: str = "none") -> tuple[float, float]:
         """Calculate ventilation load for heating and cooling in kW based on mode."""
         if mode == "none":
             return 0, 0
@@ -554,7 +554,7 @@ class TFMCalculations:
             return 0, 0
 
     @staticmethod
-    def calculate_infiltration_load(internal_loads: Dict, outdoor_temp: float, indoor_temp: float, area: float, building_info: Dict, mode: str = "none") -> tuple[float, float]:
+    def calculate_infiltration_load(internal_loads: Dict, outdoor_temp: float, indoor_temp: float, area: float, building_info: Dict, hour: int, mode: str = "none") -> tuple[float, float]:
         """Calculate infiltration load for heating and cooling in kW based on mode."""
         if mode == "none":
             return 0, 0
@@ -761,16 +761,16 @@ class TFMCalculations:
                         logger.info(f"Component {comp.get('name', 'Unknown')} ({TFMCalculations.get_component_type(comp).value}) solar load: {component_solar_load:.3f} kW, accumulated solar: {solar:.3f} kW")
                 
                 internal = TFMCalculations.calculate_internal_load(internal_loads, hour, max([p["end"] - p["start"] for p in operating_periods]), area)
-                ventilation_cooling, _ = TFMCalculations.calculate_ventilation_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, mode="cooling")
-                infiltration_cooling, _ = TFMCalculations.calculate_infiltration_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, mode="cooling")
+                ventilation_cooling, _ = TFMCalculations.calculate_ventilation_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, hour, mode="cooling")
+                infiltration_cooling, _ = TFMCalculations.calculate_infiltration_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, hour, mode="cooling")
             elif is_operating and mode == "heating":
                 for comp_list in components.values():
                     for comp in comp_list:
                         _, heat_load = TFMCalculations.calculate_conduction_load(comp, outdoor_temp, indoor_temp, hour, mode="heating")
                         conduction_heating += heat_load
                 internal = TFMCalculations.calculate_internal_load(internal_loads, hour, max([p["end"] - p["start"] for p in operating_periods]), area)
-                _, ventilation_heating = TFMCalculations.calculate_ventilation_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, mode="heating")
-                _, infiltration_heating = TFMCalculations.calculate_infiltration_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, mode="heating")
+                _, ventilation_heating = TFMCalculations.calculate_ventilation_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, hour, mode="heating")
+                _, infiltration_heating = TFMCalculations.calculate_infiltration_load(internal_loads, outdoor_temp, indoor_temp, area, building_info, hour, mode="heating")
             else:
                 internal = 0