HVACPrototypeSystem

class iesve.HVACPrototypeSystem

Bases: HVACAbstractComponent

get_cooling_design_load(layer_number: int) → float

get_cooling_design_load_per_area(layer_number: int) → float

get_cooling_design_load_per_area_inversed(layer_number: int) → float

get_cooling_max_primary_airflow(layer_number: int) → float

get_heating_design_load(layer_number: int) → float

get_heating_design_load_per_area(layer_number: int) → float

get_heating_design_load_per_area_inversed(layer_number: int) → float

get_heating_max_primary_airflow(layer_number: int) → float

get_node_data(layer_number: int = -1) → dict

Gets a dictionary of node data. layer_number is required for single zone systems, not provide one will produce an error. For single zone systems this arg will be ignored. Possible dictionary keys are:

Key	Value
multiplex_inner_supply_node	(list) Multiplex inner supply node list
multiplex_outer_supply_node	(list) Multiplex outer supply node list
multiplex_return_node	(list) Multiplex return node list
ptu_inlet_node	(int) PTU inlet node
return_node	(int) Return node

get_oa_percentage_of_max_cooling_primary_sa(layer_number: int) → float

Gets the outdoor airflow of maximum cooling primary supply air percentage

get_oa_percentage_of_max_heating_primary_sa(layer_number: int) → float

Gets the outdoor airflow of maximum heating primary supply air percentage

get_peak_data(layer_number: int) → dict

Gets a dictionary of peak data. Possible dictionary keys are:

Key	Value
room_peak_device_type_cooling	(int) Room peak device cooling
room_peak_device_type_heating	(int) Room peak device heating
room_peak_devices_cooling	(list) List of room peak device cooling values
room_peak_devices_heating	(list) List of room peak device heating values
system_peak_device_type_cooling	(int) System peak device cooling
system_peak_device_type_heating	(int) System peak device heating
system_peak_devices_cooling	(list) List of peak devices cooling
system_peak_devices_heating	(list) List of peak devices heating
zone_peak_device_type_cooling	(int) Zone peak device cooling
zone_peak_device_type_heating	(int) Zone peak device heating
zone_peak_devices_cooling	(list) List of zone peak devices cooling values
zone_peak_devices_heating	(list) List of zone peak devices heating values

get_room_cooling_peak_month(layer_number: int) → str

get_room_cooling_peak_time(layer_number: int) → str

get_room_heating_peak_month(layer_number: int) → str

get_room_heating_peak_time(layer_number: int) → str

get_room_id_for_umlh(layer_number: int) → str

Gets the ID of the assigned space for the specified multiplex layer. If this ID is an HVAC zone, it will instead return the master room ID

get_room_occupancy_data(layer_number: int) → dict

Gets the room occupancy for each room associated with prototype system. Room ID used as key for dict

get_room_or_zone(layer_number: int) → HVACRoom | HVACZone | None

Gets the assigned principle HVAC Zone or Room component for the prototype system if Zones or rooms is used.

get_space_id(layer_number: int) → str

Gets the ID of the assigned space for the specified multiplex layer. This is the ID of the assigned HVAC zone if the prototype system uses HVAC zones, or the room ID if the prototype system uses rooms

get_space_ids(layer_number: int) → list[str]

Gets a list of IDs for the assigned space for the specified multiplex layer. This is the IDs of the zoned rooms if the prototype system uses HVAC zones, or a single room ID if the prototype system uses rooms.

get_system_parameters() → SystemParameters

components: list[HVACComponent]

controllers: list[HVACController]

get_system_configuration_option: SystemConfigurationOptions

guid: str

Global Unique ID (GUID) for the prototype system. This ID is tied prototype systems and consistent across all models

is_single_zone_system: bool

is_sizing_enabled: bool

is_valid: bool

multiplex: HVACMultiplex

number_of_layers: int

standard: str

system_type: HVACPrototypeSystemType