Generate Equipment

Boiler

class src.Source.characterization.Generate_Equipment.generate_boiler.Boiler(in_var, kb: KB)

Bases: object

Create Boiler Object and characterize its streams

From main characteristics of a boiler, adding to its characterization, it are estimated the inflow/supply/excess heat streams.

id

Equipment ID

Type

int

object_type

DEFAULT = “equipment”

Type

str

streams

Data of the streams associated to this equipment

Type

list

fuel_type

Fuel type

Type

str

supply_capacity

Equipment supply capacity [kW]

Type

float

global_conversion_efficiency

Equipment efficiency []

Type

float

equipment_sub_type

Equipment designation

Type

str

Parameters

• in_var (dict) –

  Equipment characterization data, with the following keys:

  idint

  Equipment ID

  object_typestr

  Equipment type: “process”, “boiler”,”chp”, “burner”, “cooling_equipment”, “stream”

  fuel_typestr

  Fuel type

  boiler_equipment_sub_type: str

  Options: “steam_boiler” or “hot_water_boiler”

  supply_capacityfloat

  Equipment supply capacity [kW]

  global_conversion_efficiencyfloat

  Conversion efficiency []

  processeslist

  List of processes objects associated to the equipment

  equipment_supply_temperaturefloat

  Equipment circuit supply temperature [ºC]

  open_closed_loopint

  Whether is a opens or closed loop boiler; 1 (yes) or 0 (no)

  saturday_onint

  If it is available on Saturday []; 1 (yes) or 0 (no)

  sunday_onint

  If it is available on Sunday []; 1 (yes) or 0 (no)

  shutdown_periodslist

  List with lists of periods of days it is not available [day]; e.g. [[130,140],[289,299]]

  daily_periodslist

  List with lists of hourly periods it is available [h]; e.g. [[8,12],[15,19]]

  equipment_return_temperaturefloat, optional

  Equipment working fluid return temperature [ºC]

  boiler_supply_flowratefloat, optional

  Equipment working fluid mass flowrate. Only for steam boilers.

• kb (dict) – Knowledge Base data

Burner

class src.Source.characterization.Generate_Equipment.generate_burner.Burner(in_var, kb: KB)

Bases: object

Create Burner Object

From main characteristics of a burner, adding to its characterization, it are estimated the inflow/supply/excess heat streams.

id

Equipment ID

Type

int

object_type

DEFAULT = “equipment”

Type

str

streams

Data of the streams associated to this equipment

Type

list

fuel_type

Fuel type

Type

str

supply_capacity

Equipment supply capacity [kW]

Type

float

global_conversion_efficiency

Equipment efficiency []

Type

float

equipment_sub_type

Equipment designation

Type

str

Parameters

• in_var (dict) –

  Equipment characterization data, with the following keys:

  idint

  Equipment ID

  fuel_typestr

  Fuel type

  object_typestr

  Equipment type: “process”, “boiler”,”chp”, “burner”, “cooling_equipment”, “stream”

  global_conversion_efficiencyfloat

  Conversion efficiency []

  supply_capacityfloat

  Equipment supply capacity [kW]

  processeslist

  List of processes objects associated to the equipment

  saturday_onint

  If it is available on Saturday []; 1 (yes) or 0 (no)

  sunday_onint

  If it is available on Sunday []; 1 (yes) or 0 (no)

  shutdown_periodslist

  List with lists of periods of days it is not available [day]; e.g. [[130,140],[289,299]]

  daily_periodslist

  List with lists of hourly periods it is available [h]; e.g. [[8,12],[15,19]]

  burner_equipment_sub_typestr

  Options: “indirect_burner” or “direct_burner”

  burner_excess_heat_supply_temperaturefloat

  Burner recoverable excess heat temperature [ºC]

  burner_excess_heat_flowratefloat

  Burner recoverable excess heat mass flowrate [kg/h]

• kb (dict) – Knowledge Base data

CHP

class src.Source.characterization.Generate_Equipment.generate_chp.Chp(in_var, kb: KB)

Bases: object

Create CHP Object

From main characteristics of a Combined Heat and Power unit, adding to its characterization, it are estimated the inflow/supply/excess heat streams.

id

Equipment ID

Type

int

object_type

DEFAULT = “equipment”

Type

str

streams

Data of the streams associated to this equipment

Type

list

fuel_type

Fuel type

Type

str

supply_capacity

Equipment supply capacity [kW]

Type

float

global_conversion_efficiency

Equipment efficiency []

Type

float

equipment_sub_type

Equipment designation

Type

str

thermal_conversion_efficiency

Thermal conversion efficiency []

Type

float

electrical_conversion_efficiency

Electrical conversion efficiency []

Type

float

Parameters

• in_var (dict) –

  Equipment characterization data, with the following keys:

  • idint

    Equipment ID

  • fuel_typestr

    Fuel type

  object_typestr

  Equipment type: “process”, “boiler”,”chp”, “burner”, “cooling_equipment”, “stream”

  • equipment_sub_type: str

    Options: “steam_boiler” or “hot_water_boiler”

  • supply_capacityfloat, optional

    Equipment supply capacity [kW]; Provide thermal or electrical supply capacity

  • electrical_generationfloat, optional

    CHP electrical generation capacity [kWe]; Provide thermal or electrical supply capacity

  • thermal_conversion_efficiencyfloat, optional

    CHP thermal efficiency []; Provide thermal or electrical conversion efficiency

  • electrical_conversion_efficiencyfloat, optional

    CHP electrical efficiency []; Provide thermal or electrical conversion efficiency

  • global_conversion_efficiencyfloat

    Conversion efficiency []

  • processeslist, optional

    List of processes objects associated to the equipment;

  • equipment_supply_temperaturefloat

    Equipment circuit supply temperature [ºC]

  • open_closed_loopint

    Whether is a opens or closed loop boiler; 1 (yes) or 0 (no)

  • saturday_onint

    If it is available on Saturday []; 1 (yes) or 0 (no)

  • sunday_onint

    If it is available on Sunday []; 1 (yes) or 0 (no)

  • shutdown_periodslist

    List with lists of periods of days it is not available [day]; e.g. [[130,140],[289,299]]

  • daily_periodslist

    List with lists of hourly periods it is available [h]; e.g. [[8,12],[15,19]]

  • equipment_return_temperaturefloat, optional

    Equipment working fluid return temperature [ºC]

• kb (dict) – Knowledge Base data

Cooling Equipment

class src.Source.characterization.Generate_Equipment.generate_cooling_equipment.Cooling_Equipment(in_var, kb: KB)

Bases: object

Create Cooling Equipment Object and characterize its streams

From main characteristics of the cooling equipment, adding to its characterization, it is estimated the excess heat stream.

id

Equipment ID

Type

int

object_type

DEFAULT = “equipment”

Type

str

streams

Data of the streams associated to this equipment

Type

list

fuel_type

Fuel type

Type

str

supply_capacity

Equipment supply capacity [kW]

Type

float

global_conversion_efficiency

Equipment efficiency []

Type

float

equipment_sub_type

Equipment designation

Type

str

Parameters

• in_var (dict) –

  Equipment characterization data, with the following keys:

  idint

  Equipment ID

  fuel_typestr

  Fuel type

  object_typestr

  Equipment type: “process”, “boiler”,”chp”, “burner”, “cooling_equipment”, “stream”

  global_conversion_efficiencyfloat

  Chiller COP []

  supply_capacityfloat

  Equipment supply capacity [kW]

  cooling_equipment_sub_typestr

  Type of cooling equipment; ‘co2_chiller’, ‘cooling_tower’, ‘compression_chiller’

  processeslist

  List of processes objects associated to the equipment

  saturday_onint

  If it is available on Saturday []; 1 (yes) or 0 (no)

  sunday_onint

  If it is available on Sunday []; 1 (yes) or 0 (no)

  shutdown_periodslist

  List with lists of periods of days it is not available [day]; e.g. [[130,140],[289,299]]

  daily_periodslist

  List with lists of hourly periods it is available [h]; e.g. [[8,12],[15,19]]

• kb (dict) – Knowledge Base data