h2integrate.converters.ammonia.simple_ammonia_model

h2integrate.converters.ammonia.simple_ammonia_model#

Classes

`AmmoniaCostModelConfig`(*, ...[, cost_year])	Configuration inputs for the ammonia cost model, including plant capacity and feedstock details.
`AmmoniaPerformanceModelConfig`(*, ...)	Configuration inputs for the ammonia performance model, including plant capacity and capacity factor.
`SimpleAmmoniaCostModel`(**kwargs)	An OpenMDAO component for calculating the costs associated with ammonia production.
`SimpleAmmoniaPerformanceModel`(**kwargs)	An OpenMDAO component for modeling the performance of an ammonia plant.

class h2integrate.converters.ammonia.simple_ammonia_model.AmmoniaPerformanceModelConfig(*, plant_capacity_kgpy, plant_capacity_factor)#

Configuration inputs for the ammonia performance model, including plant capacity and capacity factor.

Variables:

plant_capacity_kgpy (float) -- Annual production capacity of the plant in kg.
plant_capacity_factor (float) -- The ratio of actual production to maximum possible production over a year.

Parameters:

plant_capacity_kgpy (float)
plant_capacity_factor (float)

plant_capacity_kgpy: float#

plant_capacity_factor: float#

class h2integrate.converters.ammonia.simple_ammonia_model.SimpleAmmoniaPerformanceModel(**kwargs)#

An OpenMDAO component for modeling the performance of an ammonia plant. Computes annual ammonia production based on plant capacity and capacity factor.

_time_step_bounds = (3600, 3600)#

_control_classifier = 'dispatchable'#

initialize()#: Perform any one-time initialization run at instantiation.

setup()#

Declare inputs and outputs.

Available attributes:: name pathname comm options

compute(inputs, outputs)#

Computation for the OM component.

For a template class this is not implement and raises an error.

class h2integrate.converters.ammonia.simple_ammonia_model.AmmoniaCostModelConfig(*, plant_capacity_kgpy, plant_capacity_factor, electricity_cost, cooling_water_cost, iron_based_catalyst_cost, oxygen_cost, electricity_consumption, hydrogen_consumption, cooling_water_consumption, iron_based_catalyst_consumption, oxygen_byproduct, capex_scaling_exponent, cost_year=2022)#

Configuration inputs for the ammonia cost model, including plant capacity and feedstock details.

Variables:

plant_capacity_kgpy (float) -- Annual production capacity of the plant in kg.
plant_capacity_factor (float) -- The ratio of actual production to maximum possible production over a year.
electricity_cost (float) -- Cost per MWh of electricity.
cooling_water_cost (float) -- Cost per gallon of cooling water.
iron_based_catalyst_cost (float) -- Cost per kg of iron-based catalyst.
oxygen_cost (float) -- Cost per kg of oxygen.
electricity_consumption (float) -- Electricity consumption in MWh per kg of ammonia production.
hydrogen_consumption (float) -- Hydrogen consumption in kg per kg of ammonia production.
cooling_water_consumption (float) -- Cooling water consumption in gallons per kg of ammonia production.
iron_based_catalyst_consumption (float) -- Iron-based catalyst consumption in kg per kg of ammonia production.
oxygen_byproduct (float) -- Oxygen byproduct in kg per kg of ammonia production.
capex_scaling_exponent (float) -- Power applied to ratio of capacities when calculating CAPEX from a baseline value at a different capacity.
cost_year (int) -- dollar year for costs.

Parameters:

plant_capacity_kgpy (float)
plant_capacity_factor (float)
electricity_cost (float)
cooling_water_cost (float)
iron_based_catalyst_cost (float)
oxygen_cost (float)
electricity_consumption (float)
hydrogen_consumption (float)
cooling_water_consumption (float)
iron_based_catalyst_consumption (float)
oxygen_byproduct (float)
capex_scaling_exponent (float)
cost_year (int)

plant_capacity_kgpy: float#

plant_capacity_factor: float#

electricity_cost: float#

cooling_water_cost: float#

iron_based_catalyst_cost: float#

oxygen_cost: float#

electricity_consumption: float#

hydrogen_consumption: float#

cooling_water_consumption: float#

iron_based_catalyst_consumption: float#

oxygen_byproduct: float#

capex_scaling_exponent: float#

cost_year: int#

class h2integrate.converters.ammonia.simple_ammonia_model.SimpleAmmoniaCostModel(**kwargs)#

An OpenMDAO component for calculating the costs associated with ammonia production. Includes CapEx, OpEx, and byproduct credits, and exposes all detailed cost outputs.

_time_step_bounds = (3600, 3600)#