direct air capture + energy cost analysis
A python module for estimating the cost of building and operating direct air capture facilities. Try it on Binder:
This repository contains a simple Python module for analyzing various Direct Air Capture configurations in terms of their energy and fiscal requirements.
The dac_costing
package includes two modules, model
and widget
.
The model
module includes component classes that can be used to create various DAC scenarios.
BatterySection
: class for representing battery requirementsEnergySection
: class for representing the electric or thermal requirements of a systemDacSection
: class for representing the DAC facility (without its energy requirements)DacModel
: class for representing the full/composite DAC system
params['Base Energy Requierement [MW]'] = 38
ebattery = BatterySection(**params)
electric = EnergySection('Solar', battery=ebattery, **params)
params['Base Energy Requierement [MW]'] = 234
tbattery = BatterySection(**params)
thermal = EnergySection('Solar', battery=tbattery, **params)
params['Total Capex [$]'] = 936.01
dac = DacSection(**params)
dac_all = DacModel(electric, thermal, dac, **params)
dac_all.compute().series
pip install git+git://github.com/carbonplan/dac-costing@master
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