@@ -36,21 +36,21 @@ def PrintOutputs(self, model) -> tuple:
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f .write (f" S-DAC-GT Report: Levelized Cost of Direct Air Capture (LCOD)\n " )
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sdac_results .append (OutputTableItem ('S-DAC-GT Report: Levelized Cost of Direct Air Capture (LCOD)' ))
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lcod_prefix = 'LCOD'
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- f .write (f" { lcod_prefix } Using grid-based electricity only: { model .sdacgteconomics .LCOD_elec .value :10.2f} { msdac .LCOD_elec .PreferredUnits .value } \n " )
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+ f .write (f" { lcod_prefix } using grid-based electricity only: { model .sdacgteconomics .LCOD_elec .value :10.2f} { msdac .LCOD_elec .PreferredUnits .value } \n " )
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sdac_results .append (OutputTableItem (f'Using grid-based electricity only' , '{0:10.2f}' .format (msdac .LCOD_elec .value ), msdac .LCOD_elec .PreferredUnits .value ))
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- f .write (f" { lcod_prefix } Using natural gas only: { model .sdacgteconomics .LCOD_ng .value :10.2f} { msdac .LCOD_ng .PreferredUnits .value } \n " )
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+ f .write (f" { lcod_prefix } using natural gas only: { model .sdacgteconomics .LCOD_ng .value :10.2f} { msdac .LCOD_ng .PreferredUnits .value } \n " )
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sdac_results .append (OutputTableItem ('Using natural gas only' , '{0:10.2f}' .format (model .sdacgteconomics .LCOD_ng .value ), msdac .LCOD_ng .PreferredUnits .value ))
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- f .write (f" { lcod_prefix } Using geothermal energy only: { model .sdacgteconomics .LCOD_geo .value :10.2f} { msdac .LCOD_geo .PreferredUnits .value } \n \n " )
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+ f .write (f" { lcod_prefix } using geothermal energy only: { model .sdacgteconomics .LCOD_geo .value :10.2f} { msdac .LCOD_geo .PreferredUnits .value } \n \n " )
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sdac_results .append (OutputTableItem (f'Using geothermal energy only' , '{0:10.2f}' .format (msdac .LCOD_geo .value ), msdac .LCOD_geo .PreferredUnits .value ))
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f .write (f" S-DAC-GT Report: CO2 Intensity of process (percent of CO2 mitigated that is emitted by S-DAC process)\n " )
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sdac_results .append (OutputTableItem ('S-DAC-GT Report: CO2 Intensity of process (percent of CO2 mitigated that is emitted by S-DAC process)' ))
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co2i_prefix = 'CO2 Intensity'
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- f .write (f" { co2i_prefix } Using grid-based electricity only: { msdac .CO2total_elec .value * 100.0 :10.2f} %\n " ) # TODO CurrentUnits
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+ f .write (f" { co2i_prefix } using grid-based electricity only: { msdac .CO2total_elec .value * 100.0 :10.2f} %\n " ) # TODO CurrentUnits
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sdac_results .append (OutputTableItem ('Using grid-based electricity only' , '{0:10.2f}' .format (msdac .CO2total_elec .value * 100.0 ), '%' ))
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- f .write (f" { co2i_prefix } Using natural gas only: { msdac .CO2total_ng .value * 100 :10.2f} %\n " ) # TODO CurrentUnits
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+ f .write (f" { co2i_prefix } using natural gas only: { msdac .CO2total_ng .value * 100 :10.2f} %\n " ) # TODO CurrentUnits
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sdac_results .append (OutputTableItem ('Using natural gas only' , '{0:10.2f}' .format (msdac .CO2total_ng .value * 100.0 ), '%' ))
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- f .write (f" { co2i_prefix } Using geothermal energy only: { msdac .CO2total_geo .value * 100 :10.2f} %\n \n " ) # TODO CurrentUnits
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+ f .write (f" { co2i_prefix } using geothermal energy only: { msdac .CO2total_geo .value * 100 :10.2f} %\n \n " ) # TODO CurrentUnits
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sdac_results .append (OutputTableItem ('Using geothermal energy only' , '{0:10.2f}' .format (msdac .CO2total_geo .value * 100.0 ), '%' ))
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f .write (f" Geothermal LCOH: { msdac .LCOH .value :10.4f} { msdac .LCOH .PreferredUnits .value } \n " )
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sdac_results .append (OutputTableItem ('Geothermal LCOH' , '{0:10.4f}' .format (msdac .LCOH .value ), msdac .LCOH .PreferredUnits .value ))
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