Cashflow tables and related testing upgrades #3
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…date Util_eff to allow for temperatures above 373 by assuming efficiency os the same, given the plant is the same (usually flash)
…le and "Payoff years"
… code (commented out)
…specific output file
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https://github.com/malcolm-dsider/geophires-x-nrel/actions/runs/8132096778/job/22222153748?pr=3 is failing due to python 3.8 syntax error: I believe this can be resolved by changing line 107 of Outputs.py to: with open(self.output_file, 'w', encoding='UTF-8') as f:(that is, remove wrapping parentheses) |
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I fixed this, then did a commit and push. Do I need to do more?
From: Jonathan Pezzino ***@***.***>
Sent: Sunday, March 3, 2024 12:44 PM
To: malcolm-dsider/geophires-x-nrel ***@***.***>
Cc: Malcolm Ross ***@***.***>; Author ***@***.***>
Subject: Re: [malcolm-dsider/geophires-x-nrel] Cashflow tables and related testing upgrades (PR #3)
https://github.com/malcolm-dsider/geophires-x-nrel/actions/runs/8132096778/job/22222153748?pr=3 is failing due to python 3.8 syntax error:
E File "/home/runner/work/geophires-x-nrel/geophires-x-nrel/.tox/py38/lib/python3.8/site-packages/geophires_x/Outputs.py", line 107
E with (open(self.output_file, 'w', encoding='UTF-8') as f):
I believe this can be resolved by changing line 107 of Outputs.py to:
with open(self.output_file, 'w', encoding='UTF-8') as f:
(that is, remove wrapping parentheses)
—
Reply to this email directly, view it on GitHub <#3 (comment)> , or unsubscribe <https://github.com/notifications/unsubscribe-auth/AWGVYT73RFWKLFWYYJQAAULYWNVNNAVCNFSM6AAAAABEEEYPTOVHI2DSMVQWIX3LMV43OSLTON2WKQ3PNVWWK3TUHMYTSNZVGI2TOMRRGU> .
You are receiving this because you authored the thread. <https://github.com/notifications/beacon/AWGVYT4KNVHZRANLSNXOKPLYWNVNNA5CNFSM6AAAAABEEEYPTOWGG33NNVSW45C7OR4XAZNMJFZXG5LFINXW23LFNZ2KUY3PNVWWK3TUL5UWJTTVXQEH6.gif> Message ID: ***@***.***>
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Sorry, but I don’t understand had to decide that to understand which action /test is failing that you want me to look at.
From: Jonathan Pezzino ***@***.***>
Sent: Sunday, March 3, 2024 2:25 PM
To: malcolm-dsider/geophires-x-nrel ***@***.***>
Cc: Malcolm Ross ***@***.***>; Mention ***@***.***>
Subject: Re: [malcolm-dsider/geophires-x-nrel] Cashflow tables and related testing upgrades (PR #3)
@malcolm-dsider <https://github.com/malcolm-dsider> yep, keep looking at the failing Actions after each commit on this PR. you could start with this one from https://github.com/malcolm-dsider/geophires-x-nrel/actions/runs/8132683836/job/22223402663?pr=3
/home/runner/work/geophires-x-nrel/geophires-x-nrel/tests/test_geophires_x.py:175: in test_geophires_examples
self.assertDictEqual(
E AssertionError: {'SUM[190 chars]ce': {'value': 2.15, 'unit': 'cents/kWh'}, 'Av[12673 chars]99]]} != {'SUM[190 chars]ce': None, 'Average Direct-Use Heat Production[12640 chars]99]]}
E {'CAPITAL COSTS (M$)': {'Auxiliary Heater Cost': None,
E 'District Heating System Cost': None,
E 'Drilling Cost': None,
E 'Drilling and Completion Costs': None,
E 'Drilling and Completion Costs per Well': None,
E 'Drilling and completion costs': {'unit': 'MUSD',
E - 'value': 31.5},
E ? ^^ ^
E
E + 'value': 0.0},
E ? ^ ^
E
E 'Drilling and completion costs per well': {'unit': 'MUSD',
E - 'value': 7.88},
E ? ^ ^^
E
E + 'value': 0.0},
E ? ^ ^
E
E - 'Exploration costs': {'unit': 'MUSD', 'value': 7.08},
E ? ^ ^^
E
E + 'Exploration costs': {'unit': 'MUSD', 'value': 1.29},
E ? ^ ^^
E
E 'Field gathering system costs': {'unit': 'MUSD',
E 'value': 1.93},
E 'Pump Cost': None,
E 'Stimulation costs': {'unit': 'MUSD', 'value': 3.02},
E 'Surface power plant costs': {'unit': 'MUSD',
E 'value': 44.77},
E 'Total CAPEX': None,
E 'Total Capital Costs': None,
E - 'Total capital costs': {'unit': 'MUSD', 'value': 88.3},
E ? ^^ ^
E
E + 'Total capital costs': {'unit': 'MUSD', 'value': 51.01},
E ? ^^ ^^
E
E 'Total surface equipment costs': {'unit': 'MUSD',
E 'value': 46.7},
E 'of which Absorption Chiller Cost': None,
E 'of which Heat Pump Cost': None,
E 'of which Peaking Boiler Cost': None},
E 'CCUS ECONOMICS': {'Project IRR (including carbon credit)': None,
E 'Project MOIC (including carbon credit)': None,
E 'Project NPV (including carbon credit)': None,
E 'Project Payback Period (including carbon credit)': None,
E 'Project VIR=IR=PIR (including carbon credit)': None,
E 'Total Avoided Carbon Production': None},
E 'ECONOMIC PARAMETERS': {'Accrued financing during construction': {'unit': None,
E 'value': 0.0},
E 'Capacity factor': {'unit': '%', 'value': 90.0},
E 'Economic Model': 'Fixed Charge Rate (FCR)',
E 'Fixed Charge Rate (FCR)': {'unit': None,
E 'value': 5.0},
E 'Interest Rate': None,
E - 'Project IRR': {'unit': '%', 'value': 0.21},
E ? ^^
E
E + 'Project IRR': {'unit': '%', 'value': 0.34},
E ? ^^
E
E - 'Project MOIC': {'unit': None, 'value': 5.24},
E ? ^ ^^
E
E + 'Project MOIC': {'unit': None, 'value': 9.81},
E ? ^ ^^
E
E - 'Project NPV': {'unit': 'MUSD', 'value': 196.21},
E ? ^^^ ^^
E
E + 'Project NPV': {'unit': 'MUSD', 'value': 237.73},
E ? ^^^ ^^
E
E - 'Project VIR=PI=PIR': {'unit': None, 'value': 3.22},
E ? ^ ^^
E
E + 'Project VIR=PI=PIR': {'unit': None, 'value': 5.66},
E ? ^ ^^
E
E 'Project lifetime': {'unit': 'yr', 'value': 30}},
E 'ENGINEERING PARAMETERS': {'Average production well temperature drop': {'unit': 'degC',
E 'value': 19.0},
E 'Design': None,
E 'Flow rate': None,
E 'Flowrate per production well': {'unit': 'kg/sec',
E 'value': 55.0},
E 'Fluid': None,
E 'Injection Temperature': None,
E 'Injection temperature': {'unit': 'degC',
E 'value': 50.0},
E 'Injection well casing ID': {'unit': 'in',
E 'value': 7.0},
E 'Lateral Length': None,
E 'Lifetime Average Well Flow Rate': None,
E 'Number of Injection Wells': {'unit': 'count',
E 'value': 2},
E 'Number of Production Wells': {'unit': 'count',
E 'value': 2},
E 'Number of times redrilling': {'unit': 'count',
E 'value': 0},
E 'Power plant type': {'unit': None,
E 'value': 'Single-Flash'},
E 'Production well casing ID': {'unit': 'in',
E 'value': 7.0},
E 'Pump efficiency': {'unit': None, 'value': 80.0},
E 'Vertical Depth': None,
E 'Water loss rate': {'unit': None, 'value': 2.0},
E 'Well depth (or total length, if not vertical)': {'unit': 'kilometer',
E 'value': 7.5},
E 'Wellbore Diameter': None},
E 'EXTENDED ECONOMICS': {'AddOns Payback Period': None,
E 'Adjusted Project CAPEX (after incentives, grants, AddOns, etc)': None,
E 'Adjusted Project LCOE (after incentives, grants, AddOns,etc)': None,
E 'Adjusted Project LCOH (after incentives, grants, AddOns,etc)': None,
E 'Adjusted Project OPEX (after incentives, grants, AddOns, etc)': None,
E 'Project IRR (including AddOns)': None,
E 'Project MOIC (including AddOns)': None,
E 'Project NPV (including AddOns)': None,
E 'Project Payback Period (including AddOns)': None,
E 'Project VIR=PI=PIR (including AddOns)': None,
E 'Total Add-on CAPEX': None,
E 'Total Add-on Net Elec': None,
E 'Total Add-on Net Heat': None,
E 'Total Add-on OPEX': None,
E 'Total Add-on Profit': None},
E 'HEAT AND/OR ELECTRICITY EXTRACTION AND GENERATION PROFILE': [['YEAR',
E 'ELECTRICITY '
E 'PROVIDED '
E '(GWh/year)',
E 'HEAT '
E 'EXTRACTED '
E '(GWh/year)',
E 'RESERVOIR '
E 'HEAT CONTENT '
E '(10^15 J)',
E 'PERCENTAGE OF '
E 'TOTAL HEAT '
E 'MINED (%)'],
E [1,
E 228.8,
E 1101.1,
E 927.54,
E 0.43],
E [2,
E 234.6,
E 1113.2,
E 923.53,
E 0.86],
E [3,
E 236.6,
E 1117.3,
E 919.51,
E 1.29],
E [4,
E 237.8,
E 1119.7,
E 915.48,
E 1.72],
E [5,
E 238.7,
E 1121.4,
E 911.44,
E 2.15],
E [6,
E 239.3,
E 1122.7,
E 907.4,
E 2.59],
E [7,
E 239.8,
E 1123.7,
E 903.35,
E 3.02],
E [8,
E 240.3,
E 1124.6,
E 899.3,
E 3.46],
E [9,
E 240.6,
E 1125.4,
E 895.25,
E 3.89],
E [10,
E 241.0,
E 1126.0,
E 891.2,
E 4.33],
E [11,
E 241.3,
E 1126.6,
E 887.14,
E 4.76],
E [12,
E 241.5,
E 1127.1,
E 883.08,
E 5.2],
E [13,
E 241.7,
E 1127.5,
E 879.03,
E 5.63],
E [14,
E 241.9,
E 1128.0,
E 874.96,
E 6.07],
E [15,
E 242.1,
E 1128.3,
E 870.9,
E 6.51],
E [16,
E 242.3,
E 1128.7,
E 866.84,
E 6.94],
E [17,
E 242.5,
E 1129.0,
E 862.77,
E 7.38],
E [18,
E 242.6,
E 1129.3,
E 858.71,
E 7.81],
E [19,
E 242.8,
E 1129.6,
E 854.64,
E 8.25],
E [20,
E 242.9,
E 1129.9,
E 850.57,
E 8.69],
E [21,
E 243.0,
E 1130.1,
E 846.51,
E 9.12],
E [22,
E 243.2,
E 1130.4,
E 842.44,
E 9.56],
E [23,
E 243.3,
E 1130.6,
E 838.37,
E 10.0],
E [24,
E 243.4,
E 1130.8,
E 834.3,
E 10.44],
E [25,
E 243.5,
E 1131.0,
E 830.22,
E 10.87],
E [26,
E 243.6,
E 1131.2,
E 826.15,
E 11.31],
E [27,
E 243.7,
E 1131.4,
E 822.08,
E 11.75],
E [28,
E 243.8,
E 1131.6,
E 818.0,
E 12.18],
E [29,
E 243.9,
E 1131.8,
E 813.93,
E 12.62],
E [30,
E 203.3,
E 943.3,
E 810.53,
E 12.99]],
E 'OPERATING AND MAINTENANCE COSTS (M$/yr)': {'Absorption Chiller O&M Cost': None,
E 'Annual District Heating O&M Cost': None,
E 'Average Annual Peaking Fuel Cost': None,
E 'Average Heat Pump Electricity Cost': None,
E 'Average Reservoir Pumping Cost': None,
E 'Average annual auxiliary fuel cost': None,
E 'Average annual pumping cost': None,
E 'Average annual pumping costs': None,
E 'OPEX': None,
E 'Power plant maintenance costs': {'unit': 'MUSD/yr',
E 'value': 2.09},
E 'Total average annual O&M costs': None,
E 'Total operating and maintenance costs': {'unit': 'MUSD/yr',
E - 'value': 0.74},
E ? -
E
E + 'value': 0.43},
E ? +
E
E 'Water costs': {'unit': 'MUSD/yr',
E 'value': 0.06},
E 'Wellfield maintenance costs': {'unit': 'MUSD/yr',
E - 'value': 0.81}},
E ? ^^
E
E + 'value': 0.49}},
E ? ^^
E
E 'POWER GENERATION PROFILE': [['YEAR',
E 'THERMAL DRAWDOWN',
E 'GEOFLUID TEMPERATURE (degC)',
E 'PUMP POWER (MW)',
E 'NET POWER (MW)',
E 'FIRST LAW EFFICIENCY (%)'],
E [1, 1.0, 365.6, 0.0, 28.3465, 20.5],
E [2, 1.0157, 371.32, 0.0, 29.555, 20.9933],
E [3, 1.0202, 372.98, 0.0, 29.9119, 21.1377],
E [4, 1.0226, 373.85, 0.0, 30.0996, 21.2134],
E [5, 1.0241, 374.42, 0.0, 30.2245, 21.2637],
E [6, 1.0253, 374.85, 0.0, 30.317, 21.3009],
E [7, 1.0262, 375.18, 0.0, 30.39, 21.3303],
E [8, 1.027, 375.46, 0.0, 30.4499, 21.3543],
E [9, 1.0276, 375.69, 0.0, 30.5006, 21.3747],
E [10, 1.0281, 375.89, 0.0, 30.5443, 21.3922],
E [11, 1.0286, 376.06, 0.0, 30.5827, 21.4076],
E [12, 1.029, 376.22, 0.0, 30.6169, 21.4213],
E [13, 1.0294, 376.36, 0.0, 30.6476, 21.4336],
E [14, 1.0298, 376.48, 0.0, 30.6755, 21.4448],
E [15, 1.0301, 376.6, 0.0, 30.701, 21.455],
E [16, 1.0304, 376.71, 0.0, 30.7245, 21.4644],
E [17, 1.0306, 376.81, 0.0, 30.7462, 21.4731],
E [18, 1.0309, 376.9, 0.0, 30.7664, 21.4812],
E [19, 1.0311, 376.98, 0.0, 30.7853, 21.4887],
E [20, 1.0314, 377.06, 0.0, 30.8029, 21.4958],
E [21, 1.0316, 377.14, 0.0, 30.8196, 21.5024],
E [22, 1.0318, 377.21, 0.0, 30.8353, 21.5087],
E [23, 1.0319, 377.28, 0.0, 30.8502, 21.5147],
E [24, 1.0321, 377.34, 0.0, 30.8643, 21.5203],
E [25, 1.0323, 377.4, 0.0, 30.8777, 21.5257],
E [26, 1.0324, 377.46, 0.0, 30.8904, 21.5308],
E [27, 1.0326, 377.51, 0.0, 30.9026, 21.5356],
E [28, 1.0327, 377.57, 0.0, 30.9143, 21.5403],
E [29, 1.0329, 377.62, 0.0, 30.9254, 21.5447],
E [30, 1.033, 377.67, 0.0, 30.9361, 21.549]],
E 'RESERVOIR PARAMETERS': {'Bottom-hole temperature': {'unit': 'degC',
E 'value': 395.0},
E 'Fracture area': {'unit': 'm**2', 'value': 810000.0},
E 'Fracture model': 'Square',
E 'Fracture width': None,
E 'Injectivity Index': {'unit': 'kg/sec/bar',
E 'value': 5.0},
E 'Plant outlet pressure': {'unit': 'kPa',
E 'value': 100.0},
E 'Production wellhead pressure': None,
E 'Productivity Index': None,
E 'Reservoir Model': 'Multiple Parallel Fractures '
E 'Model',
E 'Reservoir density': {'unit': 'kg/m**3',
E 'value': 2700.0},
E 'Reservoir heat capacity': {'unit': 'J/kg/kelvin',
E 'value': 1000.0},
E 'Reservoir hydrostatic pressure': {'unit': 'kPa',
E 'value': 68311.02},
E 'Reservoir porosity': None,
E 'Reservoir thermal conductivity': {'unit': 'watt/m/kelvin',
E 'value': 2.7},
E 'Reservoir volume': {'unit': 'm**3',
E 'value': 1000000000},
E 'Thermal Conductivity': None,
E 'Well seperation: fracture height': {'unit': 'meter',
E 'value': 900.0}},
E 'RESERVOIR SIMULATION RESULTS': {'Average Annual Heat Stored': None,
E 'Average Annual Heat Supplied': None,
E 'Average Balance Well Temperature': None,
E 'Average Heat Production': None,
E 'Average Injection Well Pump Pressure Drop': {'unit': 'kPa',
E 'value': -6843.0},
E 'Average Net Electricity Production': {'unit': 'MW',
E 'value': 30.58},
E 'Average Production Pressure': None,
E 'Average Production Temperature': {'unit': 'degC',
E 'value': 376.0},
E 'Average Production Well Pump Pressure Drop': None,
E 'Average Production Well Temperature Drop': {'unit': 'degC',
E 'value': 19.0},
E 'Average Reservoir Heat Extraction': {'unit': 'MW',
E 'value': 142.85},
E 'Average Round-Trip Efficiency': None,
E 'Average Storage Well Temperature': None,
E 'First Year Electricity Production': None,
E 'First Year Heat Production': None,
E 'Initial Production Temperature': {'unit': 'degC',
E 'value': 365.6},
E 'Maximum Annual Heat Stored': None,
E 'Maximum Annual Heat Supplied': None,
E 'Maximum Balance Well Temperature': None,
E 'Maximum Production Temperature': {'unit': 'degC',
E 'value': 377.7},
E 'Maximum Storage Well Temperature': None,
E 'Minimum Annual Heat Stored': None,
E 'Minimum Annual Heat Supplied': None,
E 'Minimum Balance Well Temperature': None,
E 'Minimum Production Temperature': {'unit': 'degC',
E 'value': 365.6},
E 'Minimum Storage Well Temperature': None,
E 'Production Wellbore Heat Transmission Model': 'Ramey '
E 'Model',
E 'Total Average Pressure Drop': None},
E 'RESOURCE CHARACTERISTICS': {'Geothermal gradient': {'unit': 'degC/m',
E 'value': 0.05},
E 'Maximum reservoir temperature': {'unit': 'degC',
E 'value': 500.0},
E 'Number of segments': {'unit': 'count',
E 'value': 1},
E 'Segment 1 Geothermal gradient': None,
E 'Segment 1 Thickness': None,
E 'Segment 2 Geothermal gradient': None,
E 'Segment 2 Thickness': None,
E 'Segment 3 Geothermal gradient': None,
E 'Segment 3 Thickness': None,
E 'Segment 4 Geothermal gradient': None},
E 'SUMMARY OF RESULTS': {'Annual District Heating Demand': None,
E 'Average Annual Geothermal Heat Production': None,
E 'Average Annual Peaking Fuel Heat Production': None,
E 'Average Cooling Production': None,
E 'Average Direct-Use Heat Production': None,
E 'Average Net Electricity Production': {'unit': 'MW',
E 'value': 30.58},
E 'Direct-Use Cooling Breakeven Price': None,
E 'Direct-Use heat breakeven price': None,
E - 'Electricity breakeven price': {'unit': 'cents/kWh',
E ? ^^^ ------- --------
E
E + 'Electricity breakeven price': None,
E ? ^^
E
E - 'value': 2.15},
E 'End-Use': None,
E 'End-Use Option': {'unit': None,
E 'value': 'Electricity'},
E 'Flowrate per production well': {'unit': 'kg/sec',
E 'value': 55.0},
E 'Geothermal gradient': {'unit': 'degC/m',
E 'value': 0.05},
E 'LCOE': None,
E 'LCOH': None,
E 'Lifetime Average Well Flow Rate': None,
E 'Number of injection wells': {'unit': 'count',
E 'value': 2},
E 'Number of production wells': {'unit': 'count',
E 'value': 2},
E 'Segment 1 Geothermal gradient': None,
E 'Segment 1 Thickness': None,
E 'Segment 2 Geothermal gradient': None,
E 'Segment 2 Thickness': None,
E 'Segment 3 Geothermal gradient': None,
E 'Segment 3 Thickness': None,
E 'Segment 4 Geothermal gradient': None,
E 'Well depth': None},
E 'SURFACE EQUIPMENT SIMULATION RESULTS': {'Annual District Heating Demand': None,
E 'Average Annual Auxiliary Heating Production': None,
E 'Average Annual Cooling Production': None,
E 'Average Annual Electricity Use for Pumping': None,
E 'Average Annual Heat Production': None,
E 'Average Annual Heat Pump Electricity Use': None,
E 'Average Annual Net Electricity Generation': {'unit': 'GWh',
E 'value': 239.79},
E 'Average Annual RTES Heating Production': None,
E 'Average Annual Total Electricity Generation': {'unit': 'GWh',
E 'value': 239.79},
E 'Average Annual Total Heating Production': None,
E 'Average Auxiliary Heating Production': None,
E 'Average Cooling Production': None,
E 'Average Daily District Heating Demand': None,
E 'Average Geothermal Heating Production': None,
E 'Average Net Electricity Generation': {'unit': 'MW',
E 'value': 30.58},
E 'Average Net Heat Production': None,
E 'Average Peaking Boiler Heat Production': None,
E 'Average Pumping Power': {'unit': 'MW',
E 'value': 0.0},
E 'Average RTES Heating Production': None,
E 'Average Total Electricity Generation': {'unit': 'MW',
E 'value': 30.58},
E 'Initial Cooling Production': None,
E 'Initial Net Electricity Generation': {'unit': 'MW',
E 'value': 28.35},
E 'Initial Net Heat Production': None,
E 'Initial Total Electricity Generation': {'unit': 'MW',
E 'value': 28.35},
E 'Initial geofluid availability': {'unit': 'MW/(kg/s)',
E 'value': 0.6},
E 'Initial pumping power/net installed power': None,
E 'Maximum Cooling Production': None,
E 'Maximum Daily District Heating Demand': None,
E 'Maximum Geothermal Heating Production': None,
E 'Maximum Net Electricity Generation': {'unit': 'MW',
E 'value': 30.94},
E 'Maximum Net Heat Production': None,
E 'Maximum Peaking Boiler Heat Production': None,
E 'Maximum Total Electricity Generation': {'unit': 'MW',
E 'value': 30.94},
E 'Minimum Cooling Production': None,
E 'Minimum Daily District Heating Demand': None,
E 'Minimum Geothermal Heating Production': None,
E 'Minimum Net Electricity Generation': {'unit': 'MW',
E 'value': 28.35},
E 'Minimum Net Heat Production': None,
E 'Minimum Peaking Boiler Heat Production': None,
E 'Minimum Total Electricity Generation': {'unit': 'MW',
E 'value': 28.35},
E 'Surface Plant Cost': None}} : Example test: example_SHR-2.txt
The above exception was the direct cause of the following exception:
/home/runner/work/geophires-x-nrel/geophires-x-nrel/tests/test_geophires_x.py:210: in test_geophires_examples
raise AssertionError(msg) from ae
E AssertionError: Results are not approximately equal within any percentage <100
—
Reply to this email directly, view it on GitHub <#3 (comment)> , or unsubscribe <https://github.com/notifications/unsubscribe-auth/AWGVYT5AONLVQZZVYYWVBCTYWOBIBAVCNFSM6AAAAABEEEYPTOVHI2DSMVQWIX3LMV43OSLTON2WKQ3PNVWWK3TUHMYTSNZVGI4TKNBRGQ> .
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@malcolm-dsider disregard my comment about the next failing action for now - defer to our offline discussion |
This was referenced Mar 4, 2024
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