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3 | 3 | --- "Commercial-Scale Demonstration of a First-of-a-Kind Enhanced Geothermal System."
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4 | 4 | --- https://doi.org/10.31223/X52X0B
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5 | 5 |
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6 |
| -Has Nonvertical Section, True |
7 |
| -Multilaterals Cased, True |
8 |
| -Well Geometry Configuration, 4, ----L |
9 |
| -Number of Multilateral Sections, 2, ---Two parallel horizontal sections |
10 |
| -Well Drilling Cost Correlation,3, --- [-] Use built-in well drilling cost correlation #3 = vertical large diameter |
11 |
| -Horizontal Well Drilling Cost Correlation,4, --- [-] Use built-in well drilling cost correlation #4 = deviated large diameter |
12 |
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| 6 | +***Reservoir Parameters*** |
13 | 7 | Reservoir Model, 1
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| 8 | +Reservoir Volume Option,1, ---Should be 1 2 3 or 4. See manual for details. |
| 9 | +Reservoir Density, 2700 |
14 | 10 | Reservoir Depth, 2347 meter
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15 |
| -Number of Segments, 1 |
16 |
| -Gradient 1, 68 |
17 |
| -Number of Production Wells, 1 |
18 |
| -Number of Injection Wells, 1 |
19 |
| -Production Well Diameter, 7 |
20 |
| -Injection Well Diameter, 7 |
21 |
| -Ramey Production Wellbore Model, 1 |
22 |
| -Injection Wellbore Temperature Gain, 0 |
23 |
| -Production Flow Rate per Well, 63 |
24 |
| - |
| 11 | +Reservoir Heat Capacity,1000, ---[J/kg/K] |
| 12 | +Reservoir Thermal Conductivity, 2.7 |
| 13 | +Number of Fractures, 100 |
25 | 14 | Fracture Shape, 4
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26 | 15 | Fracture Height, 100
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27 | 16 | Fracture Width, 991 meter
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28 | 17 | Fracture Separation, 10 meter
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| 18 | +Number of Segments,1, ---[-] |
| 19 | +Gradient 1, 68 |
| 20 | +Drawdown Parameter,.00002, ---[kg/s/m2] |
| 21 | +Maximum Temperature, 500 |
29 | 22 |
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30 |
| -Reservoir Volume Option, 1 |
31 |
| -Number of Fractures, 100 |
32 |
| -Water Loss Fraction, .02 |
33 |
| -Productivity Index, 5 |
34 |
| -Injectivity Index, 5 |
| 23 | +*** Wellbore Parameters*** |
| 24 | +Number of Injection Wells, 1, ---[-] |
| 25 | +Number of Production Wells,1, ---[-] |
| 26 | +Well Geometry Configuration, 4, ----L |
| 27 | +Has Nonvertical Section, True |
| 28 | +Multilaterals Cased, True |
| 29 | +Number of Multilateral Sections, 2, ---Two parallel horizontal sections |
| 30 | +Total Nonvertical Length, 990 meter |
| 31 | +Well Drilling Cost Correlation,3, --- [-] Use built-in well drilling cost correlation #3 = vertical large diameter |
| 32 | +Horizontal Well Drilling Cost Correlation,4, --- [-] Use built-in well drilling cost correlation #4 = deviated large diameter |
| 33 | +Production Flow Rate per Well, 63 |
| 34 | +Production Well Diameter, 7 |
| 35 | +Injection Well Diameter, 7 |
35 | 36 | Injection Temperature, 50
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36 |
| -Maximum Drawdown, 1 |
37 |
| -Reservoir Heat Capacity, 1000 |
38 |
| -Reservoir Density, 2700 |
39 |
| -Reservoir Thermal Conductivity, 2.7 |
40 |
| -End-Use Option, 1 |
41 |
| -Economic Model, 1 |
42 |
| -Power Plant Type, 4 |
43 |
| -Circulation Pump Efficiency, .8 |
44 |
| -Utilization Factor, .9 |
45 |
| -Surface Temperature, 20 |
46 |
| -Ambient Temperature, 20 |
| 37 | +Injection Wellbore Temperature Gain,3, ---[deg.C] |
| 38 | +Injectivity Index, 5, ---[kg/s/bar] |
| 39 | +Productivity Index, 5 |
| 40 | +Ramey Production Wellbore Model,1, ---Should be 0 (disabled) or 1 (enabled) |
| 41 | +Utilization Factor,.9, ---[-]Water Loss Fraction, .02x |
| 42 | +Water Loss Fraction,0.02, ---[-] |
| 43 | +Maximum Drawdown,1, ---[-] no redrilling considered |
| 44 | + |
| 45 | +***Surfaceplant Parameters*** |
| 46 | +Ambient Temperature, 10.27, ---[deg.C] |
| 47 | +Surface Temperature, 10.27 |
| 48 | +End-Use Option,1, ---electricity as the main product |
47 | 49 | Plant Lifetime, 30
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48 |
| -Fixed Charge Rate, .05 |
49 |
| -Inflation Rate During Construction, 0 |
50 |
| -Time steps per year, 6 |
51 |
| -Maximum Temperature, 500 |
| 50 | +Power Plant Type,4, ---Double-Flash |
| 51 | +End-Use Efficiency Factor,.9, ---[-] |
| 52 | +Circulation Pump Efficiency,.80, ---[-] |
| 53 | + |
| 54 | +*** Economic Parameters*** |
| 55 | +Economic Model,3, ---BICYCLE Levelized Cost Model |
| 56 | +Starting Electricity Sale Price,0.15 |
| 57 | +Ending Electricity Sale Price,1.00, essentially no limit s the rate can rise continuously with inflation |
| 58 | +Electricity Escalation Rate Per Year, 0.004053223, End up being about 2% inflation |
| 59 | +Electricity Escalation Start Year,1 |
| 60 | +Fraction of Investment in Bonds,.5, ---[-] Required for BICYCLE model |
| 61 | +Combined Income Tax Rate,.3, ---[-] Required for BICYCLE model |
| 62 | +Gross Revenue Tax Rate,0, ---[-] Required for BICYCLE model |
| 63 | +Inflated Bond Interest Rate,.05, ---[-] Required for BICYCLE model |
| 64 | +Inflated Equity Interest Rate,.08, ---[-] Required for BICYCLE model |
| 65 | +Inflation Rate,.02, ---[-] Required for BICYCLE model |
| 66 | +Investment Tax Credit Rate,0, ---[-] Required for BICYCLE model |
| 67 | +Inflation Rate During Construction, 0.05, ---[-] |
| 68 | +Property Tax Rate,0, ---[-] Required for BICYCLE model |
| 69 | + |
| 70 | +***Other Parameters*** |
| 71 | +Print Output to Console, 1, ---Should be 1 (to print) or 0 (to not print) |
| 72 | +Time steps per year,10, ---[-] |
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