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templatize remaining result values
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‎docs/Fervo_Project_Cape-4.md.jinja‎

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@@ -81,29 +81,31 @@ in source code for the complete results.
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### Economic Results
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{# noinspection MarkdownIncorrectTableFormatting #}
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| Metric | Result Value | Reference Value(s) | Reference Source |
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|----------------------------------------------------|---------------------------------------------|----------------------------------------------------------------|--------------------------------------------------|
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| Metric | Result Value | Reference Value(s) | Reference Source |
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|----------------------------------------------------|---------------------------------------------|--------------------------------------------------|------------------|
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| LCOE | {{ '$' ~ lcoe_usd_per_mwh ~ '/MWh' }} | $80/MWh | Horne et al, 2025 |
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| After-tax IRR | {{ irr_pct ~ '%' }} | 15–25% | Typical levered returns for energy projects |
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| Project NPV | {{ '$' ~ npv_musd ~ 'M' }} | | |
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| Project capital costs: Overnight Capital Cost | {{ '$' ~ occ_gusd ~ 'B' }} | | |
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| Project capital costs: Total CAPEX | {{ '$' ~ total_capex_gusd ~ 'B' }} (OCC + interest and inflation during construction) | | |
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| Project capital costs: $/kW | {{ '$' ~ capex_usd_per_kw ~ '/kW' }} (based on maximum net electricity generation) | $5000/kW; $4500/kW; $3000–$6000/kW | McClure, 2024; Horne et al, 2025; Latimer, 2025. |
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| WACC | 9.49% | 8.3% | Matson, 2024. |
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| WACC | {{ wacc_pct ~ '%' }} | 8.3% | Matson, 2024. |
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| Well Drilling and Completion Costs | {{ '$' ~ drilling_costs_per_well_musd ~ 'M/well' }}; {{ '$' ~ drilling_costs_musd ~ 'M' }} total | $<4M/well | Latimer, 2025. |
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| Stimulation Costs | {{ '$' ~ stim_costs_per_well_musd ~ 'M/well' }}; {{ '$' ~ stim_costs_musd ~ 'M' }} total | $4.65M/well (based on 46%:54% drilling:stimulation cost ratio) | Yusifov & Enriquez, 2025. |
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### Technical & Engineering Results
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| Metric | Result Value | Reference Value(s) | Reference Source |
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|--------------------------------------|--------------------------------|-----------------------------------------------------------------------------------------------------------------------------------------------------------|-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
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| Minimum Net Electricity Generation | {{ min_net_generation_mwe }} MW | 500 MW | The announced upsizing to 500 MWe (Fervo Energy, 2025) is interpreted to mean that Cape Station's net electricity generation does not fall below 500 MWe. |
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| Maximum Net Electricity Generation | {{ max_net_generation_mwe}} MW | | |
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| Maximum Total Electricity Generation | 587 MW | | Actual maximum total generation may be bounded or constrained by modular power plant design not modeled in this case study. For example, a modular design with 50MW units may constrain maximum total generation to 600 MW. |
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| Number of times redrilling | 2 | 2–5 | Redrilling expected to be required within 5–10 years of project start |
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| Average Production Temperature | 200℃ | 204℃, 190.6–198.6℃ (optimal plant operating range) | Trent, 2024; Norbeck et al, 2024. |
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{# @formatter:off #}
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| Metric | Result Value | Reference Value(s) | Reference Source |
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|--------------------------------------|---|---|---|
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| Minimum Net Electricity Generation | {{ min_net_generation_mwe }} MW | 500 MW | The announced upsizing to 500 MWe (Fervo Energy, 2025) is interpreted to mean that Cape Station's net electricity generation does not fall below 500 MWe. |
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| Maximum Net Electricity Generation | {{ max_net_generation_mwe}} MW | | |
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| Maximum Total Electricity Generation | {{ max_total_generation_mwe }} MW | | Actual maximum total generation may be bounded or constrained by modular power plant design not modeled in this case study. For example, a modular design with 50MW units may constrain maximum total generation to 600 MW. |
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| Number of times redrilling | {{ number_of_times_redrilling }} | 2–5 | Redrilling expected to be required within 5–10 years of project start |
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| Average Production Temperature | {{ average_production_temperature_degc }} ℃ | 204℃, 190.6–198.6℃ (optimal plant operating range) | Trent, 2024; Norbeck et al, 2024. |
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| Total fracture surface area per well | {{ total_fracture_surface_area_per_well_mm2 }}×10⁶ m² ({{ total_fracture_surface_area_per_well_mft2 }} million ft²) | Project Red: 2.787×10⁶ m² (30 million ft²) | Greater fracture surface area expected than Project Red (Fercho et al, 2025). |
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{# @formatter:on #}
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### Sensitivity Analysis
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‎docs/generate_fervo_project_cape_4_md.py‎

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@@ -92,6 +92,14 @@ def get_result_values(result: GeophiresXResult) -> dict[str, Any]:
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'total_capex_gusd': sig_figs(total_capex_q.to('GUSD').magnitude, 3),
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'min_net_generation_mwe': round(sig_figs(min_net_generation_mwe, 3)),
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'max_net_generation_mwe': round(sig_figs(max_net_generation_mwe, 3)),
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'max_total_generation_mwe': round(
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sig_figs(r['SURFACE EQUIPMENT SIMULATION RESULTS']['Maximum Total Electricity Generation']['value'], 3)
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),
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'number_of_times_redrilling': r['ENGINEERING PARAMETERS']['Number of times redrilling']['value'],
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'average_production_temperature_degc': round(
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sig_figs(r['RESERVOIR SIMULATION RESULTS']['Average Production Temperature']['value'], 3)
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),
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'wacc_pct': sig_figs(r['ECONOMIC PARAMETERS']['WACC']['value'], 3),
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'capex_usd_per_kw': round(
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sig_figs((total_capex_q / PlainQuantity(max_net_generation_mwe, 'MW')).to('USD / kW').magnitude, 2)
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),

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