Banana Range Wind Farm

Owner: Orange Creek Energy Pty Ltd

Status:

Technology Type: Wind Turbine - Onshore

Fuel Type: Wind - Wind

DUID:

Capacity: 0 MW

Full Commercial Use Date:

Expected Closure Year:

Closure Date:

Dispatch & revenue

29 May 2026 04:00 → 30 May 2026 04:00 AEST · data through 30 May 2026, 04:00

No DUID specified. Open this page from the stats list or a generator profile.

Financial overview

Type
Wind (onshore)
Capacity
228 MW
Revenue (× MLF) (stats)
See dispatch stats link above
Est. SRMC
$0.00/MWh
Capex total (greenfield) $722.76M
Capex refurbishment
Capex / MW $3,170,000
Capex / MWh storage
Fixed OPEX (annual) $6.38M
Fixed OPEX / MW-yr $28,000
Variable OPEX / MWh $0.00
Fuel cost / GJ $0.00
Heat rate GJ/MWh

All monetary values shown in 2026 real AUD (CPI-escalated). Confidence: medium · Status: ai estimated · Capex basis: estimated · AI checked 04 Jun 2026

Notes: No project-specific financial close, EPC contract price, O&M contract price, turbine supply agreement, or closure/decommissioning provision was found in public sources. Capex and O&M are estimated from AEMO/Aurecon 2024 onshore-wind benchmarks scaled to 228 MW and adjusted using Aurecon's Biloela location/O&M factors. Calculation: base EPC AUD 3.170m/MW x 228 MW x 1.15 Biloela revised location factor = AUD 831.174m; land/development allowance = 2.5% of base EPC = AUD 18.069m; estimated total = AUD 849.243m. Fixed O&M calculation: AUD 28,000/MW-year x 1.26 Biloela O&M factor = AUD 35,280/MW-year; x 228 MW = AUD 8.044m/year. Variable O&M is reported as 0 only because Aurecon treats onshore-wind variable O&M as included in fixed O&M, not because no variable maintenance costs exist. Current schedule is uncertain/conflicting: the user-provided online date is 2026-12-01; Powerlink's November 2025 connection newsletter indicates connection construction from September 2026 pending approvals; the project website says construction is planned to start in 2027; Banana Shire Council still lists construction start 2024 and end 2027. No generator-specific closure date was found; wind technical/operational life is assumed at the low end of Aurecon's 30-35 year range, with economic/design life 20-25 years.

[AI 2026-06-04] No current FID/construction-cost disclosure for the 228 MW / 41-turbine Banana Range Wind Farm was found. The capex estimate uses AEMO/Aurecon 2024 onshore-wind benchmark EPC cost of AUD 3,170/kW applied to 228 MW, excluding land/development costs. If adding Aurecon's illustrative land and development allowance of 2.5% of CAPEX, total estimated capex would be approximately AUD 740.8 million. A historical 2019 media report cited US$240 million for an earlier 180 MW / 50-turbine approved scope; this is superseded by the current 228 MW / 41-turbine design and is not used as the main capex assumption. Current owner/developer evidence indicates EDF acquired the project from Goldwind Australia and Lacour Energy in May 2021, while the original vehicle/owner name Orange Creek Energy Pty Ltd appears in older development materials. Project website timeline indicates financial close in 2025, construction in 2026 and operation in 2027; this conflicts with the provided online date of 2026-12-01 and should be reviewed. Major end-of-life assumption: onshore wind technical life 30-35 years with life-extension assessment; GHD estimates retirement costs at AUD 152,000/MW for a representative onshore wind farm, but this is not included in capex or opex fields.

Sources

Last AI response

Model: gpt-5.5 · Reasoning: medium · Fetched 04 Jun 2026 08:04 · ID: resp_07e30a836ee87b69006a20a46d71d88195b5ee6c8afeb64a81

Parsed extraction JSON
{
    "generator_identity": {
        "site_name": "Banana Range Wind Farm",
        "duid": null,
        "owner": "Orange Creek Energy Pty Ltd; project acquired and being developed/operated by EDF Power Solutions Australia / EDF Renewables Australia",
        "region": "QLD, NEM",
        "technology_type": "Wind Turbine - Onshore",
        "fuel_type": "Wind - Wind"
    },
    "financial_profile": {
        "generator_type_normalised": "wind_onshore",
        "capex_total_aud": 722760000,
        "capex_year": 2024,
        "capex_basis": "estimated",
        "capex_per_mw_aud": 3170000,
        "capex_per_mwh_aud": null,
        "fixed_opex_annual_aud": 6384000,
        "fixed_opex_per_mw_year_aud": 28000,
        "variable_opex_per_mwh_aud": 0,
        "fuel_cost_per_gj_aud": 0,
        "fuel_contract_notes": "No fuel purchase contract required for wind generation. Project-specific offtake/support information found: selected in CIS Tender 7 as a 228 MW QLD wind project; successful projects remain subject to signing a CISA. Earlier project information notes CS Energy signed an MoU with EDF Renewables, but no binding PPA/fuel contract price was found.",
        "heat_rate_gj_per_mwh": null,
        "efficiency_pct": null,
        "emissions_intensity_tco2_mwh": 0,
        "asset_life_years": 30,
        "discount_rate_pct": null,
        "source_confidence": "medium",
        "data_status": "partially_verified",
        "notes": "No current FID/construction-cost disclosure for the 228 MW / 41-turbine Banana Range Wind Farm was found. The capex estimate uses AEMO/Aurecon 2024 onshore-wind benchmark EPC cost of AUD 3,170/kW applied to 228 MW, excluding land/development costs. If adding Aurecon's illustrative land and development allowance of 2.5% of CAPEX, total estimated capex would be approximately AUD 740.8 million. A historical 2019 media report cited US$240 million for an earlier 180 MW / 50-turbine approved scope; this is superseded by the current 228 MW / 41-turbine design and is not used as the main capex assumption. Current owner/developer evidence indicates EDF acquired the project from Goldwind Australia and Lacour Energy in May 2021, while the original vehicle/owner name Orange Creek Energy Pty Ltd appears in older development materials. Project website timeline indicates financial close in 2025, construction in 2026 and operation in 2027; this conflicts with the provided online date of 2026-12-01 and should be reviewed. Major end-of-life assumption: onshore wind technical life 30-35 years with life-extension assessment; GHD estimates retirement costs at AUD 152,000/MW for a representative onshore wind farm, but this is not included in capex or opex fields."
    },
    "sources": [
        {
            "field_name": "site_capacity_scope",
            "value_text": "Banana Range Wind Farm current owner website states 228 MW / 230 MW and 41 turbines; DCCEEW CIS Tender 7 lists Banana Range Wind Farm, EDF Power Solutions, Wind, 228 MW, QLD.",
            "value_numeric": 228,
            "unit": "MW",
            "source_url": "https://www.bananarangewindfarm.com.au/",
            "source_title": "Banana Range Wind Farm",
            "publisher": "EDF power solutions Australia",
            "published_date": null,
            "confidence": "high",
            "raw_excerpt": "When built, it will produce 228MW... 230MW; 41 Wind Turbines... 2027 When we Plan to Start Construction.",
            "ai_summary": "Used as the primary current project capacity and turbine-count source."
        },
        {
            "field_name": "site_capacity_scope",
            "value_text": "CIS Tender 7 successful project listing: Banana Range Wind Farm, EDF Power Solutions, Wind, 228 MW, QLD.",
            "value_numeric": 228,
            "unit": "MW",
            "source_url": "https://www.dcceew.gov.au/energy/renewable/capacity-investment-scheme/closed-cis-tenders",
            "source_title": "Closed CIS tenders",
            "publisher": "Department of Climate Change, Energy, the Environment and Water",
            "published_date": "2026-05-23",
            "confidence": "high",
            "raw_excerpt": "Banana Range Wind Farm EDF Power Solutions Wind 228 QLD.",
            "ai_summary": "Confirms current 228 MW scope and selection in the Australian Government Capacity Investment Scheme Tender 7."
        },
        {
            "field_name": "owner_scope_status",
            "value_text": "EDF acquired the Banana Range Wind Farm development project in Queensland from Goldwind Australia and Lacour Energy; original approval up to 50 turbines and 280 MW, with EDF to further develop, construct and operate the project.",
            "value_numeric": null,
            "unit": null,
            "source_url": "https://www.bananarangewindfarm.com.au/news/edf-renewables-acquires-the-banana-range-wind-farm-in-queensland-australia",
            "source_title": "EDF Renewables acquires the Banana Range Wind Farm in Queensland, Australia",
            "publisher": "EDF Renewables / Banana Range Wind Farm",
            "published_date": "2021-05-03",
            "confidence": "high",
            "raw_excerpt": "EDF Renewables... has acquired the Banana Range Wind Farm development project in Queensland from Goldwind Australia and Lacour Energy... EDF Renewables Australia will further develop, construct and operate the project.",
            "ai_summary": "Used to qualify the owner/developer field and explain the difference between Orange Creek Energy and EDF."
        },
        {
            "field_name": "project_timeline_scope",
            "value_text": "Approved layout up to 51 turbines and 230 MW; design modified to 41 turbines; timeline shows financial close 2025, construction 2026, operation 2027.",
            "value_numeric": 41,
            "unit": "turbines",
            "source_url": "https://www.bananarangewindfarm.com.au/the-project",
            "source_title": "The Project - Banana Range Wind Farm",
            "publisher": "EDF power solutions Australia",
            "published_date": null,
            "confidence": "high",
            "raw_excerpt": "The approved layout included up to 51 wind turbines with a total capacity of 230 MW. Through careful consideration, the design has now been modified to 41 turbines... 2025 Financial Close; 2026 Construction; 2027 Operation.",
            "ai_summary": "Current project scope and timing; indicates the provided 2026-12-01 online date may be earlier than the owner website's operation year."
        },
        {
            "field_name": "grid_connection_scope",
            "value_text": "Powerlink connection involves a 44 km 275 kV transmission line, new Banana Range Wind Farm site substation, and expansion works at Calvale Substation.",
            "value_numeric": 44,
            "unit": "km",
            "source_url": "https://www.powerlink.com.au/projects/banana-range-wind-farm-connection-project",
            "source_title": "Banana Range Wind Farm Connection Project",
            "publisher": "Powerlink Queensland",
            "published_date": null,
            "confidence": "high",
            "raw_excerpt": "44km-long transmission line... constructing a new, 275kV transmission line... building a new substation at the Banana Range Wind Farm site... expansion works around the existing Calvale Substation.",
            "ai_summary": "Supports project scope and grid-connection context; connection costs may not be fully captured in generic generation EPC benchmark."
        },
        {
            "field_name": "capex_per_mw_aud",
            "value_text": "Aurecon benchmark for onshore wind: relative construction cost AUD 3,170/kW; total cost AUD 1.966 billion for a 620 MW representative project; excludes land and development costs.",
            "value_numeric": 3170000,
            "unit": "AUD/MW",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "medium",
            "raw_excerpt": "CAPEX Construction Relative cost $ / kW 3,170... Total cost $ 1,966,000,000... Relative cost does not include land and development costs.",
            "ai_summary": "Used as the technology-default capex benchmark because no current Banana Range project-specific AUD capex disclosure was found."
        },
        {
            "field_name": "capex_total_aud",
            "value_text": "Estimated capex = 228 MW × AUD 3.17 million/MW = AUD 722.76 million, based on AEMO/Aurecon onshore-wind benchmark; excludes land/development costs and is not a reported Banana Range project cost.",
            "value_numeric": 722760000,
            "unit": "AUD",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "medium",
            "raw_excerpt": "CAPEX Construction Relative cost $ / kW 3,170... Total cost $ 1,966,000,000... Cost of land and development $ 49,150,000 Assuming 2.5% of CAPEX.",
            "ai_summary": "Calculation applied to the current 228 MW project capacity; capex_basis set to estimated."
        },
        {
            "field_name": "historical_capex_not_used",
            "value_text": "Historical, superseded scope reported as US$240 million for a 180 MW / 50-turbine project approved in 2019; not used for current AUD capex because scope changed to 228 MW / 41 turbines and currency was reported in USD.",
            "value_numeric": null,
            "unit": "USD",
            "source_url": "https://www.globalconstructionreview.com/240m-wind-farm-be-built-queenslands-banana-range/",
            "source_title": "$240m wind farm to be built on Queensland’s Banana Range",
            "publisher": "Global Construction Review",
            "published_date": "2019-10-15",
            "confidence": "medium",
            "raw_excerpt": "A US$240m wind farm... The 50-turbine facility will generate 180MW of electricity... Orange Creek Energy... will carry out the work on the project.",
            "ai_summary": "Included to preserve the older nominal reported capex and explain why it is not the main current assumption."
        },
        {
            "field_name": "fixed_opex_per_mw_year_aud",
            "value_text": "Aurecon benchmark for onshore wind fixed O&M: AUD 28,000/MW net/year; variable O&M included in fixed component.",
            "value_numeric": 28000,
            "unit": "AUD/MW",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "medium",
            "raw_excerpt": "OPEX – Annual Fixed O&M Cost $ / MW (Net) 28,000... Variable O&M Cost $ / MWh (Net) - Included in the fixed component.",
            "ai_summary": "Used as technology-default fixed O&M because no Banana Range project-specific O&M contract value was found."
        },
        {
            "field_name": "fixed_opex_annual_aud",
            "value_text": "Estimated fixed O&M = 228 MW × AUD 28,000/MW-year = AUD 6.384 million/year; based on AEMO/Aurecon benchmark and not a reported project value.",
            "value_numeric": 6384000,
            "unit": "AUD",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "medium",
            "raw_excerpt": "Fixed O&M Cost $ / MW (Net) 28,000... Total annual O&M Cost $ 17,360,000 Annual average cost over the design life.",
            "ai_summary": "Calculated using the current 228 MW capacity; project-specific O&M contract prices are not disclosed."
        },
        {
            "field_name": "variable_opex_per_mwh_aud",
            "value_text": "Aurecon indicates variable O&M for onshore wind is included in the fixed component; entered as AUD 0/MWh incremental variable O&M to avoid double counting.",
            "value_numeric": 0,
            "unit": "AUD/MWh",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "medium",
            "raw_excerpt": "Variable O&M Cost $ / MWh (Net) - Included in the fixed component.",
            "ai_summary": "Used as the variable O&M assumption for a wind farm where the reference source treats O&M as fixed/LTMA-style cost."
        },
        {
            "field_name": "fuel_cost_per_gj_aud",
            "value_text": "Wind project has no combustible fuel supply; Aurecon onshore-wind cost table lists fuel connection costs as N/A.",
            "value_numeric": 0,
            "unit": "AUD/GJ",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "high",
            "raw_excerpt": "Fuel connection costs $ N/A.",
            "ai_summary": "Used to set fuel cost to zero for wind generation; no fuel contract is applicable."
        },
        {
            "field_name": "fuel_contract_notes",
            "value_text": "CIS Tender 7 lists Banana Range as a successful 228 MW wind project; the result is subject to CISA signing. No public CISA price, PPA price, or fuel contract details were found.",
            "value_numeric": null,
            "unit": null,
            "source_url": "https://www.dcceew.gov.au/energy/renewable/capacity-investment-scheme/closed-cis-tenders",
            "source_title": "Closed CIS tenders",
            "publisher": "Department of Climate Change, Energy, the Environment and Water",
            "published_date": "2026-05-23",
            "confidence": "high",
            "raw_excerpt": "A successful project is still subject to the signing of a Capacity Investment Scheme Agreement (CISA)... Banana Range Wind Farm EDF Power Solutions Wind 228 QLD.",
            "ai_summary": "Provides offtake/support context; no fuel contract required."
        },
        {
            "field_name": "heat_rate_gj_per_mwh",
            "value_text": "Not applicable to wind generation because no thermal fuel is consumed; heat rate left null.",
            "value_numeric": null,
            "unit": "GJ/MWh",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "high",
            "raw_excerpt": "Wind energy... renewable power generation technologies... Fuel connection costs $ N/A.",
            "ai_summary": "Heat rate is a thermal-generation metric and is not meaningful for wind."
        },
        {
            "field_name": "efficiency_pct",
            "value_text": "Not applicable to wind generation in the thermal heat-rate sense; efficiency left null.",
            "value_numeric": null,
            "unit": "%",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "high",
            "raw_excerpt": "Heat rate The ratio of thermal energy consumed in fuel over the electrical energy generated. Efficiency Calculated using: Efficiency (%) = 3600 / Heat Rate...",
            "ai_summary": "Aurecon defines efficiency via heat rate; because wind has no thermal fuel input, the field is not applicable."
        },
        {
            "field_name": "emissions_intensity_tco2_mwh",
            "value_text": "Operational Scope 1 emissions intensity assumed zero for wind generation. CER NGER data shows wind facilities report 0.00 tCO2-e/MWh emission intensity, and NGER Scope 1 is direct emissions from fuel-burning facilities.",
            "value_numeric": 0,
            "unit": "tCO2/MWh",
            "source_url": "https://cer.gov.au/markets/reports-and-data/nger-reporting-data-and-registers/electricity-sector-emissions-and-generation-data-2023-24",
            "source_title": "Electricity sector emissions and generation data 2023–24",
            "publisher": "Clean Energy Regulator",
            "published_date": "2024",
            "confidence": "high",
            "raw_excerpt": "Facility name... Mortlake South Wind Farm... Primary fuel Wind... Emission intensity (t CO2-e/MWh) 0.00.",
            "ai_summary": "Used to set operational emissions intensity to zero for an onshore wind farm; lifecycle emissions are outside the requested operating assumption."
        },
        {
            "field_name": "asset_life_years",
            "value_text": "Aurecon states onshore-wind economic/design life is typically 20-25 years and technical/operational life is 30-35 years with life-extension assessment; 30 years selected as a conservative technical-life assumption.",
            "value_numeric": 30,
            "unit": "years",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en",
            "source_title": "2024 Energy Technology Cost and Technical Parameter Review",
            "publisher": "Aurecon for AEMO",
            "published_date": "2025-05-09",
            "confidence": "medium",
            "raw_excerpt": "Economic life (design life) Years 20 – 25... Technical life (operational life) Years 30 – 35 Includes site specific assessment and life extension but not repowering.",
            "ai_summary": "Used as the asset-life assumption for long-run modelling."
        },
        {
            "field_name": "major_refurbishment_or_closure_notes",
            "value_text": "Aurecon notes investors increasingly assume 30 or 35 years for onshore wind, with increased maintenance costs in later years to address component failures. GHD estimates onshore wind retirement cost at AUD 152,000/MW net of salvage for a representative 620 MW wind farm.",
            "value_numeric": 152000,
            "unit": "AUD/MW",
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/ghd-2025-energy-technology-retirement-cost-om-estimate-review.pdf?rev=e2644c247ff7443a93c5ab09349fe0d9&sc_lang=en",
            "source_title": "2025 Energy Technology Retirement Cost & O&M Estimate Review",
            "publisher": "GHD for AEMO",
            "published_date": "2025-07-15",
            "confidence": "medium",
            "raw_excerpt": "Retirement cost for the 620 MW onshore wind farm... estimated at $152,000 per MW... The retirement costs are the total costs net of any salvage value.",
            "ai_summary": "Used only for closure/refurbishment notes, not as an operating opex or capex input."
        },
        {
            "field_name": "major_refurbishment_or_closure_notes",
            "value_text": "GHD retirement assumptions include dismantling turbines, foundations left in place, buried cables left in situ, roads left in place, and recycling/salvage value for steel, copper and aluminium.",
            "value_numeric": null,
            "unit": null,
            "source_url": "https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/ghd-2025-energy-technology-retirement-cost-om-estimate-review.pdf?rev=e2644c247ff7443a93c5ab09349fe0d9&sc_lang=en",
            "source_title": "2025 Energy Technology Retirement Cost & O&M Estimate Review",
            "publisher": "GHD for AEMO",
            "published_date": "2025-07-15",
            "confidence": "medium",
            "raw_excerpt": "Wind turbine foundations assumed to be left in place... Cables are assumed to be buried to a depth greater than 1m and left in situ. Roads are left in place for future use.",
            "ai_summary": "Provides end-of-life scope assumptions relevant to eventual closure obligations."
        }
    ],
    "warnings": [
        "No current Banana Range Wind Farm FID, EPC award, project finance announcement, or owner-reported AUD construction cost was found; capex is a technology benchmark estimate, not reported data.",
        "The historical US$240 million / 180 MW figure from 2019 is for a superseded scope and currency and should not be used for the current 228 MW project economics without a full re-estimation.",
        "Owner/developer naming differs by source: the user supplied Orange Creek Energy Pty Ltd, while current public materials identify EDF Power Solutions / EDF Renewables Australia as developer and future operator after acquisition in 2021.",
        "Current owner website indicates construction in 2026 and operation in 2027, while the user-provided online date is 2026-12-01; commissioning timing should be verified against AEMO generation information or the owner after financial close.",
        "O&M assumptions are generic AEMO/Aurecon technology benchmarks; no Banana Range-specific turbine LTSA/O&M contract cost was publicly available.",
        "Fuel cost, heat rate, thermal efficiency and direct operational emissions are not applicable to wind generation; zero fuel cost and zero operational Scope 1 emissions are used, while heat rate and efficiency are null."
    ]
}
Full API payload (incl. web search)
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    "raw_text": "{\"generator_identity\":{\"site_name\":\"Banana Range Wind Farm\",\"duid\":null,\"owner\":\"Orange Creek Energy Pty Ltd; project acquired and being developed/operated by EDF Power Solutions Australia / EDF Renewables Australia\",\"region\":\"QLD, NEM\",\"technology_type\":\"Wind Turbine - Onshore\",\"fuel_type\":\"Wind - Wind\"},\"financial_profile\":{\"generator_type_normalised\":\"wind_onshore\",\"capex_total_aud\":722760000,\"capex_year\":2024,\"capex_basis\":\"estimated\",\"capex_per_mw_aud\":3170000,\"capex_per_mwh_aud\":null,\"fixed_opex_annual_aud\":6384000,\"fixed_opex_per_mw_year_aud\":28000,\"variable_opex_per_mwh_aud\":0,\"fuel_cost_per_gj_aud\":0,\"fuel_contract_notes\":\"No fuel purchase contract required for wind generation. Project-specific offtake/support information found: selected in CIS Tender 7 as a 228 MW QLD wind project; successful projects remain subject to signing a CISA. Earlier project information notes CS Energy signed an MoU with EDF Renewables, but no binding PPA/fuel contract price was found.\",\"heat_rate_gj_per_mwh\":null,\"efficiency_pct\":null,\"emissions_intensity_tco2_mwh\":0,\"asset_life_years\":30,\"discount_rate_pct\":null,\"source_confidence\":\"medium\",\"data_status\":\"partially_verified\",\"notes\":\"No current FID/construction-cost disclosure for the 228 MW / 41-turbine Banana Range Wind Farm was found. The capex estimate uses AEMO/Aurecon 2024 onshore-wind benchmark EPC cost of AUD 3,170/kW applied to 228 MW, excluding land/development costs. If adding Aurecon's illustrative land and development allowance of 2.5% of CAPEX, total estimated capex would be approximately AUD 740.8 million. A historical 2019 media report cited US$240 million for an earlier 180 MW / 50-turbine approved scope; this is superseded by the current 228 MW / 41-turbine design and is not used as the main capex assumption. Current owner/developer evidence indicates EDF acquired the project from Goldwind Australia and Lacour Energy in May 2021, while the original vehicle/owner name Orange Creek Energy Pty Ltd appears in older development materials. Project website timeline indicates financial close in 2025, construction in 2026 and operation in 2027; this conflicts with the provided online date of 2026-12-01 and should be reviewed. Major end-of-life assumption: onshore wind technical life 30-35 years with life-extension assessment; GHD estimates retirement costs at AUD 152,000/MW for a representative onshore wind farm, but this is not included in capex or opex fields.\"},\"sources\":[{\"field_name\":\"site_capacity_scope\",\"value_text\":\"Banana Range Wind Farm current owner website states 228 MW / 230 MW and 41 turbines; DCCEEW CIS Tender 7 lists Banana Range Wind Farm, EDF Power Solutions, Wind, 228 MW, QLD.\",\"value_numeric\":228,\"unit\":\"MW\",\"source_url\":\"https://www.bananarangewindfarm.com.au/\",\"source_title\":\"Banana Range Wind Farm\",\"publisher\":\"EDF power solutions Australia\",\"published_date\":null,\"confidence\":\"high\",\"raw_excerpt\":\"When built, it will produce 228MW... 230MW; 41 Wind Turbines... 2027 When we Plan to Start Construction.\",\"ai_summary\":\"Used as the primary current project capacity and turbine-count source.\"},{\"field_name\":\"site_capacity_scope\",\"value_text\":\"CIS Tender 7 successful project listing: Banana Range Wind Farm, EDF Power Solutions, Wind, 228 MW, QLD.\",\"value_numeric\":228,\"unit\":\"MW\",\"source_url\":\"https://www.dcceew.gov.au/energy/renewable/capacity-investment-scheme/closed-cis-tenders\",\"source_title\":\"Closed CIS tenders\",\"publisher\":\"Department of Climate Change, Energy, the Environment and Water\",\"published_date\":\"2026-05-23\",\"confidence\":\"high\",\"raw_excerpt\":\"Banana Range Wind Farm EDF Power Solutions Wind 228 QLD.\",\"ai_summary\":\"Confirms current 228 MW scope and selection in the Australian Government Capacity Investment Scheme Tender 7.\"},{\"field_name\":\"owner_scope_status\",\"value_text\":\"EDF acquired the Banana Range Wind Farm development project in Queensland from Goldwind Australia and Lacour Energy; original approval up to 50 turbines and 280 MW, with EDF to further develop, construct and operate the project.\",\"value_numeric\":null,\"unit\":null,\"source_url\":\"https://www.bananarangewindfarm.com.au/news/edf-renewables-acquires-the-banana-range-wind-farm-in-queensland-australia\",\"source_title\":\"EDF Renewables acquires the Banana Range Wind Farm in Queensland, Australia\",\"publisher\":\"EDF Renewables / Banana Range Wind Farm\",\"published_date\":\"2021-05-03\",\"confidence\":\"high\",\"raw_excerpt\":\"EDF Renewables... has acquired the Banana Range Wind Farm development project in Queensland from Goldwind Australia and Lacour Energy... EDF Renewables Australia will further develop, construct and operate the project.\",\"ai_summary\":\"Used to qualify the owner/developer field and explain the difference between Orange Creek Energy and EDF.\"},{\"field_name\":\"project_timeline_scope\",\"value_text\":\"Approved layout up to 51 turbines and 230 MW; design modified to 41 turbines; timeline shows financial close 2025, construction 2026, operation 2027.\",\"value_numeric\":41,\"unit\":\"turbines\",\"source_url\":\"https://www.bananarangewindfarm.com.au/the-project\",\"source_title\":\"The Project - Banana Range Wind Farm\",\"publisher\":\"EDF power solutions Australia\",\"published_date\":null,\"confidence\":\"high\",\"raw_excerpt\":\"The approved layout included up to 51 wind turbines with a total capacity of 230 MW. Through careful consideration, the design has now been modified to 41 turbines... 2025 Financial Close; 2026 Construction; 2027 Operation.\",\"ai_summary\":\"Current project scope and timing; indicates the provided 2026-12-01 online date may be earlier than the owner website's operation year.\"},{\"field_name\":\"grid_connection_scope\",\"value_text\":\"Powerlink connection involves a 44 km 275 kV transmission line, new Banana Range Wind Farm site substation, and expansion works at Calvale Substation.\",\"value_numeric\":44,\"unit\":\"km\",\"source_url\":\"https://www.powerlink.com.au/projects/banana-range-wind-farm-connection-project\",\"source_title\":\"Banana Range Wind Farm Connection Project\",\"publisher\":\"Powerlink Queensland\",\"published_date\":null,\"confidence\":\"high\",\"raw_excerpt\":\"44km-long transmission line... constructing a new, 275kV transmission line... building a new substation at the Banana Range Wind Farm site... expansion works around the existing Calvale Substation.\",\"ai_summary\":\"Supports project scope and grid-connection context; connection costs may not be fully captured in generic generation EPC benchmark.\"},{\"field_name\":\"capex_per_mw_aud\",\"value_text\":\"Aurecon benchmark for onshore wind: relative construction cost AUD 3,170/kW; total cost AUD 1.966 billion for a 620 MW representative project; excludes land and development costs.\",\"value_numeric\":3170000,\"unit\":\"AUD/MW\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"CAPEX Construction Relative cost $ / kW 3,170... Total cost $ 1,966,000,000... Relative cost does not include land and development costs.\",\"ai_summary\":\"Used as the technology-default capex benchmark because no current Banana Range project-specific AUD capex disclosure was found.\"},{\"field_name\":\"capex_total_aud\",\"value_text\":\"Estimated capex = 228 MW × AUD 3.17 million/MW = AUD 722.76 million, based on AEMO/Aurecon onshore-wind benchmark; excludes land/development costs and is not a reported Banana Range project cost.\",\"value_numeric\":722760000,\"unit\":\"AUD\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"CAPEX Construction Relative cost $ / kW 3,170... Total cost $ 1,966,000,000... Cost of land and development $ 49,150,000 Assuming 2.5% of CAPEX.\",\"ai_summary\":\"Calculation applied to the current 228 MW project capacity; capex_basis set to estimated.\"},{\"field_name\":\"historical_capex_not_used\",\"value_text\":\"Historical, superseded scope reported as US$240 million for a 180 MW / 50-turbine project approved in 2019; not used for current AUD capex because scope changed to 228 MW / 41 turbines and currency was reported in USD.\",\"value_numeric\":null,\"unit\":\"USD\",\"source_url\":\"https://www.globalconstructionreview.com/240m-wind-farm-be-built-queenslands-banana-range/\",\"source_title\":\"$240m wind farm to be built on Queensland’s Banana Range\",\"publisher\":\"Global Construction Review\",\"published_date\":\"2019-10-15\",\"confidence\":\"medium\",\"raw_excerpt\":\"A US$240m wind farm... The 50-turbine facility will generate 180MW of electricity... Orange Creek Energy... will carry out the work on the project.\",\"ai_summary\":\"Included to preserve the older nominal reported capex and explain why it is not the main current assumption.\"},{\"field_name\":\"fixed_opex_per_mw_year_aud\",\"value_text\":\"Aurecon benchmark for onshore wind fixed O&M: AUD 28,000/MW net/year; variable O&M included in fixed component.\",\"value_numeric\":28000,\"unit\":\"AUD/MW\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"OPEX – Annual Fixed O&M Cost $ / MW (Net) 28,000... Variable O&M Cost $ / MWh (Net) - Included in the fixed component.\",\"ai_summary\":\"Used as technology-default fixed O&M because no Banana Range project-specific O&M contract value was found.\"},{\"field_name\":\"fixed_opex_annual_aud\",\"value_text\":\"Estimated fixed O&M = 228 MW × AUD 28,000/MW-year = AUD 6.384 million/year; based on AEMO/Aurecon benchmark and not a reported project value.\",\"value_numeric\":6384000,\"unit\":\"AUD\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"Fixed O&M Cost $ / MW (Net) 28,000... Total annual O&M Cost $ 17,360,000 Annual average cost over the design life.\",\"ai_summary\":\"Calculated using the current 228 MW capacity; project-specific O&M contract prices are not disclosed.\"},{\"field_name\":\"variable_opex_per_mwh_aud\",\"value_text\":\"Aurecon indicates variable O&M for onshore wind is included in the fixed component; entered as AUD 0/MWh incremental variable O&M to avoid double counting.\",\"value_numeric\":0,\"unit\":\"AUD/MWh\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"Variable O&M Cost $ / MWh (Net) - Included in the fixed component.\",\"ai_summary\":\"Used as the variable O&M assumption for a wind farm where the reference source treats O&M as fixed/LTMA-style cost.\"},{\"field_name\":\"fuel_cost_per_gj_aud\",\"value_text\":\"Wind project has no combustible fuel supply; Aurecon onshore-wind cost table lists fuel connection costs as N/A.\",\"value_numeric\":0,\"unit\":\"AUD/GJ\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"high\",\"raw_excerpt\":\"Fuel connection costs $ N/A.\",\"ai_summary\":\"Used to set fuel cost to zero for wind generation; no fuel contract is applicable.\"},{\"field_name\":\"fuel_contract_notes\",\"value_text\":\"CIS Tender 7 lists Banana Range as a successful 228 MW wind project; the result is subject to CISA signing. No public CISA price, PPA price, or fuel contract details were found.\",\"value_numeric\":null,\"unit\":null,\"source_url\":\"https://www.dcceew.gov.au/energy/renewable/capacity-investment-scheme/closed-cis-tenders\",\"source_title\":\"Closed CIS tenders\",\"publisher\":\"Department of Climate Change, Energy, the Environment and Water\",\"published_date\":\"2026-05-23\",\"confidence\":\"high\",\"raw_excerpt\":\"A successful project is still subject to the signing of a Capacity Investment Scheme Agreement (CISA)... Banana Range Wind Farm EDF Power Solutions Wind 228 QLD.\",\"ai_summary\":\"Provides offtake/support context; no fuel contract required.\"},{\"field_name\":\"heat_rate_gj_per_mwh\",\"value_text\":\"Not applicable to wind generation because no thermal fuel is consumed; heat rate left null.\",\"value_numeric\":null,\"unit\":\"GJ/MWh\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"high\",\"raw_excerpt\":\"Wind energy... renewable power generation technologies... Fuel connection costs $ N/A.\",\"ai_summary\":\"Heat rate is a thermal-generation metric and is not meaningful for wind.\"},{\"field_name\":\"efficiency_pct\",\"value_text\":\"Not applicable to wind generation in the thermal heat-rate sense; efficiency left null.\",\"value_numeric\":null,\"unit\":\"%\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"high\",\"raw_excerpt\":\"Heat rate The ratio of thermal energy consumed in fuel over the electrical energy generated. Efficiency Calculated using: Efficiency (%) = 3600 / Heat Rate...\",\"ai_summary\":\"Aurecon defines efficiency via heat rate; because wind has no thermal fuel input, the field is not applicable.\"},{\"field_name\":\"emissions_intensity_tco2_mwh\",\"value_text\":\"Operational Scope 1 emissions intensity assumed zero for wind generation. CER NGER data shows wind facilities report 0.00 tCO2-e/MWh emission intensity, and NGER Scope 1 is direct emissions from fuel-burning facilities.\",\"value_numeric\":0,\"unit\":\"tCO2/MWh\",\"source_url\":\"https://cer.gov.au/markets/reports-and-data/nger-reporting-data-and-registers/electricity-sector-emissions-and-generation-data-2023-24\",\"source_title\":\"Electricity sector emissions and generation data 2023–24\",\"publisher\":\"Clean Energy Regulator\",\"published_date\":\"2024\",\"confidence\":\"high\",\"raw_excerpt\":\"Facility name... Mortlake South Wind Farm... Primary fuel Wind... Emission intensity (t CO2-e/MWh) 0.00.\",\"ai_summary\":\"Used to set operational emissions intensity to zero for an onshore wind farm; lifecycle emissions are outside the requested operating assumption.\"},{\"field_name\":\"asset_life_years\",\"value_text\":\"Aurecon states onshore-wind economic/design life is typically 20-25 years and technical/operational life is 30-35 years with life-extension assessment; 30 years selected as a conservative technical-life assumption.\",\"value_numeric\":30,\"unit\":\"years\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"Economic life (design life) Years 20 – 25... Technical life (operational life) Years 30 – 35 Includes site specific assessment and life extension but not repowering.\",\"ai_summary\":\"Used as the asset-life assumption for long-run modelling.\"},{\"field_name\":\"major_refurbishment_or_closure_notes\",\"value_text\":\"Aurecon notes investors increasingly assume 30 or 35 years for onshore wind, with increased maintenance costs in later years to address component failures. GHD estimates onshore wind retirement cost at AUD 152,000/MW net of salvage for a representative 620 MW wind farm.\",\"value_numeric\":152000,\"unit\":\"AUD/MW\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/ghd-2025-energy-technology-retirement-cost-om-estimate-review.pdf?rev=e2644c247ff7443a93c5ab09349fe0d9&sc_lang=en\",\"source_title\":\"2025 Energy Technology Retirement Cost & O&M Estimate Review\",\"publisher\":\"GHD for AEMO\",\"published_date\":\"2025-07-15\",\"confidence\":\"medium\",\"raw_excerpt\":\"Retirement cost for the 620 MW onshore wind farm... estimated at $152,000 per MW... The retirement costs are the total costs net of any salvage value.\",\"ai_summary\":\"Used only for closure/refurbishment notes, not as an operating opex or capex input.\"},{\"field_name\":\"major_refurbishment_or_closure_notes\",\"value_text\":\"GHD retirement assumptions include dismantling turbines, foundations left in place, buried cables left in situ, roads left in place, and recycling/salvage value for steel, copper and aluminium.\",\"value_numeric\":null,\"unit\":null,\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/ghd-2025-energy-technology-retirement-cost-om-estimate-review.pdf?rev=e2644c247ff7443a93c5ab09349fe0d9&sc_lang=en\",\"source_title\":\"2025 Energy Technology Retirement Cost & O&M Estimate Review\",\"publisher\":\"GHD for AEMO\",\"published_date\":\"2025-07-15\",\"confidence\":\"medium\",\"raw_excerpt\":\"Wind turbine foundations assumed to be left in place... Cables are assumed to be buried to a depth greater than 1m and left in situ. Roads are left in place for future use.\",\"ai_summary\":\"Provides end-of-life scope assumptions relevant to eventual closure obligations.\"}],\"warnings\":[\"No current Banana Range Wind Farm FID, EPC award, project finance announcement, or owner-reported AUD construction cost was found; capex is a technology benchmark estimate, not reported data.\",\"The historical US$240 million / 180 MW figure from 2019 is for a superseded scope and currency and should not be used for the current 228 MW project economics without a full re-estimation.\",\"Owner/developer naming differs by source: the user supplied Orange Creek Energy Pty Ltd, while current public materials identify EDF Power Solutions / EDF Renewables Australia as developer and future operator after acquisition in 2021.\",\"Current owner website indicates construction in 2026 and operation in 2027, while the user-provided online date is 2026-12-01; commissioning timing should be verified against AEMO generation information or the owner after financial close.\",\"O&M assumptions are generic AEMO/Aurecon technology benchmarks; no Banana Range-specific turbine LTSA/O&M contract cost was publicly available.\",\"Fuel cost, heat rate, thermal efficiency and direct operational emissions are not applicable to wind generation; zero fuel cost and zero operational Scope 1 emissions are used, while heat rate and efficiency are null.\"]}",
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                        "text": "{\"generator_identity\":{\"site_name\":\"Banana Range Wind Farm\",\"duid\":null,\"owner\":\"Orange Creek Energy Pty Ltd; project acquired and being developed/operated by EDF Power Solutions Australia / EDF Renewables Australia\",\"region\":\"QLD, NEM\",\"technology_type\":\"Wind Turbine - Onshore\",\"fuel_type\":\"Wind - Wind\"},\"financial_profile\":{\"generator_type_normalised\":\"wind_onshore\",\"capex_total_aud\":722760000,\"capex_year\":2024,\"capex_basis\":\"estimated\",\"capex_per_mw_aud\":3170000,\"capex_per_mwh_aud\":null,\"fixed_opex_annual_aud\":6384000,\"fixed_opex_per_mw_year_aud\":28000,\"variable_opex_per_mwh_aud\":0,\"fuel_cost_per_gj_aud\":0,\"fuel_contract_notes\":\"No fuel purchase contract required for wind generation. Project-specific offtake/support information found: selected in CIS Tender 7 as a 228 MW QLD wind project; successful projects remain subject to signing a CISA. Earlier project information notes CS Energy signed an MoU with EDF Renewables, but no binding PPA/fuel contract price was found.\",\"heat_rate_gj_per_mwh\":null,\"efficiency_pct\":null,\"emissions_intensity_tco2_mwh\":0,\"asset_life_years\":30,\"discount_rate_pct\":null,\"source_confidence\":\"medium\",\"data_status\":\"partially_verified\",\"notes\":\"No current FID/construction-cost disclosure for the 228 MW / 41-turbine Banana Range Wind Farm was found. The capex estimate uses AEMO/Aurecon 2024 onshore-wind benchmark EPC cost of AUD 3,170/kW applied to 228 MW, excluding land/development costs. If adding Aurecon's illustrative land and development allowance of 2.5% of CAPEX, total estimated capex would be approximately AUD 740.8 million. A historical 2019 media report cited US$240 million for an earlier 180 MW / 50-turbine approved scope; this is superseded by the current 228 MW / 41-turbine design and is not used as the main capex assumption. Current owner/developer evidence indicates EDF acquired the project from Goldwind Australia and Lacour Energy in May 2021, while the original vehicle/owner name Orange Creek Energy Pty Ltd appears in older development materials. Project website timeline indicates financial close in 2025, construction in 2026 and operation in 2027; this conflicts with the provided online date of 2026-12-01 and should be reviewed. Major end-of-life assumption: onshore wind technical life 30-35 years with life-extension assessment; GHD estimates retirement costs at AUD 152,000/MW for a representative onshore wind farm, but this is not included in capex or opex fields.\"},\"sources\":[{\"field_name\":\"site_capacity_scope\",\"value_text\":\"Banana Range Wind Farm current owner website states 228 MW / 230 MW and 41 turbines; DCCEEW CIS Tender 7 lists Banana Range Wind Farm, EDF Power Solutions, Wind, 228 MW, QLD.\",\"value_numeric\":228,\"unit\":\"MW\",\"source_url\":\"https://www.bananarangewindfarm.com.au/\",\"source_title\":\"Banana Range Wind Farm\",\"publisher\":\"EDF power solutions Australia\",\"published_date\":null,\"confidence\":\"high\",\"raw_excerpt\":\"When built, it will produce 228MW... 230MW; 41 Wind Turbines... 2027 When we Plan to Start Construction.\",\"ai_summary\":\"Used as the primary current project capacity and turbine-count source.\"},{\"field_name\":\"site_capacity_scope\",\"value_text\":\"CIS Tender 7 successful project listing: Banana Range Wind Farm, EDF Power Solutions, Wind, 228 MW, QLD.\",\"value_numeric\":228,\"unit\":\"MW\",\"source_url\":\"https://www.dcceew.gov.au/energy/renewable/capacity-investment-scheme/closed-cis-tenders\",\"source_title\":\"Closed CIS tenders\",\"publisher\":\"Department of Climate Change, Energy, the Environment and Water\",\"published_date\":\"2026-05-23\",\"confidence\":\"high\",\"raw_excerpt\":\"Banana Range Wind Farm EDF Power Solutions Wind 228 QLD.\",\"ai_summary\":\"Confirms current 228 MW scope and selection in the Australian Government Capacity Investment Scheme Tender 7.\"},{\"field_name\":\"owner_scope_status\",\"value_text\":\"EDF acquired the Banana Range Wind Farm development project in Queensland from Goldwind Australia and Lacour Energy; original approval up to 50 turbines and 280 MW, with EDF to further develop, construct and operate the project.\",\"value_numeric\":null,\"unit\":null,\"source_url\":\"https://www.bananarangewindfarm.com.au/news/edf-renewables-acquires-the-banana-range-wind-farm-in-queensland-australia\",\"source_title\":\"EDF Renewables acquires the Banana Range Wind Farm in Queensland, Australia\",\"publisher\":\"EDF Renewables / Banana Range Wind Farm\",\"published_date\":\"2021-05-03\",\"confidence\":\"high\",\"raw_excerpt\":\"EDF Renewables... has acquired the Banana Range Wind Farm development project in Queensland from Goldwind Australia and Lacour Energy... EDF Renewables Australia will further develop, construct and operate the project.\",\"ai_summary\":\"Used to qualify the owner/developer field and explain the difference between Orange Creek Energy and EDF.\"},{\"field_name\":\"project_timeline_scope\",\"value_text\":\"Approved layout up to 51 turbines and 230 MW; design modified to 41 turbines; timeline shows financial close 2025, construction 2026, operation 2027.\",\"value_numeric\":41,\"unit\":\"turbines\",\"source_url\":\"https://www.bananarangewindfarm.com.au/the-project\",\"source_title\":\"The Project - Banana Range Wind Farm\",\"publisher\":\"EDF power solutions Australia\",\"published_date\":null,\"confidence\":\"high\",\"raw_excerpt\":\"The approved layout included up to 51 wind turbines with a total capacity of 230 MW. Through careful consideration, the design has now been modified to 41 turbines... 2025 Financial Close; 2026 Construction; 2027 Operation.\",\"ai_summary\":\"Current project scope and timing; indicates the provided 2026-12-01 online date may be earlier than the owner website's operation year.\"},{\"field_name\":\"grid_connection_scope\",\"value_text\":\"Powerlink connection involves a 44 km 275 kV transmission line, new Banana Range Wind Farm site substation, and expansion works at Calvale Substation.\",\"value_numeric\":44,\"unit\":\"km\",\"source_url\":\"https://www.powerlink.com.au/projects/banana-range-wind-farm-connection-project\",\"source_title\":\"Banana Range Wind Farm Connection Project\",\"publisher\":\"Powerlink Queensland\",\"published_date\":null,\"confidence\":\"high\",\"raw_excerpt\":\"44km-long transmission line... constructing a new, 275kV transmission line... building a new substation at the Banana Range Wind Farm site... expansion works around the existing Calvale Substation.\",\"ai_summary\":\"Supports project scope and grid-connection context; connection costs may not be fully captured in generic generation EPC benchmark.\"},{\"field_name\":\"capex_per_mw_aud\",\"value_text\":\"Aurecon benchmark for onshore wind: relative construction cost AUD 3,170/kW; total cost AUD 1.966 billion for a 620 MW representative project; excludes land and development costs.\",\"value_numeric\":3170000,\"unit\":\"AUD/MW\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"CAPEX Construction Relative cost $ / kW 3,170... Total cost $ 1,966,000,000... Relative cost does not include land and development costs.\",\"ai_summary\":\"Used as the technology-default capex benchmark because no current Banana Range project-specific AUD capex disclosure was found.\"},{\"field_name\":\"capex_total_aud\",\"value_text\":\"Estimated capex = 228 MW × AUD 3.17 million/MW = AUD 722.76 million, based on AEMO/Aurecon onshore-wind benchmark; excludes land/development costs and is not a reported Banana Range project cost.\",\"value_numeric\":722760000,\"unit\":\"AUD\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"CAPEX Construction Relative cost $ / kW 3,170... Total cost $ 1,966,000,000... Cost of land and development $ 49,150,000 Assuming 2.5% of CAPEX.\",\"ai_summary\":\"Calculation applied to the current 228 MW project capacity; capex_basis set to estimated.\"},{\"field_name\":\"historical_capex_not_used\",\"value_text\":\"Historical, superseded scope reported as US$240 million for a 180 MW / 50-turbine project approved in 2019; not used for current AUD capex because scope changed to 228 MW / 41 turbines and currency was reported in USD.\",\"value_numeric\":null,\"unit\":\"USD\",\"source_url\":\"https://www.globalconstructionreview.com/240m-wind-farm-be-built-queenslands-banana-range/\",\"source_title\":\"$240m wind farm to be built on Queensland’s Banana Range\",\"publisher\":\"Global Construction Review\",\"published_date\":\"2019-10-15\",\"confidence\":\"medium\",\"raw_excerpt\":\"A US$240m wind farm... The 50-turbine facility will generate 180MW of electricity... Orange Creek Energy... will carry out the work on the project.\",\"ai_summary\":\"Included to preserve the older nominal reported capex and explain why it is not the main current assumption.\"},{\"field_name\":\"fixed_opex_per_mw_year_aud\",\"value_text\":\"Aurecon benchmark for onshore wind fixed O&M: AUD 28,000/MW net/year; variable O&M included in fixed component.\",\"value_numeric\":28000,\"unit\":\"AUD/MW\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"OPEX – Annual Fixed O&M Cost $ / MW (Net) 28,000... Variable O&M Cost $ / MWh (Net) - Included in the fixed component.\",\"ai_summary\":\"Used as technology-default fixed O&M because no Banana Range project-specific O&M contract value was found.\"},{\"field_name\":\"fixed_opex_annual_aud\",\"value_text\":\"Estimated fixed O&M = 228 MW × AUD 28,000/MW-year = AUD 6.384 million/year; based on AEMO/Aurecon benchmark and not a reported project value.\",\"value_numeric\":6384000,\"unit\":\"AUD\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"Fixed O&M Cost $ / MW (Net) 28,000... Total annual O&M Cost $ 17,360,000 Annual average cost over the design life.\",\"ai_summary\":\"Calculated using the current 228 MW capacity; project-specific O&M contract prices are not disclosed.\"},{\"field_name\":\"variable_opex_per_mwh_aud\",\"value_text\":\"Aurecon indicates variable O&M for onshore wind is included in the fixed component; entered as AUD 0/MWh incremental variable O&M to avoid double counting.\",\"value_numeric\":0,\"unit\":\"AUD/MWh\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"Variable O&M Cost $ / MWh (Net) - Included in the fixed component.\",\"ai_summary\":\"Used as the variable O&M assumption for a wind farm where the reference source treats O&M as fixed/LTMA-style cost.\"},{\"field_name\":\"fuel_cost_per_gj_aud\",\"value_text\":\"Wind project has no combustible fuel supply; Aurecon onshore-wind cost table lists fuel connection costs as N/A.\",\"value_numeric\":0,\"unit\":\"AUD/GJ\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"high\",\"raw_excerpt\":\"Fuel connection costs $ N/A.\",\"ai_summary\":\"Used to set fuel cost to zero for wind generation; no fuel contract is applicable.\"},{\"field_name\":\"fuel_contract_notes\",\"value_text\":\"CIS Tender 7 lists Banana Range as a successful 228 MW wind project; the result is subject to CISA signing. No public CISA price, PPA price, or fuel contract details were found.\",\"value_numeric\":null,\"unit\":null,\"source_url\":\"https://www.dcceew.gov.au/energy/renewable/capacity-investment-scheme/closed-cis-tenders\",\"source_title\":\"Closed CIS tenders\",\"publisher\":\"Department of Climate Change, Energy, the Environment and Water\",\"published_date\":\"2026-05-23\",\"confidence\":\"high\",\"raw_excerpt\":\"A successful project is still subject to the signing of a Capacity Investment Scheme Agreement (CISA)... Banana Range Wind Farm EDF Power Solutions Wind 228 QLD.\",\"ai_summary\":\"Provides offtake/support context; no fuel contract required.\"},{\"field_name\":\"heat_rate_gj_per_mwh\",\"value_text\":\"Not applicable to wind generation because no thermal fuel is consumed; heat rate left null.\",\"value_numeric\":null,\"unit\":\"GJ/MWh\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"high\",\"raw_excerpt\":\"Wind energy... renewable power generation technologies... Fuel connection costs $ N/A.\",\"ai_summary\":\"Heat rate is a thermal-generation metric and is not meaningful for wind.\"},{\"field_name\":\"efficiency_pct\",\"value_text\":\"Not applicable to wind generation in the thermal heat-rate sense; efficiency left null.\",\"value_numeric\":null,\"unit\":\"%\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"high\",\"raw_excerpt\":\"Heat rate The ratio of thermal energy consumed in fuel over the electrical energy generated. Efficiency Calculated using: Efficiency (%) = 3600 / Heat Rate...\",\"ai_summary\":\"Aurecon defines efficiency via heat rate; because wind has no thermal fuel input, the field is not applicable.\"},{\"field_name\":\"emissions_intensity_tco2_mwh\",\"value_text\":\"Operational Scope 1 emissions intensity assumed zero for wind generation. CER NGER data shows wind facilities report 0.00 tCO2-e/MWh emission intensity, and NGER Scope 1 is direct emissions from fuel-burning facilities.\",\"value_numeric\":0,\"unit\":\"tCO2/MWh\",\"source_url\":\"https://cer.gov.au/markets/reports-and-data/nger-reporting-data-and-registers/electricity-sector-emissions-and-generation-data-2023-24\",\"source_title\":\"Electricity sector emissions and generation data 2023–24\",\"publisher\":\"Clean Energy Regulator\",\"published_date\":\"2024\",\"confidence\":\"high\",\"raw_excerpt\":\"Facility name... Mortlake South Wind Farm... Primary fuel Wind... Emission intensity (t CO2-e/MWh) 0.00.\",\"ai_summary\":\"Used to set operational emissions intensity to zero for an onshore wind farm; lifecycle emissions are outside the requested operating assumption.\"},{\"field_name\":\"asset_life_years\",\"value_text\":\"Aurecon states onshore-wind economic/design life is typically 20-25 years and technical/operational life is 30-35 years with life-extension assessment; 30 years selected as a conservative technical-life assumption.\",\"value_numeric\":30,\"unit\":\"years\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/aurecon-2024-energy-technology-cost-technical-parameter-review-report.pdf?rev=5526946b9e3e4db680b7bcc82ecce94b&sc_lang=en\",\"source_title\":\"2024 Energy Technology Cost and Technical Parameter Review\",\"publisher\":\"Aurecon for AEMO\",\"published_date\":\"2025-05-09\",\"confidence\":\"medium\",\"raw_excerpt\":\"Economic life (design life) Years 20 – 25... Technical life (operational life) Years 30 – 35 Includes site specific assessment and life extension but not repowering.\",\"ai_summary\":\"Used as the asset-life assumption for long-run modelling.\"},{\"field_name\":\"major_refurbishment_or_closure_notes\",\"value_text\":\"Aurecon notes investors increasingly assume 30 or 35 years for onshore wind, with increased maintenance costs in later years to address component failures. GHD estimates onshore wind retirement cost at AUD 152,000/MW net of salvage for a representative 620 MW wind farm.\",\"value_numeric\":152000,\"unit\":\"AUD/MW\",\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/ghd-2025-energy-technology-retirement-cost-om-estimate-review.pdf?rev=e2644c247ff7443a93c5ab09349fe0d9&sc_lang=en\",\"source_title\":\"2025 Energy Technology Retirement Cost & O&M Estimate Review\",\"publisher\":\"GHD for AEMO\",\"published_date\":\"2025-07-15\",\"confidence\":\"medium\",\"raw_excerpt\":\"Retirement cost for the 620 MW onshore wind farm... estimated at $152,000 per MW... The retirement costs are the total costs net of any salvage value.\",\"ai_summary\":\"Used only for closure/refurbishment notes, not as an operating opex or capex input.\"},{\"field_name\":\"major_refurbishment_or_closure_notes\",\"value_text\":\"GHD retirement assumptions include dismantling turbines, foundations left in place, buried cables left in situ, roads left in place, and recycling/salvage value for steel, copper and aluminium.\",\"value_numeric\":null,\"unit\":null,\"source_url\":\"https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/ghd-2025-energy-technology-retirement-cost-om-estimate-review.pdf?rev=e2644c247ff7443a93c5ab09349fe0d9&sc_lang=en\",\"source_title\":\"2025 Energy Technology Retirement Cost & O&M Estimate Review\",\"publisher\":\"GHD for AEMO\",\"published_date\":\"2025-07-15\",\"confidence\":\"medium\",\"raw_excerpt\":\"Wind turbine foundations assumed to be left in place... Cables are assumed to be buried to a depth greater than 1m and left in situ. Roads are left in place for future use.\",\"ai_summary\":\"Provides end-of-life scope assumptions relevant to eventual closure obligations.\"}],\"warnings\":[\"No current Banana Range Wind Farm FID, EPC award, project finance announcement, or owner-reported AUD construction cost was found; capex is a technology benchmark estimate, not reported data.\",\"The historical US$240 million / 180 MW figure from 2019 is for a superseded scope and currency and should not be used for the current 228 MW project economics without a full re-estimation.\",\"Owner/developer naming differs by source: the user supplied Orange Creek Energy Pty Ltd, while current public materials identify EDF Power Solutions / EDF Renewables Australia as developer and future operator after acquisition in 2021.\",\"Current owner website indicates construction in 2026 and operation in 2027, while the user-provided online date is 2026-12-01; commissioning timing should be verified against AEMO generation information or the owner after financial close.\",\"O&M assumptions are generic AEMO/Aurecon technology benchmarks; no Banana Range-specific turbine LTSA/O&M contract cost was publicly available.\",\"Fuel cost, heat rate, thermal efficiency and direct operational emissions are not applicable to wind generation; zero fuel cost and zero operational Scope 1 emissions are used, while heat rate and efficiency are null.\"]}"
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}

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