Happo Noshiro Offshore Wind (Round 2)

Located in Sea of Japan off Akita Prefecture. Iberdrola's first offshore wind project in Japan via the JRE partnership.

Status
Advanced Developmentlifecycle stage
ExpectedHafrok completion outlook
Ownership
HNHappo-Noshiro Offshore Wind GK — 100% ◆
Location
Japan
Sea of Japan (East Sea)
Technology
Capacity 375 MW ◇
Turbines —
Foundation —
Site & conditions
Site rights Seabed rights held ∴
Origination Japan Offshore Wind Round 2 (general sea-area public solicitation) · 2023 ·
Water depth 9–27 m ≈ Wind speed 7.6 m/s @ 150 m ≈
Revenue & grid
Offtake Premium · 3 JPY_per_kWh ◇
Grid —
Schedule
FID Not taken
COD · announced Jun 2029 ◇
COD · Hafrok 2030 expected

Delivery outlook modelled by Hafrok · calibrated on delivered projects

2030
expected year of commercial operation
The developer says 2029-06; Hafrok expects 2030 — 1 year later.
Chance of delivery
≈77% estimated chance this project reaches commercial operation
Advanced Development projects complete ≈75% of the time on Hafrok's record. A secured offtake contract lifts this one above that; a market with a thinner delivery record and technical complexity pull the other way.
COD outlook
If it completes, when — Hafrok’s probability by year (teal)
20%40%60%80%100% 2029: 14.2% (conditional on completion) 2030: 30.5% (conditional on completion) 2031: 24.0% (conditional on completion) 2032: 14.4% (conditional on completion) 2033: 8.0% (conditional on completion) 2034: 4.4% (conditional on completion) 2035: 2.4% (conditional on completion) 2036: 1.3% (conditional on completion) 2037: 0.8% (conditional on completion)2026now202720282029203030%EXPECTED2031203220332034203520362037 Developer-announced COD: 2029 ANNOUNCED 2029
COD probability by year, conditional on completion
YearProbability
202914.2%
2030 (expected)30.5%
203124.0%
203214.4%
20338.0%
20344.4%
20352.4%
20361.3%
20370.8%
How Hafrok got this date
1
Starting point: the last dated milestone
Consent granted in 2026. From there Hafrok adds how long similar projects (in developing offshore-wind markets) took to reach commercial operation, measured on projects that have delivered.
2
Typical timing
Starting point plus the typical remaining time gives a middle estimate of 2030 Q1; the faster quarter of similar projects would be done by 2029 Q3, the slower quarter not until 2031 Q1.
3
Result
Expected commercial operation 2030, likely range 2030–2031 (the middle half of outcomes for similar projects). The developer's announced date (2029) is earlier than similar projects have managed — Hafrok's own date is used and the difference is flagged above.
4
Year-by-year chart
The bars spread that estimate across years using how similar projects actually slipped against their dates — more often late than early, which is why the bars lean right.
5
Chance of delivery — separate from timing
Start from the share of Advanced Development projects that went on to complete — ≈75%, measured on Hafrok's record of delivered and abandoned projects, with an allowance held back where that record cannot yet speak (projects still unresolved, changed market conditions). Consented projects have historically completed at very high rates, but the 2023–25 downturn showed consented-but-unfinanced projects can still fail — the estimate holds back for the offtake and financing gates still ahead. Then adjust for this project's own evidence — offtake, market, size, technical complexity — to ≈77%, which rates it Expected on Hafrok's four-step delivery scale (Delivering · Expected · Prospective · Fragile).

Project timeline & ownership verified milestones on the spine · ownership from Hafrok’s transactions record

2024’25’26’27’28’29’30Developer-announced COD: 2029-06 announced COD Jun 2029Japan Offshore Wind Round 2 (general sea-area public solicitation) — awarded to Japan Renewable Energy (ENEOS) / Iberdrola / Tohoku EPCOJapan Offshore Wind Round 2 (general sea-area public solicitation) Dec 2023 · auction recordView the sources for Consent appliedConsent applied 14 Mar 2025 ◆Commercial operation 2030 ·Hafrok expectedJapan Offshore Wind Round 2 (general sea-area public solicitation) — awarded to Japan Renewable Energy (ENEOS) / Iberdrola / Tohoku EPCO 2023-12 ORIGINATIONTransfer(s) not in Hafrok's record — shown as a gap, never guessed. UNRECORDEDTODAYJapan Renewable Energy Corporation (JRE) Japan Renewable Energy … Japan Renewable Energy … not among today’s recorded owners — no sale recordedIberdrola Renewables Japan LLC Iberdrola Renewables Ja… Iberdrola Renewables Ja… exited 2023-12Tohoku Electric Power Co. Inc. Tohoku Electric Power C… Tohoku Electric Power C… exited 2023-12Akita Bank Ltd. Akita Bank Ltd. Akita Bank Ltd. exited 2023-12Happo-Noshiro Offshore Wind GK — 100% today · operator Happo-Noshiro Offshore … Happo-Noshiro Offshore … 100%Japan Offshore Wind Round 2 (general sea-area public solicitation) — awarded to Japan Renewable Energy (ENEOS) / Iberdrola / Tohoku EPCO Transfer(s) not in Hafrok's record — shown as a gap, never guessed.
Dashed tick marks today (13 Oct 2026). The ▲ below the spine is the developer-announced COD. The teal diamond on the spine is origination — the seabed award or round that created the project. Every other ownership event lives in the band below: one station per recorded deal, dated at its label, in deal order rather than to calendar scale. Secondary trades appear only at the interchanges; grey lines are parties whose entry or exit Hafrok’s record does not hold.

Revenue & offtake contract duration and price levels · money of the day

375 MW contracted — tender award
● Tender award · Japan Offshore Wind Round 2 (general sea-area public solicitation)
Price3 JPY/kWh ·Capacity375 MWAwardedDec 2023
Term20 yrs

Installation how the build is going · from sourced statements and Hafrok’s registers

Installation not started
Installation · on record
StageAdvanced Development
Offshore constructionnot started
Expected start of operation2029-06

Sources & verification

Rests on 10 sources (2 primary) · ◆ 5 documents held
◆Verified≈Modelled◇Sourced∴Inferred⌁Convention○Unverified∅No source·Derived
Numbers are stable citation ids — grouped by source class, so they are not consecutive.
Operator2
[2]
METI/MLIT2024-03-22◆ Round 2 Happo-Noshiro offshore wind oper…
"選定事業者:合同会社八峰能代沖洋上風力、構成員:ジャパン・リニューアブル・エナジー株式会社、 イベルドローラ・リニューアブルズ・ジャパン株式会社、東北電力株式会社。 発電設備出力:37.5万kW(1.5万kW×25基、Vestas製)。 運転開始予定時期:2029年6月。" (Translation: Selected operator: Happo Noshiro Offshore Wind …
supportsCommercial operationTotal capacityMechanismDetail
[9]
Ministry of Economy, Trade and Industry (経済産業省)2025-03-14◆ 「秋田県八峰町及び能代市沖」における洋上風力発電事業について公募占用計画を認定し…
“今般、2024年3月22日に「秋田県八峰町及び能代市沖」おける選定事業者として選定された「合同会社八峰能代沖洋上風力」についても、再エネ海域利用法第17条第1項に基づき、選定事業者から提出された公募占用計画について、促進区域内海域の占用の区域及び占用の期間を指定し、当該公募占用計画が適当である旨の認定をしましたので、同条第2項に基づき公示します。 [...] (2)認定をした日 2025年3月14…”
supportsConsentConsent applied
Auction results1
[10]
Aquilo Energy / EEAS2026-06-22◆ jp-round2-2023-jp-tenders-study
Japanese offshore-wind tenders study: 30-yr occupancy permit, scheduled operation <=8 years after Occupancy Plan certification
supportsTender award · Japan Offshore Wind Round 2 (general sea-area public solicitation)
Trade press6
[3]
Wind Journal2025-03◆ 【洋上風力第2ラウンド】「秋田県八峰町・能代市沖」の公募占用計画を認定、風車施工…
"【洋上風力第2ラウンド】「秋田県八峰町・能代市沖」の公募占用計画を認定 … 経済産業省・国土交通省は2025年3月14日、秋田県八峰町及び能代市沖の洋上風力発電事業に係る 公募占用計画を認定した。ENEOSリニューアブル・エナジー(ERE)、イベルドローラ・リニューアブルズ・ ジャパン、東北電力の3社で構成する特別目的会社が事業者。運転開始予定:2029年6月。 陸上工事:2026年1月、基礎施…
supportsConsentConsent applied
[4]
DeepWind (third-party aggregator)2026-02
“FIP supply price: 3 JPY/kWh. SPV Name: Happo–Noshiro Offshore Wind GK. Consortium: ENEOS Renewable Energy Corporation (lead), Iberdrola Renewables Japan, Tohoku Electric Power. As of February 25, 2026…”
supportsStrike / price
[5]
Iberdrola2024◆ Consortium of Japan Renewable Energy Cor…
supportsoperator
[6]
Global Energy Monitor (GEM.wiki)2026-07-02
supportsCoordinates
[7]
GEBCO Compilation Group2020
supportsWater depth
[8]
DTU Wind Energy / World Bank (Global Wind Atlas)2026
supportsMean wind speed
Unverified import1
[1]
unknown
Press report — cited, not quoted; read it at the source link.
supportsTotal capacityWater depthCoordinates