Fujian Changle 'Outer Ocean' Area I

Fujian Changle 'Outer Ocean' Area I. GEM records phase South 314 MW construction.

Status
Advanced Developmentlifecycle stage
ExpectedHafrok completion outlook
Ownership
Location
China
Taiwan Strait
Technology
Capacity 314 MW 
Turbines
Foundation Fixed-bottom (structure not recorded) 
Site & conditions
Site rights Seabed rights held 
Revenue & grid
Offtake
Grid
Schedule
FID Not taken
COD · Hafrok 2030 expected

Delivery outlook modelled by Hafrok · calibrated on delivered projects

2030
expected year of commercial operation
Chance of delivery
≈78% 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; technical complexity pulls the other way.
COD outlook
If it completes, when — Hafrok’s probability by year (teal)
20%40%60%80%100% 2029: 14.1% (conditional on completion) 2030: 28.0% (conditional on completion) 2031: 22.7% (conditional on completion) 2032: 14.6% (conditional on completion) 2033: 8.7% (conditional on completion) 2034: 5.1% (conditional on completion) 2035: 3.1% (conditional on completion) 2036: 1.8% (conditional on completion) 2037: 1.1% (conditional on completion) 2038: 0.7% (conditional on completion)2026now2028203028%EXPECTED2032203420362038
COD probability by year, conditional on completion
YearProbability
202914.1%
2030 (expected)28.0%
203122.7%
203214.6%
20338.7%
20345.1%
20353.1%
20361.8%
20371.1%
20380.7%
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 established 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; the faster quarter of similar projects would be done by 2028, the slower quarter not until 2031.
3
Result
Expected commercial operation 2030, likely range 2028–2031 (the middle half of outcomes for similar projects). The typical time from consent is used.
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 ≈78%, which rates it Expected on Hafrok's four-step delivery scale (Delivering · Expected · Prospective · Fragile).

Project timeline verified milestones only — each date carries its provenance mark

2027’28’29’30Commercial operation 2030 ·Hafrok expected
Dashed tick marks today (9 Sep 2026).

Installation how the build is going · from satellite counts and Hafrok’s registers

Installation not started
nothing to count yet: the satellite tracker begins when offshore construction does
Installation · on record
StageAdvanced Development
Offshore constructionnot started
Expected start of operationnot stated

Sources & verification

0/7 fields verified · rests on 2 sources · ◆ 2 documents held
VerifiedModelledSourcedInferredConventionUnverifiedNo source·Derived
Numbers are stable citation ids — grouped by source class, so they are not consecutive.
Trade press2
[1]
Global Energy Monitor2026◆ Fujian Changle 'Outer Ocean' Area I Offs…
“Fujian Changle 'Outer Ocean' Area I Offshore wind farm is a wind farm in pre-construction in Changle District, Fuzhou, Fujian, China.”
supportsConsentSite rightsTotal capacityFoundationCoordinates
[2]
Global Energy Monitor◆ Global Wind Power Tracker Methodology
“Offshore hard mount: have wind turbines that are usually designed for installation in water no deeper than 60 meters [...] Offshore floating: are an emerging technology designed for installation in de…”
supportsFoundation