FOWPI (First Offshore Wind Project of India)

Status
On Holdlifecycle stage
FragileHafrok completion outlook
Ownership
CECOWI (EU/MNRE/NIWE-backed) — 100% 
Location
India
Arabian Sea
Technology
Capacity 200 MW 
Turbines
Foundation
Site & conditions
Site rights No site right  Water depth 5–14 m  Distance from shore 25 km  Wind speed 6.6 m/s @ 150 m 
Revenue & grid
Offtake
Grid
Schedule
FID Not taken
COD · Hafrok

Delivery outlook modelled by Hafrok · calibrated on delivered projects

on hold — no credible date; the chart shows when a restarted project might complete
Chance of delivery
≈13% estimated chance this project reaches commercial operation
Projects put on hold complete ≈15% of the time on Hafrok's record. This one sits below that: a market with no delivery record yet, technical complexity and no offtake contract yet. Only a restart would change that — there is no dated schedule to judge against.
COD outlook
If it completes, when — Hafrok’s probability by year (teal)
20%40%60%80%100% 2030: 20.0% (conditional on completion) 2031: 20.0% (conditional on completion) 2032: 20.0% (conditional on completion) 2033: 20.0% (conditional on completion) 2034: 20.0% (conditional on completion)2026now20272028202920302031203220332034
COD probability by year, conditional on completion
YearProbability
203020.0%
203120.0%
203220.0%
203320.0%
203420.0%
How Hafrok got this date
1
On hold — no dated schedule
The project is recorded as On Hold, so no sequence of milestones can be trusted. Hafrok publishes no expected year; the chart instead spreads the remaining chance of completion over the years a restarted project might finish in.
2
Chance of delivery — separate from timing
Start from the share of On Hold projects that went on to complete — ≈15%, 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). Historically only a minority of projects put on hold returned to delivery — the estimate reflects that. Then adjust for this project's own evidence — offtake, market, size, technical complexity — to ≈13%, which rates it Fragile on Hafrok's four-step delivery scale (Delivering · Expected · Prospective · Fragile).

Revenue & offtake route to market — open

No offtake secured — route to market open
The routes describe what exists in this market — not a prediction of which the project will take. Timing math for the auction gate lives in the delivery outlook above.
Next visible round · from the auction calendar
India first VGF offshore wind tender (Gujarat / Tamil Nadu)
expected — · planned · the round’s published documents do not name this project
VGF scheme notified Sep 2024; a 500 MW Gujarat site (NIWE-identified) tender announced Sep 2024; TN 500 MW site being finalised; a separate SECI 4 GW Tamil Nadu seabed-lease-rights tender floated Feb 2024.

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
StageOn Hold
Offshore constructionnot started
Expected start of operationnot stated

Sources & verification

1/10 fields verified · rests on 7 sources (2 primary) · ◆ 1 document held
VerifiedModelledSourcedInferredConventionUnverifiedNo source·Derived
Numbers are stable citation ids — grouped by source class, so they are not consecutive.
Operator1
[6]
EU Clean Energy Cooperation with India (CECP-EU) - FOWPI programme record2019◆ First Offshore Wind Project of India (FO…
“This project has been completed. [...] First Offshore Wind Project of India (FOWPI) was a project funded by European Union (EU) and it aimed to support Ministry of New and Renewable Energy (MNRE) and …”
supportsSite rights
Auction pipeline1
[8]
MNRE (India)2026
MNRE offshore wind programme — VGF scheme for 1,000 MW off Gujarat/Tamil Nadu; SECI implementation; 30 GW by 2030 aim.
supportsIndia first VGF offshore wind tender (Gujarat / Tamil Nadu)
Trade press5
[1]
FOWPI2020
supportsownerTotal capacity
[2]
Norton Rose Fulbright2023
supportsDistance from shore
[3]
Global Energy Monitor2026-07-02
supportsCoordinates
[4]
GEBCO Compilation Group2020
supportsWater depth
[5]
DTU Wind Energy / World Bank (Global Wind Atlas)2026
supportsMean wind speed