Phukot Karnali

Page status
Working page
Updated
2026-05-13

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Summary

Phukot Karnali is a 426-480 MW Karnali basin peaking run-of-river project promoted by VUCL and currently treated in the wiki as a survey-stage, pre-construction project.

Phukot Karnali is a 426-480 MW peaking run-of-river project on the Karnali in Kalikot district, promoted by Vidhyut Utpadan Company Limited. It is pinned in both the Layer: Priority Watchlist and Layer: Top-10 Capacity Projects because it is one of the few large Karnali projects with a stronger document-backed project-area anchor, a state developer, and a plausible place in Nepal's 2030s buildout sequence.

Specifications

Parameter Value
Capacity 426 MW
Status Survey / study
Registry licence Survey
River Karnali (Karnali Basin)
District Kalikot
Province Karnali Pradesh
Promoter Vidhyut Utpadan Company Limited

Engineering

Parameter Value
Units 6
Unit capacity 79 MW
Turbine type Francis
Underground powerhouse yes

Output

Parameter Value
Type PROR

Governance

Parameter Value
Developer Vidhyut Utpadan Company Limited

Sources

Why It Matters

Phukot is a medium-large Karnali project, not a mega-reservoir like Mugu Karnali Storage HEP. That makes it strategically different: it is big enough to matter for the western generation stack, but small enough that its buildability, access, and evacuation questions are less extreme than the very largest Karnali schemes.

VUCL's project-status material describes a project in Kalikot using Karnali River flow, feeding the integrated power system at the proposed Regil grid substation. The same status document lists a 474 MW main underground powerhouse, six 79 MW Francis units, an additional 6 MW environmental-release powerhouse, a 400 kV double-circuit evacuation line of about 2.3 km to Regil, and an estimated construction duration of about five years once full construction starts.

The wiki keeps the registry value of 426 MW in the generated spec table because that is the value carried through the DoED-linked project dataset. The wider project literature often uses 480 MW or 474+6 MW. That discrepancy is not a contradiction in the map; it is a sign that the page is combining registry, VUCL, and planning-source views of the same project.

Status And Timing

As of the current wiki evidence set, Phukot should be read as pre-construction / survey-stage, not an operating or under-construction plant. A 2025 news item reported renewed ministerial direction to take Karnali projects forward with NHPC collaboration, but the stronger planning anchor for this wiki is the IPSDP milestone ladder, which places Phukot Karnali in the 2031-2035 project window.

The practical read is:

Question Current Read
Is construction visibly underway? Not confirmed by the sources used here.
Is there a construction-duration estimate? Yes: VUCL status material estimates about five years for construction.
Is there a dated planning window? Yes: IPSDP groups Phukot Karnali in 2031-2035.
What has to be watched next? Development-vehicle clarity with NHPC/VUCL, generation licence status, financing, PPA/offtake, Regil grid hub readiness, and land/environmental approvals.

Map Interpretation

The map point is based on an official project-area center from the VUCL status report and is already close to the mapped Karnali reach. That makes it more defensible than a plain registry coordinate, but it still should not be treated as a final dam-axis coordinate. The project includes a dam, underground powerhouse, tunnel system, and grid connection; the marker is a project reference, not a detailed engineering layout.

Limitations & Controversies

Phukot's main risk is not the absence of hydropower resource. The Karnali flow is the reason the project exists. The binding questions are delivery questions: who finances it, whether NHPC participation becomes a final investment structure, whether the Regil evacuation path advances on time, and whether the five-year construction estimate survives detailed contracting.

It also matters for the Installed MW, Energy, Seasonality, and Firm Power Are Routinely Conflated argument. A 426-480 MW Karnali project can be valuable, but its value depends on dispatch timing, dry-season contribution, grid absorption, and export or domestic offtake arrangements. Capacity alone does not settle the case.

Registry note

  • Naxa / DoED-linked public hydropower project dataset
  • VUCL PKHEP status report and current project registry
  • VUCL project-status PDF: Phukot Karnali Project Status

See also