PIB TrackerCCEA clears 1720 MW Kamala hydro project
A large run-of-the-river hydroelectric station in eastern Arunachal Pradesh, built as an NHPC–State joint venture, gets full investment sanction.
What happened
- The Cabinet Committee on Economic Affairs (CCEA) sanctioned an investment of Rs 26,069.50 crore for the Kamala Hydro Electric Project (HEP) in Arunachal Pradesh on 8 April 2026.
- The station carries an installed capacity of 1720 MW, configured as eight 210 MW units plus one 40 MW unit (8×210 + 1×40).
- It is sited across Kamle, Kra Daadi and Kurung Kumey districts in the central-to-eastern belt of Arunachal Pradesh.
- On commissioning it is expected to generate about 6,870 million units (MU) of electricity a year, with construction projected to take roughly 96 months.
- The project is structured as a joint venture of NHPC Limited and the Government of Arunachal Pradesh, not a standalone central undertaking.
- Beyond power, the design carries a flood-moderation function for the downstream Brahmaputra valley, a recurring concern for Assam during the monsoon.
Background & context
A Hydro Electric Project is a station that converts the energy of falling or flowing water into electricity by driving turbines coupled to generators. The Himalayan rivers of the North-East — fed by snowmelt and one of the heaviest monsoon regimes in the country — give Arunachal Pradesh the largest untapped hydropower potential of any Indian State, estimated in official assessments at roughly 50,000 MW. The Kamala HEP is one more block in the long-running national effort to convert that potential into firm, despatchable, non-fossil generating capacity.
The implementing agency, NHPC Limited, is the country's largest hydropower developer — a public sector enterprise under the Ministry of Power, originally incorporated in 1975 to plan, build and run hydroelectric stations. The administering chain for a project of this kind runs from the developer (NHPC, in partnership with the State) up through the Ministry of Power for the power-sector clearances, with the headline investment decision taken by the CCEA, the apex Cabinet body that approves large public-investment proposals. The CCEA, not a line ministry, is the authority that signs off the financial outlay, which is why this particular release carries the CCEA imprint rather than a bare departmental one.
The choice to build through a joint venture with the State government rather than as a wholly central project reflects the standard arrangement now used for North-Eastern hydro: the Centre's developer brings the engineering and most of the capital, the State contributes equity (here aided by central funds), and the host State is guaranteed a share of the electricity. This model is what the Kamala approval applies, and it is the same template visible in the sibling projects cleared in the same Cabinet cycle.
It also helps to place hydro within the wider power mix. Hydroelectric stations are usually classed by size — large, small, mini and micro — and by mode of operation as either storage (a large reservoir holds water for despatch on demand), run-of-the-river (the station uses the natural flow with limited pondage), or pumped-storage (water is moved between two reservoirs to store energy). At 1720 MW Kamala falls in the large-hydro bracket, and its flood-moderation role implies meaningful reservoir storage rather than pure run-of-the-river operation. This storage character is exactly what lets a hydro station double as a flood-management asset, because the reservoir can absorb part of a monsoon flood peak before releasing it gradually downstream. It is also what distinguishes hydro from solar and wind: the energy can be held back and released when the grid needs it, which is why hydro is treated as firm, despatchable capacity rather than variable generation.
For Prelims
- Entity: Kamala Hydro Electric Project (HEP), Arunachal Pradesh — a hydropower station, not a multipurpose dam in the irrigation sense.
- Capacity & output: 1720 MW installed (8×210 MW + 1×40 MW); about 6,870 MU expected per year.
- Outlay: Rs 26,069.50 crore total investment, sanctioned by the CCEA.
- Central support breakdown: Government of India component of about Rs 4,743.98 crore towards flood moderation, Rs 1,340 crore for enabling infrastructure, and Rs 750 crore as Central Financial Assistance (CFA) for the State's equity.
- Location: Kamle, Kra Daadi and Kurung Kumey districts, Arunachal Pradesh.
- Developer: joint venture of NHPC Limited (a Ministry of Power PSU) and the Government of Arunachal Pradesh.
- Timeline: roughly 96 months to completion.
- Host-State benefit model: the State receives 12% free power plus an additional 1% earmarked for a Local Area Development Fund (LADF) — the standard hydro benefit-sharing formula.
- Ancillary benefit: flood moderation for the Brahmaputra valley downstream; about 196 km of roads and bridges to be developed as enabling infrastructure.
- Free-power ramp (general hydro practice): the 12% free power to the host State is the long-standing baseline; a further 1% for local area development is the now-routine addition that this project also follows.
What it is NOT: Kamala HEP is not a Subansiri or Dibang style multipurpose scheme whose primary justification is irrigation or drinking water — its core purpose is electricity generation, with flood moderation as a built-in secondary benefit. It is also not a wholly NHPC-owned central-sector station: it is a joint venture with the State government, which is precisely why the 12%-plus-1% benefit-sharing applies. And the 1720 MW figure is the installed capacity, not the annual energy — the energy figure is the separate 6,870 MU/year number, a distinction UPSC likes to test.
The set it belongs to (NHPC / North-East hydro): Kamala sits inside a family of large Arunachal–Assam projects that recur in the news cycle — Subansiri Lower (2000 MW, of which 750 MW had been commissioned at the time of this release), Dibang Multipurpose (2880 MW), and Etalin (3097 MW, planned). In the very same CCEA cycle of 8 April 2026, the Cabinet also cleared the 1200 MW Kalai-II HEP on the Lohit river in Anjaw district — the first hydro project in the Lohit Basin — built as a joint venture of THDC India Limited and the Government of Arunachal Pradesh. Pairing Kamala (NHPC) with Kalai-II (THDC) is a natural "match the developer to the project" trap.
Why it matters
The decision sits at the intersection of three policy problems the country is trying to solve at once. First, clean firm power: as solar and wind capacity grows, the grid needs flexible, despatchable generation to balance their intermittency, and large hydro remains one of the few mature, storable, low-carbon sources that can do this — making projects like Kamala part of the energy-transition arithmetic, not a relic of an older one. Second, harnessing the North-East's hydro potential: Arunachal Pradesh holds the bulk of India's unrealised hydropower, and turning that into built capacity has been slow because of terrain, ecology, financing and the long gestation that the ~96-month timeline here makes plain. Third, flood management in the Brahmaputra system: by holding back and regulating monsoon flows upstream, a reservoir project can shave peak discharges that otherwise inundate Assam, which is why a dedicated central component of about Rs 4,743.98 crore is tagged specifically to the flood-moderation function rather than to power.
The benefit-sharing design also matters for the politics of large infrastructure in the North-East. By guaranteeing the host State 12% free power plus a 1% Local Area Development Fund, and by routing central money into the State's equity, the model is meant to convert a project that local communities might otherwise see as an extractive, downstream-benefiting dam into a source of recurring State revenue, local development spending, and connectivity — the roughly 196 km of new roads and bridges being the tangible part of that promise.
Set against its own family, Kamala is sizeable but not the largest of the Arunachal pipeline: it is smaller than the 2880 MW Dibang Multipurpose or the 3097 MW planned Etalin, comparable in order to the 2000 MW Subansiri Lower, and larger than the 1200 MW Kalai-II cleared alongside it. The recurring pattern across all of them is the same — long gestation, large capital outlay, a central developer paired with the State, and a separate flood-moderation justification tied to the Brahmaputra system. Reading Kamala as one instance of this pattern, rather than as a one-off, is what makes it durable revision material: the numbers change project to project, but the institutional design and the benefit-sharing arithmetic stay constant.