Baglihar Hydropower Project

Last Updated: Feb 23, 2026, 11:34 IST

Discover the Baglihar Hydropower Project, a 900 MW engineering marvel on the Chenab River in Jammu and Kashmir. Explore its features, the Indus Waters Treaty dispute with Pakistan, and its vital role in India’s renewable energy landscape.

Baglihar Hydropower Project
Baglihar Hydropower Project

Key Points

  • Baglihar Dam (900 MW) on Chenab River in J&K, approved in 1996, faced Indus Waters Treaty dispute.
  • World Bank's 2007 verdict largely upheld India's design with minor adjustments to dam's capacity.
  • Feb 2026: Stage I suspended due to flooding; project uses drawdown flushing for 80+ year lifespan.

Baglihar Dam also know as the Baglihar Hydropower Project (BHEP) is a major run-of-the-river power project located in the Ramban district of Jammu and Kashmir, India. It is built across the fast-flowing Chenab River, the project stands as a testament to modern hydraulic engineering in the rugged terrain of the Middle Himalayas. Its purposed in 1992 and approved in 1996, it was the first major project executed by the Jammu and Kashmir State Power Development Corporation (JKSPDC).

The project is designed to harness the river's energy without the need for a massive storage reservoir, adhering to the international guidelines for sustainable water management. In February 2026, the project faces ongoing challenges Stage I operations were temporarily suspended due to flooding in the machine room during maintenance, highlighting the constant battle against the volatile Himalayan climate.

Key Features

The project was developed in two distinct stages to maximize efficiency and manage the immense technical challenges of the Himalayan geology.

Feature

Details

River

Chenab

Location

Ramban District, J&K (near Chanderkote)

Total Capacity

900 MW (Stage I: 450 MW; Stage II: 450 MW)

Dam Type

Concrete Gravity Dam

Dam Height

143 meters (approx. 469 ft)

Turbines

6 x 150 MW Francis-type turbines

Reservoir Capacity

475 million cubic meters

What is the Indus Waters Treaty Dispute?

The project gained international attention due to objections raised by Pakistan, which claimed the design violated the Indus Waters Treaty (1960). Pakistan argued that the dam's gated spillways and pondage capacity gave India the power to manipulate river flows.

In 2005, the World Bank appointed a neutral expert, Raymond Lafitte, to resolve the dispute. The final verdict in 2007 largely upheld India’s right to build the gated spillways but recommended minor technical adjustments:

  • Pondage reduction: Reduced from 37.5 million cubic meters to 32.56 million.

  • Dam height: A 1.5-meter reduction in freeboard.

  • Intake level: Raising the power intake tunnels by 3 meters.

More About Chenab River:

Key Facts: Chenab River

  • Chenab river is formed by confluence of two streams Chandra and Bhaga originated in Himachal Pradesh known as the Chandrabhaga.

  • It flows through the Chenab Valley, a deep trough between the Great Himalayas and the Pir Panjal range, covering roughly 974 km.

    • Traveling through Himachal Pradesh and the Union Territory of Jammu and Kashmir, the Chenab joins the Jhelum at Trimmu before eventually discharging its waters into the Sutlej River.

  • Chenab river is the largest tributary of the Indus, it merges with the Jhelum at Trimmu before emptying into the Sutlej.

  • A hub for hydroelectricity, featuring major projects like Salal, Baglihar, Ratle Hydroelectric Plant and Dul Hasti. It is also spanned by the Chenab Rail Bridge, the world's highest railway bridge.

  • Chenab river is also governed by the Indus Waters Treaty and historically celebrated in folklore such as the legend of Heer Ranjha.

  • Tributaries

    • Right Bank: Marusudar the largest tributary, Ans, Bhut Nalla, Bichleri and Miyar Nalla.

    • Left Bank: Tawi, Niru, Neeru and Liddrari.

What is Significance? 

The Baglihar project plays a pivotal role in the socio-economic development of Jammu and Kashmir.  It provides a reliable source of clean energy to the northern grid, significantly reducing the power deficit in the region. The construction created thousands of local jobs and improved infrastructure, including roads and tunnels in previously inaccessible areas. Located in a silt-heavy region, the dam uses advanced "drawdown flushing" techniques to clear sediment, extending the reservoir's lifespan to over 80 years. 

Also Read: Sawalkote Hydroelectric Project

Manisha Waldia
Manisha Waldia

Executive - Editorial

Manisha Waldia is a distinguished content strategist with 5 years of experience crafting premium educational content for UPSC and State PCS, with a focus on deep conceptual analysis across Polity, Geography, History, and Environment. She currently brings this expertise to Jagran Josh, where she covers major national and international events, current affairs, and static general knowledge. Over her career, Manisha's specialized insights have led her to curate high-impact materials and serve as a UPSC Mains answer-evaluator for India’s top institutes—including Drishti IAS, Shubhra Ranjan IAS, Study IQ, GS Score, and PWonlyIAS. She has also worked alongside leading NGOs like Oxfam India and Avani Kumaon.

Contact: manisha.waldia@jagrannewmedia.com

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First Published: Feb 22, 2026, 23:32 IST

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