NTPC Renewable Energy Commissions 130 MW Khavda Solar Unit
POWER & RENEWABLE ENERGY

NTPC Renewable Energy Commissions 130 MW Khavda Solar Unit

NTPC Renewable Energy has commenced commercial supply of 130.47 megawatts of solar power from its Khavda-I solar project in Gujarat, marking another milestone in India’s renewable energy expansion. Power supply from the new capacity began at midnight on January 29, 2026, under Phase II Tranche III of the Central Public Sector Undertaking solar programme. The commissioned capacity forms part of the larger 1,255 megawatt Khavda-I Solar PV Project, which is being developed in multiple stages to progressively add clean electricity to the national grid.

With the latest commissioning, the operational renewable energy capacity of the NTPC Green Energy Group has increased further. Prior to the addition, the group’s commercial renewable capacity stood at around 8,347.78 megawatts, which has now risen to approximately 8,478.25 megawatts following the integration of the new solar unit. This reinforces NTPC’s position as one of India’s largest renewable energy producers.

The Khavda solar project is located in the Kutch region of Gujarat, an area recognised for its high solar radiation levels and availability of suitable land, making it a key destination for utility-scale solar development. The phased commissioning approach enables power generation to begin from completed sections of the project while construction continues on the remaining phases, improving asset utilisation and supporting grid stability.

The newly added capacity is expected to support India’s efforts to increase the share of non-fossil fuel sources in its overall energy mix and reduce dependence on conventional power generation. It also aligns with national objectives to expand solar capacity and strengthen long-term energy security.

The commissioning underscores continued momentum in large-scale renewable energy deployment as major projects steadily transition from development to full commercial operation across the country.

NTPC Renewable Energy has commenced commercial supply of 130.47 megawatts of solar power from its Khavda-I solar project in Gujarat, marking another milestone in India’s renewable energy expansion. Power supply from the new capacity began at midnight on January 29, 2026, under Phase II Tranche III of the Central Public Sector Undertaking solar programme. The commissioned capacity forms part of the larger 1,255 megawatt Khavda-I Solar PV Project, which is being developed in multiple stages to progressively add clean electricity to the national grid. With the latest commissioning, the operational renewable energy capacity of the NTPC Green Energy Group has increased further. Prior to the addition, the group’s commercial renewable capacity stood at around 8,347.78 megawatts, which has now risen to approximately 8,478.25 megawatts following the integration of the new solar unit. This reinforces NTPC’s position as one of India’s largest renewable energy producers. The Khavda solar project is located in the Kutch region of Gujarat, an area recognised for its high solar radiation levels and availability of suitable land, making it a key destination for utility-scale solar development. The phased commissioning approach enables power generation to begin from completed sections of the project while construction continues on the remaining phases, improving asset utilisation and supporting grid stability. The newly added capacity is expected to support India’s efforts to increase the share of non-fossil fuel sources in its overall energy mix and reduce dependence on conventional power generation. It also aligns with national objectives to expand solar capacity and strengthen long-term energy security. The commissioning underscores continued momentum in large-scale renewable energy deployment as major projects steadily transition from development to full commercial operation across the country.

Next Story
Real Estate

Integrated Waterproofing Strategies

Waterproofing buildings used to be an annual pre-monsoon affair but the evolution of real-estate development has changed that approach. In new developments, developers are weaving waterproofing solutions into both the design and construction phases, an approach that Nikhil Madan, Managing Director, Mahima Group, says, “is all about ensuring lasting durability [of the building] and keeping lifecycle risks including water seepage and extensive maintenance to a minimum.”Watertight by designAluminium formwork systems aren’t commonly thought of as a waterproofing tool but at the Mahima Group,..

Next Story
Infrastructure Urban

GROHE Showcases Water-Led Design At Milan

GROHE unveiled its GROHE SPA Aqua Sanctuary at Milan Design Week 2026, transforming Piccolo Teatro Studio Melato into an immersive showcase of water, design and wellbeing. Built on the philosophy of ‘Wellbeing Through Water’, the installation reimagined bathrooms as holistic spaces for relaxation, rejuvenation and self-care.The Aqua Sanctuary was presented through three interconnected sanctums. The first showcased the 3D-printed GROHE SPA AquaTree shower and faucet, highlighting bespoke innovation and biophilic design. The second featured the Atrio Private Collection and GROHE SPA x Buster..

Next Story
Infrastructure Transport

Rahee Group Expands Rail Manufacturing Capacity

Rahee Group has outlined a multi-year investment roadmap to expand its operational footprint and strengthen manufacturing capabilities for India’s growing railway and urban transit sector. The Group is expanding in Odisha with a new Track Component Casting Unit, for which the groundbreaking ceremony was held on 8 April 2026 in the presence of Odisha Chief Minister Mohan Charan Majhi.The Group’s flagship EPC arm, Rahee Infratech Ltd, continues to focus on complex rail infrastructure projects, including track systems, bridges, viaducts and ballastless infrastructure. Its wholly owned subsidi..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement

-->