NTPC Limited , India's largest power generation company, has taken a significant step forward in its renewable energy expansion with the declaration of commercial operation for a portion of its Nokh Solar PV Project in Rajasthan. The company announced that 167 MW out of the planned 245 MW capacity at Plot-1 of the project has commenced commercial operations, effective September 26, 2025.

Project Details

The newly operational solar capacity is part of NTPC's ambitious Nokh Solar PV Project, which has a total planned capacity of 3x245 MW. This project falls under the CPSU (Central Public Sector Undertaking) Scheme Phase-II, Tranche-III, highlighting the government's push for increased solar power generation by public sector entities.

Capacity Milestone

With this latest addition, NTPC has achieved a notable milestone in its power generation capacity:

This increase in capacity underscores NTPC's commitment to diversifying its energy portfolio and increasing its share of renewable energy sources.

LODR Disclosure

In compliance with SEBI regulations, NTPC filed a disclosure under Regulation 30 of the SEBI (Listing Obligations and Disclosure Requirements) Regulations, 2015. The company's Executive Director (Finance), Aditya Dar, signed off on the official communication to the National Stock Exchange of India Limited and BSE Limited.

Strategic Importance

The commissioning of this solar capacity is strategically important for NTPC as it:

1. Contributes to India's renewable energy targets
2. Enhances NTPC's green energy portfolio
3. Demonstrates the company's execution capabilities in large-scale solar projects

Looking Ahead

As NTPC continues to expand its renewable energy footprint, the successful commissioning of the Nokh Solar PV Project serves as a testament to the company's commitment to sustainable power generation. With the remaining capacity at Plot-1 and additional plots yet to be commissioned, NTPC is poised for further growth in its solar energy segment.

The power sector in India is witnessing a significant shift towards cleaner energy sources, and NTPC's latest achievement aligns well with this national objective. As the company progresses with its renewable energy projects, it is likely to play a crucial role in India's transition to a more sustainable energy future.

NTPC , India's largest power producer, continues to expand its energy portfolio across various sectors. The company's latest developments include significant progress in both thermal and nuclear energy, as well as advancements in renewable energy projects.

THDC India's Khurja STPP Unit II Commences Operations

THDC India Limited, a subsidiary of NTPC, has declared commercial operation for Unit II (660 MW) of its Khurja STPP power plant. This commissioning increases THDC India's total installed and commercial capacity to 3,407 MW. The Khurja STPP is a 2X660 MW thermal power project, contributing significantly to the region's power generation capabilities.

NTPC Group's Increased Capacity

With the addition of the Khurja STPP Unit II, the NTPC group's overall installed and commercial capacity has reached 83,696 MW. This increase reflects the company's ongoing commitment to expanding its power generation capabilities across various energy sources.

Nuclear Expansion Plans

NTPC is taking significant steps in the nuclear energy sector. The company has approached the government for approval to make bulk purchases of nuclear reactors, marking a pivotal move in India's plan to expand its atomic energy capacity.

NTPC is considering large nuclear units with capacities ranging from 700 megawatts to 1,730 megawatts each. While the exact size of the tender remains undecided, this initiative underscores the company's commitment to leading India's nuclear energy expansion.

India aims to build 100 gigawatts of nuclear generation capacity by 2047, and NTPC is targeting to achieve nearly one-third of this objective.

Current Capacity and Future Challenges

India's current atomic power capacity stands at 8.80 gigawatts. To meet the 2047 target, the country would need to construct approximately half of its current capacity annually over the next 22 years.

NTPC's Strategic Shift

For NTPC, this move towards nuclear energy represents more than just expansion; it's a strategic pivot to reduce its dependence on fossil fuels. Currently, 85.00% of NTPC's generation capacity relies on fossil fuels. The company's venture into nuclear power indicates its commitment to diversifying its energy portfolio and embracing cleaner energy sources.

First Nuclear Plant in the Pipeline

NTPC is already making strides in the nuclear sector. The company's first nuclear plant, a joint venture with Nuclear Power Corp. of India, is expected to be operational by 2036.

Renewable Energy Progress

In addition to its nuclear ambitions, NTPC is also making progress in renewable energy. NTPC Green Energy Limited, a subsidiary of NTPC, has declared the Commercial Operation Date for 9.9 MW of wind capacity from a project located in Bhuj, Gujarat. This capacity is part of a larger 92.4 MW wind project owned by Ayana Renewable Power Four Private Limited, which operates through the ONGC NTPC Green Private joint venture.

Implications for India's Energy Landscape

NTPC's initiatives across thermal, nuclear, and renewable energy sectors could accelerate India's transition to a diverse and cleaner energy mix. The bulk purchasing of nuclear reactors, if approved, could potentially streamline the process of nuclear power plant construction and bring economies of scale to the sector.

As India continues to grapple with growing energy demands and the need for cleaner energy sources, NTPC's multifaceted approach could play a crucial role in shaping the country's energy future. The success of these endeavors could set a precedent for other power producers and potentially attract more investment into India's diverse energy sector.

While challenges remain, including regulatory hurdles and public perception of nuclear energy, NTPC's moves signal a new chapter in India's pursuit of energy security and sustainability through a mix of thermal, nuclear, and renewable power sources.