THDC declares COD of 11 MWac solar plant at Khurja
THDC India Limited declared the commercial operation of an 11 MWac Floating Solar Plant at Khurja STPP on July 17, 2026. This milestone raises THDC's total capacity to 3,918 MW and the NTPC group's installed capacity to 90,965 MW.

*this image is generated using AI for illustrative purposes only.
THDC India Limited, a subsidiary of NTPC , declared the commercial operation of an 11 MWac Floating Solar Plant at the Raw Water Reservoir of Khurja STPP on July 17, 2026. The declaration follows successful commissioning and the receipt of due approvals, marking an expansion in the company's renewable energy portfolio. This addition elevates the total installed and commercial capacity of THDC India Limited to 3,918 MW.
Capacity Expansion
With the commissioning of this solar facility, the NTPC group's overall power generation capacity has increased. The group's total installed capacity now stands at 90,965 MW, while the commercial capacity has reached 89,885 MW. The project contributes to the growing share of renewable energy within the group's total energy mix.
Project Details
The Floating Solar Plant is situated on the Raw Water Reservoir of the Khurja Super Thermal Power Project (STPP). The unit utilizes floating solar technology to generate electricity, optimizing land and water resource usage.
| Entity | Capacity (MW) | Type |
|---|---|---|
| THDC India Limited | 3,918 | Total Installed & Commercial |
| NTPC Group | 90,965 | Total Installed |
| NTPC Group | 89,885 | Total Commercial |
| Khurja STPP Project | 11 | Floating Solar |
Historical Stock Returns for NTPC
| 1 Day | 5 Days | 1 Month | 6 Months | 1 Year | 5 Years |
|---|---|---|---|---|---|
| -0.18% | -0.54% | -3.85% | -1.30% | -0.18% | +187.03% |
How will the successful implementation of this floating solar project influence THDC India's future strategy for utilizing existing reservoirs for renewable energy generation?
What is the projected impact of this 11 MW addition on NTPC Group's overall renewable energy mix targets over the next five years?
Could this project serve as a scalable model for other thermal power plants within the NTPC Group looking to optimize land and water usage?































