📷 Image: Wikimedia Commons / Pranayraj1985
Politics
Expert challenges CM Revanth Reddy's statements on Yadadri thermal power project
✍️ Telangana Today
🗓 17 Oct 2026, 06:40 AM
👁 11
A senior energy analyst has disputed the claims made by Telangana Chief Minister Revanth Reddy regarding the progress and capacity of the Yadadri thermal power project.
Telangana's Chief Minister Revanth Reddy recently asserted that the Yadadri thermal power project is on schedule and will significantly boost the state's power generation. Shortly after, a noted energy sector expert publicly questioned the accuracy of those statements.
The expert highlighted that official project data does not corroborate the claimed timelines or the projected output, pointing to delays in land acquisition and pending environmental clearances as major hurdles.
He also warned that over‑optimistic estimates could strain the state's finances and affect the credibility of the government's power‑sector roadmap. The analyst called for a transparent review of the project's status before further public statements are made.
The state government has not issued an immediate response, but sources indicate that officials may convene a technical review to address the concerns raised. The Yadadri plant remains a cornerstone of Telangana's plan to meet growing electricity demand.
The expert highlighted that official project data does not corroborate the claimed timelines or the projected output, pointing to delays in land acquisition and pending environmental clearances as major hurdles.
He also warned that over‑optimistic estimates could strain the state's finances and affect the credibility of the government's power‑sector roadmap. The analyst called for a transparent review of the project's status before further public statements are made.
The state government has not issued an immediate response, but sources indicate that officials may convene a technical review to address the concerns raised. The Yadadri plant remains a cornerstone of Telangana's plan to meet growing electricity demand.