RattanIndia Power Returns to Profit in Q1 FY27; Amravati Plant Achieves 92% PLF and 98% Availability

What Happened ?

key details

Business & Operational Highlights:

• Reported PAT of ₹44.36 crore, compared with a loss of ₹14.60 crore in Q1 FY26.
• Total income increased sequentially to ₹875.58 crore from ₹864.15 crore in Q4 FY26.
• Amravati plant achieved a 92.43% PLF, the highest since resumption of operations in December 2020.
• Plant Availability improved to 98.15%, reflecting strong operational reliability.
• Received and unloaded 449 coal rakes during the quarter, averaging 4.9 rakes per day.
• Sold 17.99 Million Units (MUs) of electricity through the power exchange, generating ₹15.05 crore in additional revenue apart from PPA sales.

Plant Performance:

Operational performance continued to improve steadily after the plant resumed generation in December 2020.

• PLF improved to 92.43%, compared with 82% in FY26.
• Plant Availability increased to 98.15%, up from 88% in FY26.
• The company stated that the Amravati plant is now among the best-performing thermal power stations in Maharashtra and across India.

Industry & Demand Outlook:

Management highlighted a favourable demand environment for thermal power generation.

Key Observations

• India’s electricity generation has recorded a ~5% CAGR over the last 13 years.
• National power generation during Q1 FY27 increased by 9% compared with the corresponding period last year.
• India generated approximately 520 billion units (BUs) during Q1 FY27.
• Renewable energy accounted for only around 19% of electricity generation despite representing 43% of installed capacity, indicating that coal-based thermal generation continues to remain critical for grid stability.
• Maharashtra recorded significantly higher peak and minimum electricity demand during Q1 FY27, supporting stronger utilisation of thermal power assets.

Regulatory Developments:

The company provided an update on its ongoing Change in Law claims.

Highlights:

• The Appellate Tribunal for Electricity (APTEL) ruled in favour of RattanIndia Power regarding compensation for:
  • Ash transportation costs.
  • Surface Transportation Charges (STC).
  • Coal sizing charges.
• MSEDCL has already paid ₹44.73 crore towards the ash transportation claim.
• Appeals relating to the matter remain pending before the Supreme Court and the Maharashtra Electricity Regulatory Commission (MERC).
• The company continues pursuing recovery of remaining regulatory receivables through legal and regulatory channels. 

Note:

• The return to profitability was primarily driven by improved plant utilisation, disciplined operational execution, and lower financing costs rather than significant revenue growth.
• Strong operational metrics indicate that the Amravati power plant continues to enhance efficiency while benefiting from rising electricity demand in Maharashtra.

Risk Analysis

Summary:

• Although operational performance has improved significantly, RattanIndia Power remains exposed to regulatory proceedings, coal supply dynamics, thermal power tariffs, and fluctuations in electricity demand.

Key Risks:

• Pending litigation relating to Change in Law compensation.
• Dependence on coal availability and fuel costs.
• Merchant power prices may remain volatile.
• Revenue concentration through MSEDCL under the long-term PPA.
• Regulatory decisions could influence future cash flows.

Worst Case:

• Delays in regulatory recoveries, combined with weaker electricity demand or higher fuel costs, could impact profitability and operating cash flows despite strong plant performance.

Risk Level: Medium

Company Commentary

According to RattanIndia Power:

• The Amravati plant remains among the best-performing thermal power plants in Maharashtra and across India.
• Operational performance has steadily improved since generation resumed in December 2020.
• The company continues to pursue recovery of Change in Law claims through appropriate legal and regulatory forums.
• Strong demand growth in Maharashtra and across India continues to support higher thermal power generation.