Tata Power Commences Construction on ₹5,750 Crore Hybrid Renewable Project in Andhra Pradesh

Tata Power Renewable Energy Limited (TPREL) has officially broken ground on a ₹5,750 crore (INR 57.5 billion) solar-wind hybrid project in Andhra Pradesh, representing a major advancement in the company’s “Firm and Dispatchable Renewable Energy” (FDRE) pipeline. The 800 MW facility, located across the Kurnool and Anantapur districts, integrates battery energy storage to provide round-the-clock green power to the national grid. This construction commencement follows a fiscal year in which Tata Power won approximately 800 MW of new renewable projects, reinforcing the group’s target to reach 70% clean energy capacity by 2030.

Key Project Highlights at a Glance

• Total Capacity: 800 MW (400 MW Solar / 400 MW Wind)
• Storage Component: 25 MW / 50 MWh Battery Energy Storage System (BESS)
• Total Investment: ₹5,750 Crore (INR 57.5 Billion)
• Off-taker: NTPC (FDRE segment)
• Wind EPC Partner: Suzlon
• Solar EPC: TPREL In-house Division
• Connectivity: Inter-State Transmission System (ISTS) via CTUIL

Technical Infrastructure and Siting

The project is geographically bifurcated to optimize resource yields. The 400 MW solar segment is sited at Pattikonda in the Kurnool district, while the 400 MW wind component is situated at Kanekallu in the Anantapur district.

Infrastructure for the facility is integrated into the Inter-State Transmission System (ISTS), with connectivity established through Central Transmission Utility of India Limited (CTUIL) substations. This project benefits from Tata Power’s broader grid strategy, which included the commissioning of 929 ckm of transmission lines in the most recent fiscal year to support large-scale power evacuation.

A critical technological feature is the 25 MW / 50 MWh BESS, which addresses the intermittency of renewable generation. This storage integration mirrors a national trend of accelerating storage deployment—India added 0.5 GWh of BESS capacity in 2025—and aligns with Tata Power’s proprietary “MySine” battery storage solutions. Furthermore, the solar component will leverage Tata Power’s push for a localized supply chain (currently at 50%), potentially utilizing modules from the company’s 4.3 GW Tirunelveli cell and module plant.

Strategic Alignment: Hybrid and FDRE Framework

The Andhra Pradesh facility serves as a primary component of Tata Power’s 2,447 MW complex project pipeline. It fits into a broader corporate strategy focused on “Firm and Dispatchable Renewable Energy” (FDRE) to meet the increasing demand for round-the-clock (RTC) green power.

Tata Power’s hybrid and FDRE portfolio currently totals 5.2 GW. This project follows a successful precedent set by the company’s 80 MW FDRE Power Purchase Agreement (PPA) signed with Tata Power Mumbai Distribution. The power off-take for the Andhra Pradesh project is secured through NTPC, providing long-term revenue visibility while supporting national decarbonization targets.

Stakeholder Landscape and EPC Mandates

The project execution involves a combination of in-house expertise and external partnerships:

• TPREL: Serving as the lead developer and owner, TPREL will manage the project’s lifecycle. Its in-house EPC division—which recently commissioned a 1 GW solar project in Rajasthan—is mandated to lead the solar installation.
• Suzlon: The wind energy specialist has been awarded the EPC contract for the 400 MW wind segment.

Dr. Praveer Sinha, CEO & Managing Director of Tata Power, noted that the company’s strategy remains focused on “negotiating a changing climate” through “disciplined growth and strategic partnerships.” He emphasized that the addition of RTC clean energy assets is essential to ensuring India’s energy security while creating long-term value for stakeholders.

Economic Contribution and Strategic Context

The development is expected to generate significant local employment. To support this, the Tata Power Skill Development Institute (TPSDI) is active in training “green-skilled workers” required for the construction and O&M phases. The project also utilizes the Andhra Pradesh Integrated Clean Energy (ICE) Policy for land lease benefits and infrastructure facilitation.

As of the FY25-26 reporting period, Tata Power’s “Clean and Green” operational capacity stands at 7,856 MW. The commencement of this 800 MW hybrid facility represents a vital step toward the company’s 2030 sustainability mandates and its move toward becoming a fully integrated, future-ready energy ecosystem that includes upcoming photovoltaic ingot and wafer manufacturing.

Project Technical Summary

The provided sources do not contain a direct URL to the specific original bidding document or the specific tender portal (such as NTPC or SECI portals) for this 800 MW project. However, the official Tata Power news release for this project identifies the following general links for accessing tender-related information and business associate resources:

• Official Tata Power Tender Section: https://www.tatapower.com/tender
• Tata Power Vendor Portal: https://vnportal.tatapower.com/

Project Context for Bidding Reference

If you are searching for the specific bidding history on external government portals, the sources provide the following technical details that may help in identifying the correct tender:

• Off-taker/Nodal Agency: A 200 MW portion of the solar capacity is a Firm and Dispatchable Renewable Energy (FDRE) project developed specifically for NTPC.
• Project Structure: The overall 800 MW development is split into 400 MW of wind (located in Kanekallu, Ananthapuram) and 400 MW of solar (located in Pattikonda, Kurnool).
• Connectivity: The project has secured Inter-State Transmission System (ISTS) connectivity at the Ananthapuram II and Kurnool-4 CTUIL substations.
• Policy Framework: The project is implemented under the Andhra Pradesh Integrated Clean Energy (ICE) Policy.

For direct access to active bidding and official documents, Tata Power directs business associates and interested parties to their dedicated Tender Documents page at https://www.tatapower.com/tender.