Tata Power has entered into a Memorandum of Understanding (MoU) with Imperial College London to advance research in next-generation energy systems. The partnership aims to accelerate India-UK net-zero ambitions by combining industrial scale with academic expertise.

The collaboration will focus on critical areas of the energy transition, including grid flexibility, energy storage, artificial intelligence (AI), and machine learning (ML) applications. It also covers digital energy systems and industrial decarbonisation. The initiative seeks to connect Tata Power’s experience in developing and operating energy infrastructure at scale with Imperial’s research capabilities in digital technologies and decarbonisation.

Strategic alignment with global goals

This partnership aligns with the India-UK Vision 2035, which identifies energy storage and grid transformation as key areas for cooperation. The Vision also highlights the Net Zero Innovation Partnership as a vehicle for supporting deep-tech solutions and new markets for climate innovation. The MoU was signed by Dr. Praveer Sinha, CEO and Managing Director of Tata Power, and Professor Mary Ryan, Vice Provost (Research and Enterprise) at Imperial College London.

Focus areas and operational scope

The agreement is not a disclosure under Regulation 30 of SEBI (Listing Obligations and Disclosure Requirements) Regulations, 2015. It represents a strategic move to translate research into practical applications. Tata Power brings a diversified portfolio across the power value chain, while Imperial contributes interdisciplinary research capabilities.

Executive commentary

Dr. Praveer Sinha stated that India’s energy transition requires grids, storage, and digital systems to work together to meet evolving demand. He noted that the collaboration will help solve real-world industry challenges with deep research. Professor Mary Ryan emphasized that Tata Power’s scale makes it a vital partner for delivering cleaner and more resilient energy systems. UK Business and Trade Secretary Jonathan Reynolds described the partnership as an example of the new trade deal bringing opportunities to life, supporting jobs and growth in both countries.

Company profile context

Tata Power operates over 26 GW of total capacity, including approximately 17.7 GW of clean and green energy. The company serves over 13 million customers and has established 4.9 GW of solar manufacturing capacity. Imperial College London is a top-ten global university focused on science, technology, engineering, medicine, and business.

Tata Power Renewable Energy Limited (TPREL), a subsidiary of The Tata Power Company Limited, commissioned 419 MW of utility-scale projects in Q2FY27, representing over 130% year-on-year growth compared to 182 MW in the corresponding quarter of the previous fiscal year.

The company also executed 131.2 MWhr of battery storage projects during the quarter. Of this storage capacity, 101.2 MWhr was for in-house TPREL projects, while the remaining 30 MWhr comprised third-party projects. This strong execution momentum has brought TPREL's total utility-scale operational portfolio to 7.2 GW, alongside 281.2 MWhr of battery storage capacity.

H1FY27 performance and key commissions

Building on the second-quarter performance, TPREL executed a total of 645 MW of utility-scale projects and 161.2 MWhr of storage projects in H1FY27. The storage component included 101.2 MWhr for in-house use and 60 MWhr delivered to third-party customers.

Key projects commissioned during the first half of FY27 include:

• Jewali Wind Project: 100.8 MW
• Kalasar FDRE Project: 227.5 MW solar capacity and 101.2 MWhr Battery Energy Storage System (BESS)
• Kayathar Group Captive Project: 100 MW
• Tata Steel Captive Project: 72.5 MW

The company attributes this efficiency to a resilient supply chain, experienced partners, and robust project management capabilities across diverse geographies.

Portfolio composition and future outlook

The expanded operational portfolio comprises 5.8 GW of solar, 1.3 GW of wind, and 281.2 MWhr of battery storage. This infrastructure supports India's clean energy transition and national energy security goals.

Looking ahead, TPREL expects to execute more than 2 GW of projects in H2FY27. This pipeline includes 1,075 MW of solar, 969 MW of wind, and 274 MWhr of BESS. Additionally, 300 MW of third-party projects are scheduled for execution in the second half.

By the end of the fiscal year, close to 9.3 GW of projects are expected to be executed, consisting of 6,899 MW of solar, 2,298 MW of wind, and 555.2 MWhr of battery storage. In FY28, the completion of approximately 2.6 GW of balance projects (570 MW solar, 350 MWhr battery storage, and 1,700 MW wind) is projected to take TPREL's overall operational capacity to approximately 12 GW.

What the numbers show

A comparison of quarterly execution rates reveals a significant acceleration in deployment velocity. The jump from 182 MW in Q2FY26 to 419 MW in Q2FY27 indicates that the company is not only expanding its order book but also improving its conversion rate from contract to commissioning. Furthermore, the inclusion of substantial battery storage capacity (281.2 MWhr operational) alongside intermittent renewable sources (solar and wind) suggests a strategic shift toward firming up renewable output, addressing grid stability concerns inherent in high-renewable penetration scenarios.