On February 25, 2026, the University of Warwick signed a memorandum of understanding with The Tata Power Company Limited to deliver research and innovation across grid modernisation, fast charging, power storage, industrial decarbonisation, digital energy systems, optimisation and advanced manufacturing. The agreement was presented as a strategic alliance intended to strengthen long-term research capability, talent development and global academic engagement aligned with Tata Power's strategic priorities. The collaboration will explore industry-aligned executive education programmes, capability development initiatives, exchange opportunities, technical workshops and joint case study development, building on decades of expertise at Warwick Manufacturing Group and the School of Engineering. The university indicated a renewed institutional focus on energy systems to support partners in decarbonisation, including shifts from fossil fuels to electrification, grid innovation, advanced power storage and a system-level approach. These activities were framed as measures to translate academic excellence into industrial impact. Tata Power framed the partnership as accelerating its ambition to transform India's energy landscape and to empower a billion lives through sustainable and affordable energy solutions, anchored in decarbonisation, reliability and long-term sustainability. The company reported ownership of a diversified portfolio of 16.3 gigawatt (GW) and of 7.5 gigawatt of clean energy generation, representing 46 per cent of its total capacity, and stated a commitment to achieve net zero by 2045. The firm noted that it serves about 13 million (mn) customers nationwide. Warwick Manufacturing Group emphasised its applied research legacy and systems-level capability, citing past work with large-scale energy users, such as ports and airports, to map investment and return for decarbonisation projects. The School of Engineering highlighted research on advanced control and artificial intelligence for future power systems, integrating renewables, particularly wind, with energy storage and hydrogen technologies, and signalled intent to translate these capabilities into scalable industrial pathways. The agreement was presented as timely given recent enhancements in UK–India research engagement and trade arrangements.