Indian Oil Corporation (IOCL) has announced the finalization of India's Largest Green Hydrogen Project at Panipat, a significant milestone in the country's clean energy journey. The project, a 10,000 Tonnes per Annum Green Hydrogen Generation Unit, symbolizes Indian Oil's dedication to advancing India's clean energy ambitions. The company has set the levilised cost of hydrogen (LCOH) as a benchmark for the project, aiming to achieve a Net Zero target by December 2027. This strategic move not only enhances India's energy security but also underscores Indian Oil's commitment to environmental sustainability. The endeavor at Panipat Refinery highlights Indian Oil's pioneering role in decarbonization efforts, aiming to revolutionize the energy landscape with green hydrogen technology. By embracing a forward-thinking approach, Indian Oil is poised to set new standards in the global energy sector, contributing to a greener future for India and beyond. Despite the evolving energy market dynamics and private sector investments in green hydrogen, Indian Oil's initiative stands out as a testament to the PSU's resilience and strategic vision. As India emerges as a key player in the global energy arena, the significance of Indian Oil's foray into green hydrogen cannot be overstated. The project not only showcases technological advancements but also underscores the importance of PSU contributions in India's economic development. While private sector investments are on the rise, the role of PSUs like Indian Oil remains pivotal in shaping India's energy future. The article emphasizes the need to strengthen PSUs as reliable pillars of India's economic framework, especially in the context of escalating energy consumption and geopolitical uncertainties. In conclusion, Indian Oil's landmark achievement in green hydrogen signifies a momentous leap towards a sustainable energy future. The project at Panipat exemplifies the company's unwavering commitment to environmental stewardship and underscores the potential for PSUs to drive India's energy transformation.