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Vikram Solar Wins 378.75 MW Solar Module Order from Indian Oil NTPC Green Energy in Gujarat

Key Highlights

  • Vikram Solar secured a 378.75 MW solar module supply order from Indian Oil NTPC Green Energy Private Limited.
  • The project is part of a 600 MW solar installation located near Nakhatrana in Gujarat’s Kutch district.
  • The company will supply advanced high-efficiency N-TOPCon solar PV modules.
  • Module deliveries are scheduled to begin in FY26 under a one-time domestic contract.
  • The order marks Vikram Solar’s first large-scale project engagement with INGEL.
  • Vikram Solar currently has a cumulative manufacturing capacity of around 9.5 GW.

Vikram Solar Limited has secured a major order to supply 378.75 MW of high-efficiency solar photovoltaic modules for a large renewable energy project being developed by Indian Oil NTPC Green Energy Private Limited (INGEL). The order marks the company’s first project partnership with the joint venture between Indian Oil Corporation Limited and NTPC Green Energy Limited.

The solar modules will be deployed near Nakhatrana in Gujarat’s Kutch district, forming part of a larger 600 MW solar power project aimed at strengthening India’s renewable energy capacity. The development further reinforces Gujarat’s position as a key hub for large-scale solar installations supported by strong infrastructure and favourable policy support.

Under the agreement, Vikram Solar will supply its advanced N-TOPCon technology modules, designed to enhance energy yield, operational efficiency, and long-term reliability in utility-scale solar deployments. Delivery of the modules is expected to commence during FY26, with execution timelines aligned with project requirements.

The order represents a significant milestone for the Kolkata-headquartered solar manufacturer as it expands collaborations with major public sector energy players and strengthens its footprint in strategic renewable energy regions across India. The engagement also highlights growing industry demand for next-generation solar technologies capable of improving performance efficiency in large installations.

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