Image credit: Saatvik Green Energy — the company’s Gopalpur solar module plant in Odisha.
On 2 November 2026, a new solar factory switched on in Odisha. Saatvik Green Energy, through its wholly owned subsidiary Saatvik Solar Industries, has begun commercial production at the first phase of its solar module manufacturing facility in Gopalpur, in Odisha’s Ganjam district. The company says the first phase carries a production capacity of approximately 1.3 GW — enough module capacity, in a single year, to power a very large slice of India’s rooftop and utility solar build-out.
The start of production was disclosed by the company in a regulatory filing to the stock exchanges on 2 November 2026, and reported by Mercom India on 3 November 2026. It is the first phase of a proposed 4 GW solar module facility at the site, with the company saying the remaining capacity will be commissioned in subsequent phases.
A second home for India’s solar manufacturing
Until now, Saatvik’s manufacturing story has centred on Ambala, Haryana, where the company operates a large module facility. Gopalpur gives it a second, coastal manufacturing home — and a much bigger one in the making. The facility stands in the Gopalpur Industrial Park at Chamakhandi, on National Highway 16, on land sub-leased from the Tata Steel Special Economic Zone, and the company broke ground there in June 2025. The company says it invested ₹2.51 billion in the facility in February 2026.
That scale matters because of where India is in its solar journey. According to Mercom India’s research, India added 50.6 GW of solar module manufacturing capacity in the first half of 2026 alone, taking the country’s cumulative module capacity to 261.7 GW by June 2026. Every new gigawatt of domestic capacity is a gigawatt that does not have to be imported — and Gopalpur adds 1.3 GW of it in one step.
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What the new line joins
The Gopalpur start comes just weeks after Saatvik unveiled its newest module at the Renewable Energy India Expo 2026 in Greater Noida: the Quad-Cut TOPCon 3.0 dual-glass bifacial module. Built on N-type TOPCon 3.0 cell architecture, the company says the module delivers up to 670 Wp at a maximum efficiency of 24.8%, reaching up to 745 W under standard bifacial rating conditions as its rear side harvests reflected light. Its 264 quad-cut cells, arranged in a 6 × 44 layout, are designed to squeeze more power from the same panel footprint — the kind of engineering that improves project economics for utility-scale and commercial solar alike. The company backs the module with a 12-year product warranty and a 30-year linear power warranty.
From modules toward the whole chain
Gopalpur is only the middle of Saatvik’s plan. The company says it will add 3.6 GW of solar cell manufacturing capacity, taking its total cell capacity to 6 GW, with that expansion targeted for completion by the 2028 financial year — and it plans 6 GW of ingot and wafer manufacturing capacity, targeted for completion by the 2029 financial year. Ingots and wafers are the very first links of the solar value chain, so adding them would take Saatvik from raw silicon toward finished panels almost end to end.
Chief executive Prashant Mathur has said the company’s long-term strategy is to expand across multiple segments of the renewable energy equipment value chain while continuing to adopt new technologies — including, the company says, solar cells, inverters, batteries, energy storage systems and transformers. It is a quietly ambitious roadmap: a company that began as a module maker steadily building every link of the chain at home.
For now, the milestone is concrete and already humming: a 1.3 GW line in commercial production on India’s east coast, with 2.7 GW more of the Gopalpur project still to come. Each panel that rolls off that line is one more piece of India’s energy future made in India.
Keep reading: From Modules to Cells: Inside Rayzon Solar’s 5.1 GW TOPCon Plant, India’s Next Step in Solar Self-Reliance · Power That Travels to the Patient: Inside OGO Energy’s Mobile Battery for Medical Vans · More Energy & Power stories
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