Saatvik Green Energy outlines FY27 capacity ramp, ALMM 2 shift

Energy transition demand drivers set the backdrop

India’s renewable energy transition is still at an early stage, and industry executives expect electricity demand to rise sharply over the next two decades. Prashant Mathur, Chief Executive Officer at Saatvik Green Energy, linked the demand outlook to electric vehicles, data centres, AI-led compute growth, rising household consumption, and broader development ambitions. In his view, these forces create a widening demand gap that solar and domestic manufacturing can help bridge.

The comments come at a time when policy support is also reshaping procurement preferences. The narrative from Saatvik and other industry participants is that the next phase of solar growth is not only about adding generation capacity, but also about building local manufacturing depth, improving efficiency, and reducing reliance on imports.

No immediate overcapacity despite a large pipeline

Capacity announcements across India’s solar manufacturing chain have been large, raising questions about overcapacity. Mercom India data cited in the provided context indicates that about 32% of a 270 GW cell manufacturing pipeline is expected to be commissioned in 2027. Yet panelists argued that an immediate glut is unlikely because execution timelines for cell plants are long and commissioning tends to slip.

Harsh Vardhan Govil, Chief Operating Officer of Solar Manufacturing at SAEL, said overcapacity is not expected in the cell manufacturing segment because executing solar cell facilities takes time. The discussion also pointed to the technology shift underway, which leaves room for newer, more advanced cell capacity and provides headroom for growth as older lines get replaced.

Mathur’s market view: room for 70-80 GW cell capacity

Mathur said India has enough room for cell manufacturing capacity to grow to 70-80 GW. He also said the overall solar market could reach 80-100 GW annually over the next few years. A key part of his reasoning is that India still has a large pipeline of non-DCR and ALMM-exempt projects under implementation, which can keep offtake steady even as policy requirements evolve.

From Saatvik’s standpoint, the company is positioning capacity additions to align with what it sees as sustained demand drivers, including green hydrogen, storage, EV-related electrification, and green ammonia, which management referenced as additional demand layers that ultimately flow back to solar.

Odisha ramp-up and commissioning milestones

In interactions cited in the provided text, Mathur said the Odisha capacity ramp-up remains on track. He said new capacities will come on stream in FY27 and that the company expects to continue growing as these capacities come online.

Saatvik’s current updated capacity was described as 4.8 GW of module capacity, along with 2 GW of encapsulant manufacturing in Ambala. For Odisha, Mathur said module manufacturing of 4 GW is expected to start around the end of the first quarter, and cell manufacturing is expected to start around October. Separately, the company discussed a path to reach 8.8 GW of module capacity after commissioning, and cell capacities of 4.8 GW in two phases, with the first phase at 2.4 GW.

Order book strength and near-term revenue visibility

Mathur repeatedly described the order book as strong and said the company has continued adding orders while preparing for capacity additions. Saatvik disclosed that it has secured a ₹44 crore order, taking its total order book close to ₹6,500 crore, described as over 5 GW.

The provided context also notes that the company’s existing 4.8 GW module manufacturing capacity is nearly sold out for the coming year, which management linked to stronger revenue visibility. Mathur said the company will declare its order book along with results, while reiterating that the pipeline continues to build.

Policy and procurement: ALMM 2, BCD, and the ALCM proposal

Policy measures cited include basic customs duty (BCD) of 40% on imported solar modules and 25% on imported solar cells from April 2022, alongside reimposition of ALMM for government projects and incentives via the PLI scheme. These measures, as described in the text, make domestic modules more cost competitive relative to imports.

Mathur said “ALMM two” is expected from 1st of June, and that the market and tenders would shift towards domestically manufactured cells as well as modules once it comes in. The Ministry of Renewable Energy’s plan to introduce an approved list of models and manufacturers for solar PV cells (ALCM) was also referenced. Under the described framework, ALMM-approved modules would need to use cells from the ALCM list where ALMM applies, supporting demand for domestic cells.

Margins, commodities, and hedging approach

The company flagged commodity volatility, particularly in silver and copper, as a key risk for margins. Mathur said input costs have risen, and that it takes time to pass price increases through to the market. As a result, he described potential near-term margin pressure during transitions, while maintaining that the company expects margin improvement over time.

On order structuring, he said the company is not taking silver price risk in orders it books and is using structures such as “cell plus tolling” kinds of orders. He also said the orders being booked are hedged against such uncertainties, and that as stability returns, the company would look to book more orders.

Recent order disclosure: ₹638 crore for cell supply till March 2027

Among recent wins, Mathur referred to a ₹638 crore order for cells, with supply expected till March 2027. Management positioned this as consistent with customers moving towards high-efficiency solar cell technologies and as evidence of growing confidence in domestic supply chains.

In a separate company comment included in the material, Mathur said such orders reaffirm the firm’s focus on investing in advanced manufacturing and strengthening capabilities to meet evolving market requirements.

Market signals: utilisation gap and technology transition

The provided context highlighted a perception of “industry overcapacity,” while stating that the sector’s average capacity utilisation is around 40%, compared with Saatvik’s sustained utilisation of over 80%. It also described a transition from Mono PERC to TOPCon technology, with Saatvik claiming it is ahead of this curve.

The text also notes that broader market sentiment in mid- and small-cap equities contributed to stock correction rather than company-specific concerns. Saatvik listed on the bourses on September 26, 2025.

Key facts table

Why this matters for investors and the sector

The core takeaway from the disclosed details is that Saatvik is linking its FY27 capacity additions to policy-driven domestic sourcing and a demand outlook that management believes will remain strong. The company’s narrative also hinges on execution and utilisation, given the contrast presented between industry average utilisation and Saatvik’s stated utilisation levels.

At the sector level, the debate on overcapacity is increasingly about commissioning timelines, quality of capacity, and technology mix rather than headline announcements. The shift towards domestic cells under ALMM 2 and the proposed ALCM regime, if implemented as described, would directly influence how procurement and pricing power evolve for local manufacturers.

Conclusion

Saatvik Green Energy’s CEO has laid out an execution-led roadmap that ties Odisha commissioning timelines, a strong order book, and policy shifts such as ALMM 2 to its near- and medium-term growth plans. The next key milestones, as stated, are the start of module manufacturing around the end of the first quarter, cell manufacturing expected around October, and capacity-driven revenue contributions building into FY27, including the second half of FY27 for stabilised cell revenue.