Waaree Energies Ltd. announces a new order win

The total capex specifically incurred for the 1.6 GW Texas expansion could not be confirmed from the cited disclosures. Waaree’s filing confirms that wholly owned subsidiary Waaree Solar Americas Inc. added two 800 MW lines at Brookshire, Texas, but does not state the project cost ^[1]. The company reported consolidated FY26 capex of Rs 4,881.8 Crores, but that figure is company-wide and cannot be attributed to the Texas facility ^[2].

Impact on consolidated leverage

Waaree reported the following consolidated position in Q1 FY27:

• Debt: Rs 2,491.5 Crores ^[3]
• Equity: Rs 14,437.3 Crores ^[4]
• Debt-to-equity ratio: 0.17x ^[5]

The specific split between debt and internal accruals used by the US subsidiary could not be confirmed. The accounting effect is nevertheless clear:

• Debt-funded capex: External borrowings raised by the subsidiary would be included in consolidated debt, subject to elimination of any intra-group financing. With consolidated equity unchanged, this would increase the group’s debt-to-equity ratio.
• Internal-accrual-funded capex: Funding from operating cash flows would not add consolidated debt and therefore would not mechanically increase gross debt-to-equity. However, it would reduce consolidated cash; if the company assesses leverage on a net-debt basis, net leverage would rise.
• Current cushion: Consolidated net debt was Rs 1,717.4 Crores, with cash and equivalents of Rs 774.16 Crores ^{[6] [7]}. Accordingly, the leverage impact depends on whether the Texas investment is financed through new external debt or existing cash generation.

Bottom line: the Texas project’s standalone capex and funding mix are not quantified in the cited disclosures. The reported 0.17x consolidated debt-to-equity ratio therefore cannot be adjusted specifically for this facility without subsidiary-level borrowing and capex details.

Waaree had more than 10 GW of U.S. orders, providing reported visibility for approximately two to three years around the commencement of production at the Texas facility ^[8]. The new lines added 1.6 GW of annual capacity, taking Brookshire’s total capacity to 3.2 GW from 29 October 2026 ^[1].

The long-term off-take versus open-market split for the 1.6 GW is not confirmed in the cited disclosures. Management material says the facility had more than three years of firm orders secured before commissioning, but does not quantify what percentage of the 1.6 GW is covered by those agreements versus open-market sales ^[9].

• Order-book visibility: >10 GW of U.S. orders; approximately 2–3 years.
• 1.6 GW capacity under long-term off-take: Not confirmed.
• 1.6 GW capacity for open-market sales: Not confirmed.

The >10 GW figure should be treated as the broader U.S. order book rather than as a formally disclosed allocation exclusively to the newly commissioned 1.6 GW lines.

The U.S. modules appear more attractive on an absolute per-watt EBITDA basis, but the disclosures do not establish that they will have a higher percentage EBITDA margin than the Indian business. Management indicated a potential net EBITDA contribution of USD 0.07–0.08 per watt-peak for U.S. manufacturing, with IRA incentive accruals expected to increase as utilization ramps. This is a per-watt metric, not an EBITDA-margin percentage. ^[10]

How to read the economics

• IRA incentives are the key U.S. advantage. The expected USD 0.07–0.08/Wp net EBITDA contribution indicates that the incentive-supported U.S. realization can more than offset the structurally higher U.S. conversion-cost base at sufficient utilization. Management also expects the 1.6 GW U.S. facility to reach 75%–80% utilization in coming quarters, which should improve fixed-cost absorption. ^[10]
• The U.S. benefit is therefore larger in absolute economics than in reported percentage margin. To convert the U.S. figure into a margin percentage, the relevant U.S. module realization per watt is required: margin = USD 0.07–0.08/Wp divided by U.S. selling price per Wp. That selling-price denominator was not provided.
• India may still show the higher percentage margin where cell and module production are integrated. The disclosed 35%–40% Indian figure relates to integrated supply, whereas the U.S. comparison is framed around module manufacturing economics. A module-only India margin was not separately quantified.
• The main risk is incentive and utilization sensitivity. If IRA accruals are delayed or the U.S. plant operates below the targeted utilization range, the higher labor and operating-cost base would reduce the benefit. Conversely, higher utilization and more local sourcing should improve the net U.S. economics.

Bottom line: the U.S. facility is projected to generate a stronger absolute EBITDA contribution per watt because of IRA-supported realization, despite higher operating costs. However, it is not possible to conclude that its percentage EBITDA margin exceeds the Indian operation: the U.S. disclosure is per watt, while the Indian 35%–40% figure is a percentage margin for integrated supply and is not like-for-like.