Enlight Metals Targets 1,000 MW Solar Capacity Support with Galvalume Structures Over Two Years

Enlight Metals, an AI-driven metal aggregation platform, has announced plans to support more than 1,000 MW of cumulative solar capacity over the next two years through its Galvalume-based solar mounting structures, reinforcing its role in India’s clean energy transition.

The company entered the solar infrastructure segment in July 2025 with a focus on engineered Galvalume-coated steel mounting solutions for utility-scale and large commercial solar projects. Since its entry, Enlight Metals has built a double-digit megawatt project pipeline, with active engagements across Western and Southern India.

As part of its growth strategy, the company plans to expand its solar footprint into additional high-growth regions across the country. The solar vertical strengthens the company’s positioning as a technology-enabled materials platform operating at the intersection of metals, infrastructure and renewable energy.

Vedant Goel, Founder and CEO, Enlight Metals, said, “India’s next phase of solar growth will be driven not just by capacity addition, but by the quality, durability and execution certainty of the underlying infrastructure. By combining Galvalume-specific structural engineering with AI-driven planning, we enable developers to scale projects with improved durability, reduced material inefficiencies and greater certainty on timelines and lifecycle costs.”

The company leverages its AI-powered platform to integrate project design parameters with Galvalume demand forecasting, vendor allocation and logistics planning. This approach enables accurate material planning, reduced wastage and real-time tracking from manufacturing to site delivery, helping minimise execution risks and schedule delays.

The company’s core offering includes the design, supply and execution support of ground-mounted Galvalume-based solar structures. Enlight Metals works closely with EPC contractors, independent power producers and industrial clients on captive and open-access solar projects, where long-term structural reliability and lifecycle economics are critical.