Alpex Solar Limited (ALPEXSOLAR), a manufacturer of high-precision solar PV modules and solar systems, has inaugurated its 2.2 GW G12R TOPCon PV solar cell manufacturing facility at Kosi Kotwan Industrial Area, Mathura, Uttar Pradesh.

The facility marks a significant milestone in Alpex Solar’s backward-integration strategy and strengthens Uttar Pradesh’s position as an emerging hub for renewable energy manufacturing.

Ashwani Sehgal, Managing Director, Alpex Solar Limited, said, “Bharat is on its way to becoming Aatmanirbhar, and we at Alpex Solar are proud to unfurl the next chapter in the green energy revolution through technology, scale and ambitious backward integration into higher efficiency PV solar cells. This feat of excellence wouldn’t have been possible without the support of the state government and all our stakeholders. For us at Alpex, this also marks the next level of growth, and with the support of our stakeholders, including our team members, we remain committed to creating value and nurturing positive impact all around.”

The inauguration reinforces Alpex Solar’s commitment to expanding its manufacturing footprint and investing in advanced technologies as India accelerates its transition towards renewable energy.

The new facility will add significant solar cell manufacturing capacity to the company’s existing operations and strengthen its ability to serve the domestic solar PV market.

Alpex’s facility is the first integrated TOPCon giga manufacturing line in Uttar Pradesh, representing a major addition to the state’s advanced solar manufacturing capabilities. The plant will manufacture G12R TOPCon solar cells, a next-generation technology designed to deliver higher efficiency and power output while supporting the evolving requirements of the solar PV industry.

Aditya Sehgal, Chief Executive Officer, Alpex Solar Limited, said, “The 2.2 GW G12R TOPCon cell manufacturing facility marks an important milestone in Alpex Solar’s journey from a solar module manufacturer and EPC provider to a more deeply integrated renewable energy company. Uttar Pradesh has emerged as an important destination for advanced manufacturing, and we are proud to contribute to the country’s growing solar ecosystem. This facility will strengthen our technology and manufacturing capabilities while enabling us to participate more meaningfully in India’s transition towards cleaner and more secure energy.”

Alpex Solar’s entry into PV solar cell manufacturing marks a significant step in its strategy to build an integrated solar PV manufacturing platform. With capabilities spanning solar cells, modules and EPC services, the company is strengthening its presence across the solar value chain and enhancing its ability to serve India’s growing demand for clean energy.

The establishment of the facility in Uttar Pradesh is expected to support the state’s renewable energy ambitions while contributing to industrial development and job creation in the region.

Monica Sehgal, Whole-time Director, Alpex Solar Limited, said: “The 2.2 GW TOPCon cell facility represents a strategic investment in expanding our manufacturing depth and creating greater value across the solar PV value chain. Vertical integration will give us greater control over critical inputs, technology, and quality, while improving our ability to respond to evolving market requirements. As India’s solar manufacturing ecosystem scales up, we remain focused on disciplined capacity expansion, operational efficiency and building sustainable long-term value for all stakeholders.”

Alpex Solar operates multiple manufacturing facilities across Uttar Pradesh and Madhya Pradesh, offering an integrated portfolio that includes solar PV cells, solar PV modules, EPC solutions, solar pumps and aluminium frames.

The company’s current operations in Greater Noida are set to expand with five new manufacturing units across Greater Noida, Kosi-Kotwan in Uttar Pradesh, and Madhya Pradesh. The Kosi-Kotwan facility is witnessing accelerated construction as part of the company’s ongoing solar cell and module capacity expansion.