Pahal Solar announced a significant 112 MW order for its 600 Wp NDCR solar modules on the first day of the Renewable Energy India Expo 2025, powered by AI-enabled manufacturing and advanced TOPCon bifacial panels. The company plans to achieve 2 GW of module production this financial year, bringing its total capacity to 4.4 GW, solidifying its leadership in solar manufacturing. Their latest 570 Wp TOPCon solar modules cater to the premium rooftop solar market. The certified manufacturing capacity has increased to 828 MW, and Pahal Solar recently commenced expansion for a 2 GW solar cell facility and a 2 GW aluminium frame plant in Surat, Gujarat, marking a crucial step towards.
Self-reliance in India’s renewable energy sector (Source) In a significant stride for India’s renewable energy sector, Pahal Solar Pvt. Ltd., one of the country’s emerging solar module manufacturers, has announced that it has secured a 112 MW solar module order, marking another milestone in its rapid capacity expansion. With this new achievement, the company’s total installed and under-construction capacity has now reached an impressive 4.4 GW, positioning Pahal Solar among the key players in India’s evolving solar manufacturing landscape. This latest order not only reinforces the company’s robust growth trajectory but also highlights India’s increasing.
Q1. What is Solar’s current manufacturing capacity?
Pahal Solar’s capacity has expanded to 4.4 GW after securing the new 112 MW order.
Q2. What type of solar technology does Solar use?
The company focuses on high-efficiency PERC and bifacial solar modules optimized for Indian conditions.
Q3. How does this expansion benefit India’s renewable goals?
It supports the national target of 500 GW renewable capacity by 2030 and promotes energy self-reliance.
Q4. Where will the 112 MW solar modules be deployed?
They will be utilized in large-scale utility projects across India and select international markets.
Q5. How is Pahal Solar contributing to sustainability?
Through automation, clean production, and advanced module design, minimizing carbon footprint.



























