India’s Solar Module Manufacturing More Than Doubles to 144 GW in 2025

India has achieved a major milestone in its clean energy journey. The country’s solar module manufacturing capacity more than doubled in 2025, reaching around 144 gigawatts (GW). This sharp rise highlights how fast India is building its domestic renewable energy manufacturing base and reducing dependence on imports for critical solar equipment.

Solar modules are the panels that capture sunlight and convert it into electricity. They are the backbone of solar power projects, whether on rooftops, open fields, or large solar parks. A manufacturing capacity of 144 GW means India can now produce enough panels each year to support massive solar installations, both for domestic use and potential exports.

The rapid growth in capacity reflects strong confidence from manufacturers and investors. In just one year, India added a large amount of new production capacity as companies expanded existing factories and set up new production lines. This scale of expansion is rare and shows how quickly the solar industry is evolving in the country.

One of the biggest reasons behind this growth is strong policy support from the government. Schemes like the Production Linked Incentive (PLI) for solar manufacturing have encouraged companies to invest in local production. Under this scheme, manufacturers receive financial incentives linked to output and sales, making it more attractive to build factories in India instead of relying on imports.

Another important policy has been the Approved List of Models and Manufacturers (ALMM). This policy gives preference to domestically made solar modules in government-backed projects. As a result, developers increasingly source panels from Indian manufacturers, creating steady demand and supporting large-scale capacity expansion.

Rising solar power installations within India have also played a major role. The country is rapidly adding solar capacity to meet its growing electricity needs and climate goals. With more solar projects coming up every year, manufacturers see long-term demand, which justifies large investments in factories and technology.

The expansion of solar manufacturing is significant for India’s energy security. In the past, the country relied heavily on imports, especially from a few global suppliers. By producing more panels at home, India reduces risks related to global supply disruptions, currency fluctuations, and trade tensions. A strong domestic supply chain makes the renewable energy sector more stable and reliable.

This growth also supports India’s broader economic goals. Solar manufacturing creates jobs across the value chain, from factory workers and engineers to logistics and support services. It also strengthens related industries such as glass, aluminium frames, and electrical components, helping build a wider clean energy ecosystem.

From a climate perspective, higher domestic manufacturing capacity supports India’s long-term clean energy targets. Solar power is expected to be the largest contributor to India’s goal of achieving 500 GW of non-fossil fuel energy capacity by 2030. Having strong local manufacturing ensures that this expansion can happen faster and more cost-effectively.

The rise to 144 GW positions India as an emerging global hub for solar manufacturing. While competition remains intense worldwide, India’s scale, policy backing, and growing market give it an advantage. Over time, this could help Indian manufacturers supply not just local projects but also international markets.

In summary, the doubling of India’s solar module manufacturing capacity in 2025 marks a turning point for the country’s renewable energy sector. It shows how policy support, rising demand, and industry investment are coming together to build a strong domestic manufacturing base. As India continues its clean energy transition, this capacity expansion will play a key role in shaping a more self-reliant, sustainable, and resilient energy future.