India Approves $19 Billion for Renewable Energy Programme

India's government has approved a $19 billion programme for renewable energy, Reuters reported on Wednesday. The decision, taken at a cabinet meeting, sets aside the money for clean power projects across the country.

The approval comes as India works toward a target of 500 gigawatts of non-fossil fuel capacity by 2030. The country has added solar and wind at a record pace in recent years, but still leans on coal for most of its electricity.

Reuters did not say how the $19 billion would be split between solar, wind, and other technologies. It also did not name the ministries or agencies that will run the programme.

What we know

• The cabinet approved $19 billion for renewable energy.
• The news was first reported by Reuters on 30 September 2026.
• India aims for 500 GW of non-fossil capacity by 2030.

The size of the package matters. $19 billion is one of the largest single allocations for renewables in India's history. It signals that the government wants to keep the pipeline of projects moving, even as land and transmission bottlenecks slow some developments.

Solar has led the build-out so far. Wind has lagged, partly because of challenges in securing sites and connecting to the grid. The new programme could help address those gaps, but the details are still thin.

Analysts have said that India needs to add about 50 GW of renewable capacity every year to meet its 2030 goal. In recent years, annual additions have hovered around 15 to 20 GW. The $19 billion could help close that gap, depending on how it is spent.

The approval also comes amid global pressure to cut emissions. India is the world's third-largest emitter of greenhouse gases, though its per-capita emissions remain low compared to many developed countries.

Reuters reported the approval but did not provide a breakdown of the spending or a timeline for disbursement. The government has not yet released a detailed statement on the programme.

For now, the headline number is clear: $19 billion. How it translates into steel, silicon, and transmission lines on the ground is the next question.