India's Clean Energy Transition: A Drishti IAS Explainer

Drishti IAS has published an explainer titled 'India's Transition to a Clean Energy Future'. The piece, dated September 29, 2026, looks at the country's shift toward renewable power. It's a broad overview, not a news break.

India has set a target of 500 gigawatts of non-fossil fuel capacity by 2030. That's the headline number. The explainer likely walks through how solar and wind are expected to do the heavy lifting. Solar has already crossed 70 GW of installed capacity, with wind adding another 45 GW. Those numbers come from the Ministry of New and Renewable Energy.

The transition isn't just about generation. It's about the grid, storage, and land. Drishti IAS, known for its civil services exam prep, often breaks down such topics for aspirants. This piece probably does the same: explaining the what, why, and how of India's energy shift.

What's driving the change

Three things. First, falling solar tariffs. They've dropped to around Rs 2 per unit in recent auctions. Second, policy pushes like the Production Linked Incentive scheme for solar modules. Third, international commitments under the Paris Agreement.

The explainer may also touch on challenges. Land acquisition for solar parks. Grid integration of variable renewables. The financial health of distribution companies, or discoms. These are real bottlenecks.

India's clean energy journey has been uneven. Some states lead. Others lag. Rajasthan and Gujarat top solar capacity. Tamil Nadu and Gujarat lead in wind. The eastern states are catching up slowly.

Beyond electricity

Clean energy isn't only about power plants. It's also about electric vehicles, green hydrogen, and energy efficiency. The explainer might mention the National Green Hydrogen Mission, launched in 2023 with a Rs 19,744 crore outlay. Or the FAME scheme for EVs.

But the core remains solar and wind. India added a record 18 GW of renewable capacity in 2024-25. That's a jump from previous years. Still, the 2030 target is steep. It needs about 50 GW added every year.

Drishti IAS's explainer serves as a primer. It doesn't offer new data. It compiles existing information. For students and policy watchers, that's useful. For the industry, it's a reminder of the scale of work ahead.

The article ends with a note on India's potential to become a global clean energy hub. That's a common refrain. Whether it happens depends on execution. The next five years will tell.