To tap India’s clean energy potential, a to-do list | Current Affairs | Vision IAS
MENU
Home

Periodically curated articles and updates on national and international developments relevant for UPSC Civil Services Examination.

Quick Links

High-quality MCQs and Mains Answer Writing to sharpen skills and reinforce learning every day.

Watch explainer and thematic concept-building videos under initiatives like Deep Dive, Master Classes, etc., on important UPSC topics.

ESC

Daily News Summary

Get concise and efficient summaries of key articles from prominent newspapers. Our daily news digest ensures quick reading and easy understanding, helping you stay informed about important events and developments without spending hours going through full articles. Perfect for focused and timely updates.

News Summary

Sun Mon Tue Wed Thu Fri Sat

To tap India’s clean energy potential, a to-do list

30 Dec 2025
2 min

India's Solar Energy Transition

India has been heavily reliant on Chinese imports for its solar energy sector but is now shifting towards self-reliance. The country added 25.3 GW of new module capacity in 2024, almost doubling its manufacturing strength. This transformation is primarily driven by the Production-Linked Incentive (PLI) scheme, which encourages investment in domestic production and innovation, such as the adoption of TOPCon cells. However, challenges remain as India still imported nearly 66 GW of solar modules and cells in 2024, indicating a continued dependency.

Challenges in Solar Manufacturing

  • Despite increased module production, upstream integration is limited with just 2 GW of wafer capacity.
  • The focus on polysilicon and wafer production is crucial to truly eliminate foreign dependence.

Investment in Clean Energy

Between the first nine months of FY2025, clean energy has attracted $3.4 billion in foreign investment, comprising over 80% of all power sector inflows. Competitive auctions have reduced tariffs, making renewable power among the cheapest electricity sources in India.

Barriers to Investment

  • DISCOMs face challenges with unpaid dues.
  • Contract renegotiations post-auctions in some states raise investor concerns.
  • 60 GW of renewable projects are hindered by inadequate transmission infrastructure.
  • Curtailment issues increase financial and operational risks, raising the cost of capital.

National Green Hydrogen Mission

The mission aims to produce 5 million metric tonnes of green hydrogen by 2030, with pilot projects in steel, refining, and transportation. Current production costs are high, necessitating potential subsidies or regulatory mandates for commercial viability.

Challenges for Green Hydrogen

  • Current production costs range from $4.1 to $5.0 per kg, higher than conventional hydrogen.
  • Projected cost reduction to $2.4 per kg by 2030 requires strategic incentives.
  • Infrastructure for storage, transport, and applications is underdeveloped.
  • Uncertainty in demand and supply creates investment hesitancy.

Recommendations

  • Ensure protection of contractual agreements in the power sector.
  • Expansion of transmission networks must align with generation capacity.
  • Address curtailment risks with clearer frameworks and compensation strategies.
  • Develop realistic timelines and strategies for demand creation in green hydrogen.

If these challenges are effectively addressed, India could serve as a model for other nations facing similar energy transition complexities.

Explore Related Content

Discover more articles, videos, and terms related to this topic

RELATED VIDEOS

3
Geopolitics of Critical Minerals: China's Global Control & India’s Strategic Response

Geopolitics of Critical Minerals: China's Global Control & India’s Strategic Response

YouTube HD
UNESCO & WMO Launch International Year of Glaciers’ Preservation 2025

UNESCO & WMO Launch International Year of Glaciers’ Preservation 2025

YouTube HD
Himalayas in Crisis: Tectonic Risk, Landslides & Unsustainable Development

Himalayas in Crisis: Tectonic Risk, Landslides & Unsustainable Development

YouTube HD

RELATED TERMS

3

Electrolysis

A process that uses electricity to split water (H2O) into hydrogen (H2) and oxygen (O2). When powered by renewable energy, this is the method for producing green hydrogen.

Upstream integration

In manufacturing, this refers to the process of controlling or owning earlier stages of the production supply chain. For solar, it means domestic production of raw materials like polysilicon and wafers, not just final module assembly.

Wafer

A thin slice of semiconductor material, typically silicon, used to manufacture solar cells. Producing wafers domestically is a key step in reducing reliance on foreign suppliers in the solar value chain.

Title is required. Maximum 500 characters.

Search Notes

Filter Notes

Loading your notes...
Searching your notes...
Loading more notes...
You've reached the end of your notes

No notes yet

Create your first note to get started.

No notes found

Try adjusting your search criteria or clear the search.

Saving...
Saved

Please select a subject.

Referenced Articles

linked

No references added yet

Subscribe for Premium Features