India is exploring agrivoltaics as a major renewable‑energy strategy. Union Minister Pralhad Joshi (Minister for New and Renewable Energy) said that converting just 10% of the land identified as suitable could generate more electricity than the country’s projected demand for 2050.
Key Developments
- Study by The Energy and Resources Institute (TERI) finds 47.5 million hectares (≈30% of India’s 160 million hectares of arable land) are suitable for agrivoltaics.
- Government plans to embed agrivoltaics in the next phase of PM‑KUSUM, calling it one of the world’s largest agrivoltaic programmes.
- Union Agriculture Minister Shivraj Singh Chouhan stresses the need for clear land‑use rules, dispute‑resolution mechanisms and crop‑suitability guidelines.
- Agrivoltaic installations, which use elevated solar photovoltaic panels, cost 25‑30% more than conventional ground‑mounted solar farms.
Important Facts
• Land potential: 47.5 million hectares identified; 10% utilisation equals 4.75 million hectares.
• Power generation: 10% of suitable land could exceed the electricity demand projected for the year 2050.
• Cost comparison (FY 2025‑26): Average electricity price ≈ ₹7/kWh. Agrivoltaic projects estimate ₹3.20‑₹3.30/kWh, while ground‑mounted solar costs ₹2.5‑₹2.6/kWh. The higher cost of agrivoltaics must be bridged for commercial viability.
• Policy safeguards: Proposed rules will address module repair, dispute resolution, lease/sale terms, crop‑specific suitability, equipment recycling, and land‑restoration on farmer exit.
Exam Relevance
• Renewable energy integration is a recurring topic in GS‑III (Economy & Environment). Understanding agrivoltaics helps answer questions on innovative energy‑food nexus solutions.
• The role of Union Minister for New and Renewable Energy and Union Agriculture Minister illustrates inter‑ministerial coordination, a key theme in GS‑II (Governance).
• The discussion on land‑use rights, farmer participation, and dispute mechanisms links to GS‑IV (Ethics & Governance) concerning stakeholder engagement and sustainable development.
Way Forward
- Finalize a dedicated agrivoltaic policy under PM‑KUSUM, specifying eligibility, subsidy levels and cost‑sharing mechanisms.
- Invest in research to lower the capital cost of elevated solar structures, possibly through public‑private partnerships.
- Develop region‑specific crop‑solar compatibility maps to guide farmers on suitable agrivoltaic models.
- Set up a fast‑track grievance redressal cell for farmers to resolve module‑repair and lease disputes.
- Incorporate end‑of‑life solar panel recycling norms to ensure environmental sustainability.
By addressing cost gaps and farmer safeguards, agrivoltaics could become a cornerstone of India’s clean‑energy transition while protecting agricultural livelihoods.