Key Facts & Data
- Budget allocation (2026‑27): PM‑KUSUM scheme funded at Rs 5,000 crore, nearly double the previous year.
- Solar target: India aims for 300 GW of installed solar capacity by 2030.
- Current AgriPV pilots: ~50 pilot projects across the country (e.g., ICAR‑CAZRI, Jodhpur).
- Proposed mission: National Agri‑Photovoltaics Mission under PM‑KUSUM 2.0 with a 10 GW dedicated component.
Background & Context
- Agri‑Photovoltaics (AgriPV), also called Agrivoltaics, integrates solar PV panels with crop cultivation on the same land parcel.
- Traditional utility‑scale solar farms require large land tracts, often converting agricultural land and intensifying the food‑vs‑fuel conflict.
- India’s agrarian economy (≈ 60 % of workforce) and limited arable land make dual‑use technologies crucial.
Types of AgriPV Systems
- Elevated systems: Panels on tall structures; crops grow underneath; allows tractor movement.
- Row‑based systems: Panels in spaced rows; sun‑loving crops between rows, shade‑tolerant crops under panels.
- Vertical (fence) systems: Bifacial panels mounted upright; captures sunlight from both sides.
- Greenhouse‑integrated systems: Panels form part of greenhouse roofs/walls.
Benefits for India
- Income diversification: Farmers earn from electricity sales and reduce diesel pump costs.
- Water conservation: Shade reduces evapotranspiration, improving water‑use efficiency, vital for arid zones like Rajasthan & Gujarat.
- Micro‑climate moderation: Panels shield crops from extreme heat, hail, and heavy rain.
- Rural value‑chain strengthening: Solar‑powered cold storage, chaff cutters, and micro‑processing units become feasible.
- Alignment with national missions: Complements PM‑KUSUM, Net‑Zero 2070, and Doubling Farmers’ Income goals.
Barriers to Adoption
- High capital cost of specialized mounting structures.
- Yield risk if crop‑panel combinations are unsuitable.
- Regulatory gaps: No clear land‑use classification, grid‑connectivity norms, or tariff mechanisms for dual‑use land.
- Ownership & revenue‑sharing disputes between farmers and developers.
- Data scarcity: Limited large‑scale performance data across diverse agro‑climatic zones.
- Maintenance challenges: Panel cleaning may affect soil health.
Policy & Legal Provisions
- PM‑KUSUM (Scheme for Solarisation of Agriculture): Provides subsidies for solar pumps, rooftop solar, and solarisation of farms.
- National Solar Mission (2010‑2022) & its extension: Sets targets and incentives for solar capacity.
- Potential AgriPV policy: A dedicated National Agri‑Photovoltaics Mission could define technical standards (panel height, spacing), land‑use rules, and tariff structures under the Electricity Act, 2003 and Renewable Energy Act, 2022.
- State‑level facilitation: States can issue clearances, identify clusters, and provide VGF/soft‑loan schemes.
Measures to Accelerate Large‑Scale Adoption
- Targeted R&D & agro‑climatic mapping – ICAR, NISE, and state agricultural universities to identify optimal crop‑panel combos.
- Financial innovation – VGF, concessional loans, and subsidy caps for structural costs.
- Standardised policy framework – National guidelines on land classification, grid‑connectivity, and revenue sharing.
- Capacity building – Krishi Vigyan Kendras (KVKs) to train farmers on shaded‑crop management and solar‑system operation.
- State‑level clusters – Identify pilot clusters, streamline approvals, and create model projects.
Significance for Governance & Policy
- Demonstrates integrated planning across Energy, Agriculture, and Rural Development ministries.
- Offers a low‑carbon pathway for the farm sector, contributing to India’s NDCs under the Paris Agreement.
- Enhances energy security in remote villages while safeguarding food security.
- Provides a template for public‑private partnership models in renewable‑energy‑agriculture integration.
Possible UPSC Mains Question
“Agri‑Photovoltaics offers a solution to the ‘food vs fuel’ dilemma in India. Critically examine.”
FAQs
- What is Agri‑Photovoltaics? Dual use of land for solar power generation and crop cultivation.
- Which scheme supports farm solarisation? PM‑KUSUM.
- Key benefit for farmers? Income diversification through electricity sales while continuing farming.
- Major challenges? High capital cost, regulatory gaps, yield uncertainty, and limited data.
Prepared by Drishti IAS – UPSC‑focused analysis