Agriphotovoltaics: Term, Need, Benefits & Challenges

• With rising energy insecurity from the West Asia crisis and growing climate risks to agriculture, Agriphotovoltaics offers dual benefits of clean energy generation and income resilience.

About Agri-photovoltaics (Agrivoltaics)

• Agrivoltaics is a land management method that uses the same land simultaneously for solar power generation and agricultural production.
• Mechanism: Solar panels are mounted on elevated, spaced structures (2–3 metres high), permitting crop cultivation underneath.

Need for Agriphotovoltaics as India’s Next Green Revolution

• Income Revolution: Rajasthan’s 600 kW ICRIER pilot raised farmer income from ₹40,000 to nearly ₹4 lakh per acre through dual earnings.
• Energy Security: Converts farmers into clean energy producers, reducing dependence on imported fossil fuels and strengthening rural energy resilience.
• Land Efficiency: Enables dual use of agricultural land, avoiding competition between food production and renewable energy expansion.
• Climate Action: Supports India’s 500 GW non-fossil capacity target by 2030 and Net Zero 2070 through decentralised solar generation.
• Power Sector Reform: Agriculture consumes 2,60,000 GWh of electricity annually; Agri-PV can reduce the ₹2.35 lakh crore subsidy burden while improving DISCOM finances.

Key Benefits of Agriphotovoltaics

• Agriphotovoltaics delivers a triple dividend, enhancing farm incomes, advancing clean energy goals, and fostering inclusive rural development through dual land use.

Economic Benefits

• Income Stability: Agriculture employs 43% of India’s workforce; Agri-PV provides a reliable “third crop” through electricity sales.
• Investment Growth: The 600 kW Rajasthan ICRIER pilot demonstrated nearly 10-fold income growth, attracting private and institutional investments.

Environmental Benefits

• Clean Transition: Supports India’s 500 GW non-fossil capacity target by 2030, with solar capacity already exceeding 150 GW.
• Water Efficiency: Elevated solar panels reduce evaporation losses and improve water-use efficiency in drought-prone agricultural regions.

Social Benefits

• Livelihood Resilience: Solar income remains unaffected by droughts, pests, or market fluctuations, ensuring year-round financial security.
• Rural Empowerment: Decentralised solar projects create local jobs and improve clean energy access across 6 lakh villages nationwide.

Challenges in Scaling Agriphotovoltaics

• High Costs: Agri-PV systems require elevated structures, increasing project costs by 15–20% compared to conventional solar plants.
• Credit Access: Small and marginal farmers, constituting over 86% of landholdings, face limited access to affordable long-term finance.
• Policy Gaps: Absence of dedicated Agri-PV regulations and remunerative feed-in tariffs discourages large-scale farmer participation.
• Institutional Coordination: Multiple stakeholders, such as DISCOMs, banks, agriculture departments, and renewable agencies, often delay approvals and implementation.

Way Forward for Scaling Agriphotovoltaics

• National Mission: Launch a dedicated Agri-PV Mission under PM-KUSUM to harness millions of hectares of cultivated land.
• Viable Tariffs: Provide differentiated feed-in tariffs of around ₹4.5/kWh, reducing the current ₹7.5/kWh effective farm power subsidy burden.
• Innovative Finance: Expand green credit, priority-sector lending, VGF, and blended finance to support 86% smallholder farmers.
• Solar Cooperatives: Replicate the Amul cooperative model, enabling collective power generation, aggregation, and stronger farmer bargaining power.
• Technology & Training: Promote bifacial and elevated solar systems through over 700 Krishi Vigyan Kendras (KVKs) and indigenous manufacturing initiatives.

“From Annadata to Urjadata,” Agriphotovoltaics can drive India’s next Green Revolution by ensuring energy security, farmer prosperity, and climate resilience.

Reference: The Indian Express

PMF IAS Pathfinder for Mains – Question 727

Q. Agriphotovoltaics can transform India’s farmers from ‘Annadata to Urjadata’ while advancing clean energy and climate goals. Examine its potential, the challenges, and the policy interventions needed to scale up its adoption. (250 Words) (15 Marks)

Approach

• Introduction: Write a brief introduction about Agriphotovoltaics (Agri-PV).
• Body: Write the potential of agriphotovoltaics, the challenges, and the policy interventions needed to scale up its adoption.

• Conclusion: Emphasis on a climate-smart, energy-efficient, and farmer-centric agricultural model to drive India’s next Green Revolution.