Key Points

Leading experts at India Energy Week 2025 highlighted solar technologies' potential to transform agricultural productivity across the Global South. They emphasized innovative financing models, policy frameworks, and technologies like solar pumps and Agri-PV systems as game-changers for farm mechanization. The panel stressed the importance of farmer-centric approaches and integrating food and energy security. Key challenges include developing supportive financial mechanisms and creating awareness about solar energy's agricultural benefits.

Key Points: Solar Tech to Transform Indian Agriculture at Energy Week 2025

  • Solar pumps and Agri-PV can revolutionize farm mechanization
  • Innovative financing models crucial for technology adoption
  • Policy frameworks must support local workforce and crop patterns
2 min read

Scaling solar-based technologies can transform farm sector's productivity: Industry experts at India Energy Week 2025

Experts reveal solar solutions for farm productivity, energy security, and innovative financing models at India Energy Week 2025

"We need innovative, cost-effective solutions to meet growing agricultural demands - Ajay Mathur, ISA Director General"

New Delhi, February 14

Experts emphasised scaling solar energy solutions to enhance agricultural productivity, reduce costs, and integrate food and energy security at India Energy Week 2025 at a session titled "Solar-Based Farm Mechanisation for Transforming Agriculture Across the Global South."

The panel featured insights from Ajay Mathur, Director General, International Solar Alliance; Swati Agarwal, Programme Officer, OAK Foundation; Uwe Gehlen, Head of German Development Cooperation in India and Minister, German Embassy, New Delhi; Subhodeep Basu, ICRIER; Harish Hande, Founder & CEO, SELCO Foundation; and Siraj Hussain, Advisor, Food Processing, FICCI.

Ajay Mathur highlighted the growing demand for cereals and the need for innovative, cost-effective solutions. He outlined key solar-based technologies, including solar pumps, solar cold storage, agri-PV systems (a method of using land for both agriculture and solar power generation), and electric tractors. He stressed that while the technology exists, financing models must evolve, and called for asset-based financing and guarantee mechanisms to attract global investors.

Harish Hande proposed a long-term asset-based financing model, advocating for reducing reliance on operational expenditure financing. He pointed to Meghalaya's capital loan model for women turmeric farmers as a replicable financial innovation.

Representing FICCI, Siraj Hussain discussed India's progress in solar-powered farm mechanisation, citing the distribution of 400,000 solar pumps under the KUSUM scheme and government-approved subsidies for solar cold storage under MIDH.

Swati Agarwal emphasised the need for policy frameworks that support the local workforce and balance capacity building with crop selection. She stressed aligning existing crop patterns with solar energy to build farmer confidence before introducing new crops, and integrating food and energy security. She also highlighted Agri-PV's potential and the need for greater awareness and training.

Subhodeep Basu emphasised the need for better stakeholder consultation. He identified two key challenges: the lack of a farmer-centric approach, with current models being private or academic-driven, and limited research on the impact of solar energy on crop productivity. While institutions like KASRI in Jodhpur have made some progress, further studies are needed.

He called for learning from global examples, citing Japan's soil norms and land use standards, along with best practices from China and the U.S. to develop India-specific Agri-PV policies.

- ANI

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