Q. "Data centres have become strategic infrastructure in the digital economy." Discuss how Agri-Voltaics can enable sustainable expansion of data...
Question
Q. "Data centres have become strategic infrastructure in the digital economy." In this context, discuss how Agri-Voltaics can enable sustainable expansion of data centres as well as inclusive participation of farmers in India's digital economy. (15 marks 250 Words)
Model Answer
Q. "Data centres have become strategic infrastructure in the digital economy." In this context, discuss how Agri-Voltaics can enable sustainable expansion of data centres as well as inclusive participation of farmers in India's digital economy. (15 marks 250 Words)
Paper
GS III
Subject
Science and Technology
Syllabus as Per Notification
Science and Technology- Developments and their Applications and Effects in Everyday Life.
Topic
Agri-Voltaics (Agri-PV): Sustainable Data Centre Infrastructure
Approach:
Introduction
Introduce by mentioning growing demand for Energy by AI Data centres and how can Agri-Voltaics (Agri-PV) address this issue by promoting Food–Energy Security Nexus.
Body
Agri-Voltaics for Sustainable Expansion of Data Centres
Ensuring Clean and Reliable Energy for AI-powered Data Centres, Optimising Land Use through the Food–Energy Nexus, Building Low-Carbon and Climate-Resilient Digital Infrastructure, Strengthening Energy Security and Grid Reliability, Enabling Resource-Efficient and Future-Ready Digital Infrastructure
Agri-Voltaics for Inclusive Participation of Farmers in India's Digital Economy
Transforming Farmers into Energy Entrepreneurs, building an AI–Agriculture Partnership, Diversifying Rural Livelihoods through the Green Digital Economy, Promoting AI-enabled Precision Agriculture.
Way Forward
Developing an Integrated Agri-Voltaics Policy Framework, Scaling up Community-owned Agri-Voltaic Ecosystems, Building Smart Renewable Infrastructure for AI.
Conclusion
Conclude by stating making farmers as partners in the AI-driven economy can promote a development model that is green, inclusive and resilient.
Context
Google has committed $15 billion to a one-gigawatt AI data centre in Visakhapatnam, expected to be the largest such centre in Asia when it becomes operational in 2028.
Introduction
Data centres have become strategic infrastructure powering Artificial Intelligence (AI), cloud computing and digital economy. However, their rapidly growing demand for reliable electricity poses significant sustainability challenges. In this context, Agri-Voltaics (Agri-PV), by enabling simultaneous food production and renewable energy generation on the same land, offers a sustainable pathway to expand green data centres while ensuring farmers participation in India's digital economy.
Body
Agrivoltaics
Agrivoltaics, or Agro photovoltaics (AgriPV), is the dual use of land that integrates land for solar energy generation with agriculture, including growing crops, providing grazing space or supporting habitat for beneficial insects.
It is an innovative solution that solves this problem by placing solar panels on top of land, resulting in a dual-use model that optimises land use by generating clean and renewable energy.
Agri-Voltaics for Sustainable Expansion of Data Centres
Ensuring Clean and Reliable Energy for AI-powered Data Centres
Agri-Voltaics supplies decentralised renewable energy, reducing dependence on fossil fuels while supporting India's 500 GW non-fossil energy target by 2030 and Net Zero by 2070.
Example:Google's proposed $15 billion AI Hub at Visakhapatnam plans to combine hyperscale computing with renewable energy, battery storage and transmission infrastructure.
Optimising Land Use through the Food–Energy Nexus
Agri-Voltaics enables simultaneous crop cultivation and solar power generation, enhancing the Land Equivalent Ratio (LER) by maximising productivity on the same land.
The ICAR–IARI & NISE Centre of Excellence for AgriPV is developing crop-specific suitability matrices and implementation frameworks for diverse agro-climatic regions.
Building Low-Carbon and Climate-Resilient Digital Infrastructure
Agri-Voltaics lowers the carbon footprint of AI services while reducing crop heat stress and water use, supporting climate-resilient agriculture and sustainable digital infrastructure.
Example:Bangladesh's Agrivoltaic pilots shows that dual-use farming can simultaneously enhance food security and renewable-energy generation.
Strengthening Energy Security and Grid Reliability
Distributed Agri-PV clusters improve grid resilience, reduce transmission losses and integrate with Battery Energy Storage Systems (BESS),ensuring reliable renewable power for data centres.
Example: Andhra Pradesh Deemed Distribution Licence (DDL) framework enables large data centres to procure renewable electricity directly from clean-energy sources.
Enabling Resource-Efficient and Future-Ready Digital Infrastructure
Agri-Voltaics strengthens the Food–Energy Security Nexus by enabling simultaneous food production and renewable energy generation, minimising land-use conflicts.
Example: Aligns with Andhra Pradesh AI–Energy–Agriculture nexus, integrating renewable energy, AI infrastructure and agriculture for sustainable digital growth.
Agri-Voltaics for Inclusive Participation of Farmers in India's Digital Economy
Transforming Farmers into Energy Entrepreneurs
Agri-Voltaics enables farmers to become co-owners of renewable-energy assets through community-owned solar utilities and Special Purpose Vehicles (SPVs).
Example:PM-KUSUM shows the viability of decentralised farmer-owned solar generation, a model that can be extended to supply renewable power to AI-driven data centres.
Building an AI–Agriculture Partnership
Agri-PV integrates farmers into India's AI ecosystem by enabling villages to supply clean energy, agricultural datasets and digital services, making them stakeholders in digital transformation.
Example: Andhra Pradesh model positions the State as a living laboratory for integrating AI, renewable energy and agriculture, creating a scalable template for other States.
Diversifying Rural Livelihoods through the Green Digital Economy
Agri-PV transforms solar energy into the "Third crop", creating multiple income streams through crop cultivation, solar electricity, long-term PPAs and carbon-market opportunities.
Example: Google's proposed AI Hub at Visakhapatnam could generate sustained demand for renewable power, creating market opportunities for farmer-owned Agri-PV clusters.
Promoting AI-enabled Precision Agriculture
Renewable energy from Agri-PV powers IoT sensors, drones, precision irrigation and AI-based crop advisories, improving productivity while promoting farmers adoption of digital technologies.
Example:ICRISAT solar-IoT irrigation pilots in Telangana integrate renewable energy with AI-enabled water management for climate-smart agriculture.
Way Forward
Developing an Integrated Agri-Voltaics Policy Framework
Formulating National Agri-Voltaics Policy by integrating PM-KUSUM, IndiaAI Mission and state Data Centre Policies, on the lines of France Agrivoltaics framework.
Scaling up Community-owned Agri-Voltaic Ecosystems
Indian Council for Research on International Economic Relations (ICRIER) has piloted Agri-Voltaic projects in Rajasthan, Odisha and Madhya Pradesh, showing scalable farmer-centric models through community-owned solar utility clusters.
Building Smart Renewable Infrastructure for AI
Investing more in Battery Energy Storage Systems (BESS), smart grids and hybrid Agri-PV clusters to ensure reliable renewable power for AI-driven data centres.
Conclusion
Agri-Voltaics represents a transformative pathway to balance India's digital ambitions with ecological sustainability and rural prosperity. By positioning farmers as partners in the AI-driven economy rather than mere beneficiaries, it can promote a development model that is green, inclusive and resilient. It can become a vital pillar for achieving India's long-term goals of climate-resilient agriculture, clean energy transition and an inclusive digital economy.