"Agrivoltaics proposed to power AI data centres while boosting farmer incomes"
Agrivoltaics
dual use of farmland for simultaneous solar power generation and crop cultivation
Deemed Distribution Licence (DDL)
licence allowing hyperscale operators to self-procure and manage power supply
India's agricultural sector faces a structural income crisis: over 140 million farm holdings, most of them small and marginal, depend on rain-fed or subsidised irrigation, with incomes highly volatile and insufficient to sustain rural livelihoods. Simultaneously, India's renewable energy transition — anchored by the National Solar Mission and the broader target of 500 GW of non-fossil fuel capacity — has opened new possibilities for dual land use. Agrivoltaics (also called agri-photovoltaics) is the practice of co-locating solar photovoltaic panels and agricultural cultivation on the same land, allowing farmers to generate electricity as a supplementary income stream without abandoning food production.
The policy backdrop for this convergence is significant. The PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) scheme was specifically designed to solarise agricultural pump sets and enable farmers to sell surplus power to the grid, creating a direct income-from-energy pathway. The Digital Agriculture Mission and the broader push for AI-driven economic infrastructure have now added a new demand-side actor: hyperscale data centres with enormous, continuous power requirements. Agriculture falls under the State List (Entry 14, Seventh Schedule), making state governments the primary architects of any agrivoltaic policy framework, while the Union government provides mission funding and technical support.
Andhra Pradesh has historically been a laboratory for technology-driven governance. Its introduction of a Deemed Distribution Licence (DDL) for data centre operators — allowing hyperscale companies to procure and manage their own power rather than drawing from the public grid as ordinary consumers — is a significant regulatory innovation that creates the legal architecture for a direct farmer-to-data-centre energy supply chain.
Agrivoltaics works by mounting solar panels at approximately 10 to 12 feet above ground, high enough to allow mechanised cultivation and natural light penetration beneath them. This dual-use design enables farmers to grow crops — particularly shade-tolerant, high-value varieties — while the panels above generate electricity. Research and pilot projects, including those conducted by ICRIER (Indian Council for Research on International Economic Relations) in Rajasthan, Odisha, and Madhya Pradesh, have demonstrated income multipliers of eight to ten times compared to conventional farming alone, as farmers earn both from crop sales and electricity revenues.
The proposed model for Andhra Pradesh involves organising farmers into community-owned solar utility clusters — structured as solar cooperatives analogous to milk cooperatives — and creating a Special Purpose Vehicle (SPV) company in which farmers hold equity (financed partly through bank borrowing) while contributing primarily through land use, retaining land title. …
Which one of the following best describes the concept of 'Small Farmer Large Field'?
As per the NSSO 70th Round "Situation Assessment Survey of Agricultural Households", consider the following statements :
1.Rajasthan has the highest percentage share of agricultural households among its rural households.
2.Out of the total agricultural households in the country, a little over 60 percent belong to OBCs.
3.In Kerala, a little over 60 percent of agricultural households reported to have received maximum income from sources other than agricultural activities.
Which of the statements given above is/are correct?
Consider the following statements regarding agrivoltaics:
1.It involves mounting solar panels at ground level to maximise solar energy capture.
2.It allows simultaneous cultivation of crops and generation of solar electricity on the same land.
3.ICRIER has conducted agri-photovoltaic pilot projects in Rajasthan, Odisha and Madhya Pradesh.
Which of the statements given above is/are correct?
With reference to the Deemed Distribution Licence (DDL) in the context of data centres, which one of the following best describes its significance?
The PM-KUSUM scheme is primarily associated with which of the following objectives?
1.Solarisation of agricultural pump sets
2.Enabling farmers to sell surplus solar power to the electricity grid
3.Providing crop insurance against solar panel damage
Select the correct answer using the code below:
Assertion (A): In the agrivoltaics model proposed for Andhra Pradesh, the data centre operator's power demand functions as the demand anchor that makes farmer-owned solar generation commercially viable.
Reason (R): The Deemed Distribution Licence allows the data centre to contract green power directly from farmer-owned Special Purpose Vehicles through open-access arrangements.
Which of the following is correct?
Which of the following best describes the 'blended finance' structure proposed for agrivoltaic systems in the context of powering AI data centres?
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