Thirty-Six Projects and a 14,000 GW Promise: Agrivoltaics Needs Evidence Before It Needs Capital
Thirty-six projects. That is the whole of India's operating agrivoltaics fleet, according to the PIB backgrounder published as the 7th AgriVoltaics World Conference closed in New Delhi this week: 37.54 MW installed as of August 2025, with ten more pilots under development. Set against that, the same backgrounder puts the technical potential somewhere between 3,000 GW and nearly 14,000 GW. A range that wide is not a forecast. It is a sign that the binding question is no longer whether panels and crops can share land, but what evidence a lender, an insurer or a state should demand before treating a dual-use project as bankable.
The conference itself was not small. More than 1,200 delegates, over 150 of them international, met at Bharat Mandapam from 21 to 23 October — the first time the conference has been hosted in the Global South. MNRE used the opening to launch an AgriPV Policy Handbook, alongside a decision-making tool from the India Agrivoltaics Alliance and a book of research abstracts from IWMI. Handbooks and tools are what a sector produces when it moves from demonstration to deployment questions: where, on which crops, under what contract.
The land arithmetic behind the interest
India's net sown area is about 138.99 million hectares, cropped at an intensity of roughly 157 per cent. Land that leaves cultivation entirely for a solar park is land taken out of that system, which is why the dual-use version attracts policy attention. GIS screening in the backgrounder identified 47.35 million hectares of restricted cropland as suitable for agrivoltaics. Suitable on a map is not the same as suitable on a plot. Suitability in the field turns on panel height and spacing, whether machinery can still work the rows, and what the shade does to the specific crop underneath — which is why the conference programme ran sessions on agro-climatic zoning and crop selection rather than only on capacity targets.
| Agrivoltaics in India, PIB backgrounder, Oct 2026 | Figure |
|---|---|
| Operational projects (Aug 2025) | 36 |
| Installed capacity | 37.54 MW |
| Pilots under development | 10 |
| Estimated potential (range) | 3,000 GW to ~14,000 GW |
| Cropland screened as suitable | 47.35 million hectares |
| Centre of Excellence pilot (IARI) | 100 kW |
Source: PIB backgrounder on agrivoltaics, 23 October 2026, as reported at the close of the 7th AgriVoltaics World Conference. Table: Farmioc.
What the evidence base actually consists of
The research anchor is deliberately small. The National Institute of Solar Energy and ICAR–IARI have set up a Centre of Excellence on agrivoltaics, with a 100 kW pilot at IARI to test crop-and-panel combinations. ICAR and IWMI ran a conference session on shade-tolerant crops and microclimate effects. The backgrounder's own crop guidance is narrow: fruits, vegetables, spices and medicinal plants look best suited — high-value, often shade-tolerant crops where a modest yield change is not the whole economics. Nobody at this conference claimed the same case is proven for wheat or paddy at scale, and a credit appraisal should not pretend otherwise.
The income figure circulating from the backgrounder needs the same care. In some cases, it says, annual earnings could rise from about ₹60,000 per acre to over ₹1 lakh per acre. "In some cases" is doing real work in that sentence. It is a case result, not an average, and it bundles crop income with power income without separating which part carries the return. For an ESG or portfolio report, that distinction is the difference between a land-productivity gain and a rent payment wearing a green label.
The state schemes are a different animal
Part of the confusion in this space is definitional. Maharashtra's Mukhyamantri Saur Krushi Vahini Yojana 2.0 is building about 16,000 MW of solar projects on roughly 35,000 acres to supply farm consumers. Gujarat's Kisan Suryoday Yojana delivers daytime power, with a planned window of up to 16 hours. Karnataka's Surya Raitha puts solar pumps in farmers' hands and lets them sell surplus power. All three are solar-for-agriculture. None of them, by itself, is dual-use agrivoltaics, where the same plot must keep producing a crop. The financing programme behind much of this, PM-KUSUM, was launched in February 2019 with central financial assistance of about ₹34,422 crore. Lenders mapping exposure should tag the two categories separately: a feeder-level solar plant has a power off-take risk; an agrivoltaic plot has that plus a crop risk, and the crop side is the unproven part.
What to require before calling a project low-risk
Plot-level crop evidence, not national potential. A yield series under panels, for that crop and that district, over at least one full season. The Centre of Excellence exists precisely because this series barely exists yet in India.
A contract that says who owns which income. Power revenue, crop revenue, land rent and maintenance cost fall on different parties in different models. The conference's own emphasis on farmer-centred models is an admission that early contracts did not always settle this fairly.
A water question. Panels shade soil and can cut evaporation; cheap solar pumping can do the opposite to an aquifer. Which effect dominates is a plot-level measurement, not a brochure claim — and it belongs in the appraisal either way.
This is where a data layer earns its place. Farmioc DataStore tracks cropped area, weather and yield at district and plot level, so a dual-use project's crop performance can be separated from its power performance instead of being reported as one blended "green" return. India has 37.54 MW of agrivoltaics and a potential measured in thousands of gigawatts. The distance between those two numbers will be closed by evidence, project by project — or it will not be closed at all.
Farmioc is India's agriculture data analytics and agri trading company. Explore DataStore for supply, demand, weather and yield analytics, or PriceHub for commodity market intelligence across 200+ crops.