"Agrivoltaics can reconcile India's land constraints with its renewable energy ambitions." Critically examine, with reference to its potential and current deployment.

Agrivoltaics means growing crops under raised solar panels on the same land. It could ease the conflict between farmland and India's 500 GW non-fossil target for 2030. The potential is very large, but deployment so far shows it is a tool for specific places rather than a solution for all farmland.

Potential: how it reconciles land and energy

• Scale: estimated potential is 3,000–14,000 GW [1], many times the 2030 target. GIS screening found 47.35 million ha of "restricted cropland" suitable for it [2].
• No land diversion: PM-KUSUM Component A allows plants on farmland only on raised structures with enough row spacing for farming to continue [3].
• Farm income: selling power has raised earnings from about ₹60,000 to over ₹1 lakh per acre per year in some cases [2].
• Climate adaptation: partial shade cuts crop heat stress and soil evaporation. Solar pumps replace diesel pumps [2].

Current deployment: the reality check

• Tiny base: only 36 projects (37.54 MW) were running as of August 2025, with 10 pilots under development [2]. That is a very small fraction of the potential.
• Scheme lag: Component A had installed only 641 MW against a 10,000 MW target by July 2025 [4]. Not all of this is crop-plus-power, so the figure overstates agrivoltaic progress.
• Cost barriers: the Estimates Committee found no central financial assistance and the cost of converting farmland to non-agricultural land in the records kept farmers away [4].
• Weaker economics: taller structures and wider rows raise costs and fit fewer panels per acre than a plain solar farm.
• Evidence gap: benefits depend on the crop, panel design and local conditions [2]. The Committee asked for studies of the effect on crop yields and farm income [4].

Assessment The reconciliation is credible for shade-tolerant, high-value crops such as fruits, vegetables, spices and medicinal plants [2] in hot, dry regions. It is unproven for staple grains across the country.

Way forward

• Targeted subsidy only for stilt-mounted designs that keep crops growing, in line with the Committee's subsidy recommendation [4].
• States keep such land classified as farmland, so no conversion charges apply.
• ICAR crop trials by region, with pilot data published openly.
• Separate reporting of agrivoltaics within PM-KUSUM.

Agrivoltaics can reconcile land and energy needs, but only partly and where crops and climate suit it. With a dedicated subsidy, farm-friendly land rules and solid crop evidence, it can move beyond pilots and support both food and energy security under SDGs 2 and 7.