AgriVoltaics World Conference 2026

1. At a Glance

• Agrivoltaics (Agri-PV) means using the same agricultural land for both food production and solar power. Panels are mounted above crops, often on stilts, so farming can continue underneath [1][5].
• The 7th AgriVoltaics World Conference (AWC) 2026 was hosted by MNRE, Government of India at Bharat Mandapam, New Delhi, from 21–23 October 2026 [1][2].
• MNRE described it as the first time the AWC was hosted in the Global South [2].
• It matters for UPSC because it connects food security, energy access, climate resilience and farm incomes. It also ties to PM-KUSUM, India's Global South diplomacy and the International Solar Alliance (ISA) [1][3].

2. Why in the News

• 21 Oct 2026: Union Agriculture Minister Shivraj Singh Chouhan inaugurated the 7th AWC at Bharat Mandapam with the line "Solar panels above, thriving crops below" [2].
• 23 Oct 2026: The conference concluded with a call to speed up farmer-centred agrivoltaic solutions. Hosting of the 8th AWC (2027) was formally handed over to France [1].
• At the inauguration, Union Minister Pralhad Joshi cited a TERI study: about 30% of India's farmland (~47.5 million ha out of ~116 million ha of agricultural land) is technically suitable for agrivoltaics [2].
• Policy context: the Government is preparing PM-KUSUM 2.0, which will include a dedicated 10 GW Agri-PV component [3].

3. Background & Evolution

• Rationale: Land is scarce. Ground-mounted solar competes with farming for that land, and agrivoltaics lets both use the same plot [1][6].
• 2019 onwards: PM-KUSUM (MNRE). Component A supports decentralised ground- or stilt-mounted grid-connected solar plants up to 2 MW on farmers' land. On cultivated fields, panels are raised above a minimum height so crops can still be grown underneath [5].
• Nov 2020: MNRE expanded the scope of PM-KUSUM to allow more solar generation in the farm sector [5].
• 2025: The Parliamentary Estimates Committee visited an agrivoltaics site at Issapur, Delhi. It compared ground-mounted solar with stilt-based agrivoltaic models and noted gains in cost-effectiveness and land-use efficiency [6].
• Dec 2025: PIB reported that PM-KUSUM had reached 20+ lakh beneficiaries and promoted the framing of farmers as "Urjadata" (energy providers) [4].
• 2026: PM-KUSUM 2.0 announced with a 10 GW Agri-PV component [3].
• Oct 2026: India hosted the 7th AWC, and France will host the 8th in 2027 [1].

4. Core Static Facts

Item	Fact
Event	7th AgriVoltaics World Conference (AWC) 2026 [1]
Host ministry	Ministry of New and Renewable Energy (MNRE) [1]
Venue / dates	Bharat Mandapam, New Delhi; 21–23 Oct 2026 [2]
Significance	First AWC hosted in the Global South [2]
Inaugurated by	Shivraj Singh Chouhan, Union Agriculture Minister [2]
Key session partners	ICAR + IWMI (agro-climatic zoning); GIZ (farmers/FPO session) [1]
Conference outcomes presented by	Ashish Khanna, DG, International Solar Alliance [1]
Closing address	Mayank Tewari, Additional Secretary, MNRE [1]
Vote of thanks	Taina Dyckhoff, Embassy of Germany in India [1]
Awards	Excellence Awards; National Agrivoltaics Pitch-Hub Award (start-ups); Best Paper Awards across 6 scientific themes [1]
Next host	France, 8th AWC, 2027 [1]
Suitable land (TERI estimate)	~30% of farmland, ~47.5 Mha [2]
PM-KUSUM Component A	Plants up to 2 MW on farmers' land, stilt-mounted allowed [5]
PM-KUSUM pump subsidy	30% CFA (50% for NE, hilly states and islands) [5]
Lease income to farmers	Up to ₹80,000/ha/yr (Dec 2025 release) [4]
Agri-PV income	Some cases rose from ~₹60,000/acre to over ₹1 lakh/acre when crop and power income are combined (ministry-cited studies) [3]

Key terms

• Agro-climatic zoning: matching agrivoltaic designs to regional conditions [1].
• Shade-tolerant crops [1].
• Water-use efficiency indices [1].
• Microclimatic impacts of solar arrays [1].

5. Multi-Dimensional Analysis

Economic

• Farmers get two income streams (crops plus power), with ministry-cited gains from about ₹60k to over ₹1 lakh per acre [3].
• Farmer sessions covered revenue diversification and maintenance practices [1].
• Wider adoption depends on economically viable models that keep agricultural production going [1].

Environmental

• Advances the clean energy transition without turning farmland into solar-only land [1].
• Panel shade can change the microclimate and improve water-use efficiency. Effects differ by agro-climatic zone [1].

Scientific / Technological

• The ICAR–IWMI session on agro-climatic zoning put evidence-based deployment at the centre [1].
• Best Paper themes covered system design, agronomy, monitoring, business models and socio-economic equity [1].
• Stilt-based designs were compared with ground-mounted ones at Issapur [6].

Social

• The conference model was farmer-centred, with FPO federations, progressive farmers and rural entrepreneurs taking part [1].
• Socio-economic equity was one of the scientific themes [1].

Geopolitical / Strategic

• India positioned itself as a knowledge bridge for the Global South, offering approaches other countries can adapt to their own conditions [1].
• Partners included ISA, GIZ, the German Embassy and IWMI, and the handover to France keeps the series multilateral [1].

Administrative / Governance

• Both the Agriculture Ministry and MNRE took part, and Chouhan stressed close coordination between them [2].
• Unresolved issues: financing, operation and maintenance, and making project design fit field conditions [1].

6. Recent Developments (last 12–18 months)

• Dec 2025: PM-KUSUM passed 20 lakh beneficiaries. Farmers can lease land for solar plants and earn up to ₹80,000/ha/yr [4].
• 2026: PM-KUSUM 2.0 is being prepared with a 10 GW Agri-PV component [3].
• 21 Oct 2026: 7th AWC inaugurated at Bharat Mandapam, and the TERI land-suitability estimate was cited [2].
• 23 Oct 2026: AWC concluded, awards were given, and hosting passed to France for 2027 [1].

7. Prelims Hooks

• The 7th AWC 2026 was hosted by MNRE, not the Ministry of Agriculture [1].
• Venue: Bharat Mandapam, New Delhi; dates: 21–23 October 2026 [2].
• It was the first AWC hosted in the Global South [2].
• The 8th AWC (2027) will be hosted by France [1].
• The inaugural keynote was given by the Union Agriculture Minister, Shivraj Singh Chouhan [2].
• The agro-climatic zoning session was co-convened by ICAR and IWMI [1].
• The farmers/FPO session was led by GIZ, the German development agency [1].
• The conference outcomes were presented by the Director General of the International Solar Alliance [1].
• The National Agrivoltaics Pitch-Hub Award recognises start-up and enterprise innovations [1].
• Best Paper Awards were given across six scientific themes [1].
• A TERI estimate puts about 47.5 million ha (~30%) of Indian farmland as technically suitable for agrivoltaics [2].
• PM-KUSUM 2.0 includes a 10 GW Agri-PV component [3].
• PM-KUSUM Component A covers plants up to 2 MW on farmers' land, including stilt-mounted ones [5].
• PM-KUSUM pump subsidy (CFA): 30%, or 50% in NE, hilly regions and islands [5].
• The Issapur (Delhi) agrivoltaics site was reviewed by the Parliamentary Estimates Committee in 2025 [6].

8. Why Farmers Have Not Built the Plants Yet

• Component A, the part of PM-KUSUM closest to agrivoltaics, has barely moved
• By July 2025, only 641 MW of plants had been built against a target of 10,000 MW [8].
• The Standing Committee on Energy (Dec 2025) put Component A at about 6% of its target. Component B (stand-alone pumps) was at 60% and Component C (solarising grid pumps) at 17% [9].

• So the farmer-as-power-producer model is the weakest part of the scheme, even though it is the part the conference was about.

• The large headline figure hides this

• PIB reports 10,203 MW installed across all PM-KUSUM components by November 2025 [14].
• Most of that comes from pumps, not from farmers' own solar plants. Compare it with Component A's 641 MW [8].

• When an answer quotes "10 GW done", say which component it means.

• Reason 1: Component A plants get no central subsidy

• Component A plants get no CFA (central financial assistance, meaning money given by the Centre), unlike pumps, which get 30–50% [5].
• The Estimates Committee (Dec 2025) found that this lack of support is a main reason farmers are not building the plants [8].

• A small farmer cannot pay the upfront cost of a plant of up to 2 MW without a subsidy or cheap loan.

• Reason 2: The land-use rules work against the farmer

• Putting a power plant on a field often means getting the land officially converted from agricultural to non-agricultural use.
• The Estimates Committee named this conversion cost as a second barrier [8].

• Agrivoltaics is meant to keep the land agricultural, yet the paperwork treats it like a factory site.

• The new 10 GW target is the old target again

• PM-KUSUM 2.0's Agri-PV component is 10 GW [3]. That is the same size as Component A's original 10,000 MW target, which is still mostly unmet [8].
• Unless the two barriers above change, a new name alone will not change the result.
• The TERI figure of 47.5 Mha [2] counts land that is technically suitable. It does not say the projects will pay for themselves.

9. Cheap Solar Power Can Empty the Aquifer

• Once the pump runs on sunlight, each extra hour of pumping costs nothing
• A World Bank primer notes that solar pump users pay a near-zero marginal cost (the cost of pumping one more unit of water) [15].
• With nothing to stop them, farmers pump more.

• The World Bank found that stand-alone solar pumps raised farm incomes but also increased groundwater extraction. It said they suit only regions where groundwater is plentiful [10].

• Rajasthan shows where this leads

• A NITI Aayog–World Bank study found 164 over-exploited blocks in Rajasthan, meaning blocks where more water is drawn out than rain puts back [11].
• Across the state, extraction was 140% of annual replenishable recharge (the water that rain refills each year) [11].

• The study found that off-grid solar made power more reliable but led to more over-extraction, because farmers had no reason to stop pumping [11].

• Why this matters for agrivoltaics

• Agri-PV is sold as "water-efficient" because panel shade reduces evaporation [1].
• But if the same farm also gets free solar pumping, the water saved by shade can be lost many times over through the borewell.
• Grid-connected designs differ: a farmer who can sell surplus power has a reason to pump less and sell more [10].

10. How Other Countries Make Sure Crops Still Grow

• India's rule is about panel height, not about the harvest
• Under PM-KUSUM, the only design condition on cultivated land is that panels sit above a minimum height so crops can grow below [5].
• Nothing checks how much crop is actually harvested afterwards.

• So a developer could put up a solar plant, grow a small token crop underneath, and still call it agrivoltaics.

• Japan and Germany set a minimum crop yield

• Japan allows agrivoltaics on cropland only if yield stays at least 80% of normal. Germany's minimum is 66% [12].
• The same research suggests using the ground coverage ratio (panel area divided by land area) to predict how much the crop will suffer [12].

• The more of the field the panels cover, the less light reaches the crop.

• This is where the "food versus energy" claim is really tested

• The argument for agrivoltaics is that it avoids taking land away from food [1].
• That holds only if food output stays close to normal. Without a yield minimum, India's 47.5 Mha estimate [2] could become solar land with a bit of farming on it.
• For this reason, the Estimates Committee asked for a study of how agrivoltaics affects crops and farm income before it is scaled up [8].

11. What PM-KUSUM 2.0 Should Change

• MNRE should give a central subsidy to small Agri-PV plants
• The Estimates Committee recommended more central financial assistance for decentralised plants, and support for small projects in particular [8].
• Component A has been brought under the Agriculture Infrastructure Fund, so these plants can get subsidised loans; the committee welcomed this [13].

• A cheap loan together with a grant addresses the upfront cost that has kept uptake near 6% [9].

• State revenue departments should exempt certified agrivoltaic plots from land-use conversion

• Conversion cost is one of the two barriers the Estimates Committee named [8].
• Land matters such as land-use change are under State control, so the Centre cannot remove this barrier alone.

• A plot that stays under crop should keep its agricultural status.

• MNRE and ICAR should set a minimum crop yield, as Japan and Germany do

• Release the Agri-PV subsidy only if the field keeps a fixed share of its normal yield, for example Japan's 80% [12].
• The ICAR–IWMI agro-climatic zoning work from the conference [1] can set different minimums for different crops and zones.

• This also gives the impact study the Estimates Committee asked for [8].

• MNRE and CGWB should favour grid-connected designs in over-exploited blocks

• In blocks where groundwater is already over-drawn, back grid-connected or feeder-level models where farmers earn by selling power, not stand-alone pumps [10][11].
• CGWB (the Central Ground Water Board) already classifies blocks by groundwater stress. That classification can decide which design gets a subsidy where.

12. Anchors for Answers

• Data: Component A built only 641 MW against a 10,000 MW target (July 2025) [8], about 6% of target [9]
• Data: Rajasthan has 164 over-exploited blocks, and extraction is 140% of annual recharge [11]
• Report/Committee: Estimates Committee report on PM-KUSUM and PM Surya Ghar (4 Dec 2025): low uptake because there is no CFA and land conversion is costly; recommends agrivoltaics only after an impact study [8]
• Report/Committee: Standing Committee on Energy, "Performance Evaluation of Solar Power Projects" (8 Dec 2025) [9]
• Report/Committee: NITI Aayog–World Bank, "Grow Solar, Save Water, Double Farmer Income" [11]
• Comparison: Japan (80%) and Germany (66%) allow agrivoltaics on cropland only above a minimum crop yield [12]
• Scheme: Agriculture Infrastructure Fund now offers subsidised loans for Component A plants of up to 2 MW [13]

13. Mains Relevance

• GS-III: Infrastructure (energy); agriculture (e-technology to aid farmers, farm subsidies, cropping patterns); conservation and climate change.
• GS-II: India and bilateral/multilateral groupings (ISA, Global South leadership).
• Question stems: 1. Agrivoltaics can resolve the land-use conflict between food security and the clean energy transition. Critically examine the scope and challenges of this in India. 2. Evaluate PM-KUSUM's role in turning Annadata into Urjadata. What design changes should a dedicated Agri-PV component include? 3. How can India use platforms such as the AgriVoltaics World Conference and the International Solar Alliance to lead the Global South on climate-resilient agriculture?

14. Related Topics to Study Next

• PM-KUSUM (Components A, B, C): India's main scheme for putting solar on farmland.
• International Solar Alliance: its DG presented the AWC outcomes, and it is India's main solar diplomacy platform.
• PM Surya Ghar: Muft Bijli Yojana: the rooftop solar counterpart, reviewed alongside PM-KUSUM at Issapur.
• India's 500 GW non-fossil capacity target and its NDCs: the clean-energy targets that agrivoltaics feeds into.
• Agro-climatic zones of India (Planning Commission's 15 zones / ICAR's 20 agro-ecological regions): these zones are the basis for siting agrivoltaic projects.
• Farmer Producer Organisations (FPOs): a likely way to aggregate small farmers into Agri-PV projects.
• Water-use efficiency and groundwater (solar pumps and over-extraction): the trade-off between cheap solar pumping and depleting aquifers.
• Voice of Global South Summits: the wider Global South framing of India's foreign policy.

15. NCERT Concepts to Revise

• PM-KUSUM (Geography): The note's central scheme: Component A plant targets, missing subsidy, and the planned 10 GW Agri-PV in PM-KUSUM 2.0.
• International Solar Alliance (Geography): Its Director General presented the conference outcomes, and it is India's main solar diplomacy platform with the Global South.
• Groundwater (Geography): Free solar pumping can over-extract aquifers, as in Rajasthan, which weakens agrivoltaics' claim to be water-efficient.
• Food security (Economy): Agrivoltaics is justified as a way to get clean power without taking farmland away from food production.
• Crop yield (Economy): Japan and Germany set minimum yields on agrivoltaic land, while India only sets a panel height.
• Agro-climatic zones of India (Geography): Agrivoltaic designs and minimum yields are to be matched to regional conditions through agro-climatic zoning.

16. Common Errors / Trap Areas

• Wrong ministry: the host was MNRE. The Agriculture Minister only inaugurated it [1][2].
• Wrong next host: the 8th edition goes to France, not Germany. Germany's role was through GIZ and the Embassy's vote of thanks [1].
• Edition number: 2026 was the 7th edition, and India's first time hosting it [1][2].
• Mixing up bodies: IWMI (International Water Management Institute, a CGIAR centre) is not ISA or IRENA [1].
• Mixing up PM-KUSUM numbers: the 30%/50% CFA is for pumps, the 2 MW cap is Component A, and the 10 GW is the Agri-PV component of PM-KUSUM 2.0 [3][5].