7th Agrivoltaics World Conference 2026: India Hosts First Global South Edition in New Delhi — PM-KUSUM Next Phase, AgriPV Policy

Why in News

India hosted the 7th Agrivoltaics World Conference 2026 at Bharat Mandapam, New Delhi from October 21 to 23, 2026. Organised under the theme "Powering the Global South", this was the first time the conference — held annually to advance the integration of solar energy and agriculture — was hosted in the Global South. Union Ministers Pralhad Joshi (New and Renewable Energy) and Shivraj Singh Chouhan (Agriculture and Farmers Welfare) jointly inaugurated the event, which was attended by over 1,200 delegates including 150+ international participants from more than 50 countries.

Background

Agrivoltaics (also written agri-PV or agrophotovoltaics) refers to the simultaneous use of the same land area for both solar photovoltaic (PV) energy generation and agricultural crop production. The concept was first scientifically demonstrated by Adolf Goetzberger and Armin Zastrow in Germany in 1981. Over four decades, it evolved from a niche research concept into a commercially deployed land-use strategy, with significant installations across Germany, France, South Korea, Japan, and China.

India's interest in agrivoltaics arises from two converging pressures: the country must deploy approximately 500 GW of renewable energy by 2030 (National Solar Mission target) while simultaneously protecting agricultural land for food security. Traditional ground-mounted solar plants compete directly with farmland; agrivoltaics resolves this tension by allowing both uses on the same land.

Current Developments

The conference produced several significant outcomes:

• The Ministry of New and Renewable Energy (MNRE) released an AgriPV Policy Handbook — India's first national regulatory framework for agrivoltaic deployments, addressing grid connectivity, net metering, and agricultural land-use permissions.
• The India Agrivoltaics Alliance (IAA) launched a Decision-Making Tool to help farmers, developers, and policymakers evaluate the technical and economic feasibility of agrivoltaic installations.
• The International Water Management Institute (IWMI) released a Book of Abstracts consolidating global agrivoltaic research with a focus on the water-energy-food nexus.
• The government announced that the next phase of PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) will explicitly incorporate agrivoltaic systems, subsidising them despite a 25–30% cost premium over conventional ground-mounted solar.

Key Facts

Legal Framework

• PM-KUSUM Scheme (launched 2019, MNRE) — primary government programme for agricultural solar. Component A: grid-connected solar on barren/uncultivable land (up to 2 MW). Component B: standalone solar pumps. Component C: solarisation of grid-connected agriculture pumps. Next phase to add agrivoltaic integration.
• National Solar Mission (revised, part of NAPCC) — targets 500 GW of renewable energy by 2030; agrivoltaics contributes to this under the 'Solar on Agricultural Land' sub-target.
• Electricity Act, 2003 — provides the regulatory framework for electricity generation, distribution, and net metering applicable to agrivoltaic installations.
• AgriPV Policy Handbook (2026) — MNRE's first national regulatory document for agrivoltaics, filling a significant policy lacuna.

Institutional Framework

• MNRE (Ministry of New and Renewable Energy) — nodal ministry for agrivoltaic policy and PM-KUSUM.
• IREDA (Indian Renewable Energy Development Agency) — financing arm for renewable energy projects including PM-KUSUM.
• India Agrivoltaics Alliance (IAA) — multi-stakeholder platform coordinating government, industry, and research.
• ICAR (Indian Council of Agricultural Research) — co-organiser; conducting agrivoltaic crop trials at regional KVKs.
• IWMI (International Water Management Institute) — CGIAR centre; water-energy-food nexus research for agrivoltaics.
• Conexio-PSE (Germany) — international organiser of the Agrivoltaics World Conference series; partner in Indo-German technology transfer.

Economic Dimensions

Agrivoltaic systems offer farmers a dual income stream: crop revenue plus solar lease income or direct electricity sales. Studies from Germany and Japan show that agrivoltaic installations can increase total land productivity by 60–70% compared to either use alone, as partial shading improves water-use efficiency for certain crops (wheat, potatoes, leafy vegetables) and reduces evapotranspiration stress during summer.

India's technical agrivoltaic potential covers 47.5 million hectares — 30% of its 160-million-hectare cropland. Deploying agrivoltaics on just 16 million hectares could theoretically yield 12,775 TWh per year, far exceeding India's current total electricity consumption (~1,900 TWh). Even a 1% deployment would meaningfully contribute to the 500 GW RE target.

The current 25–30% cost premium of agrivoltaic systems over conventional solar is the primary barrier. PM-KUSUM's next phase aims to bridge this gap through subsidies during scale-up, with agrivoltaic grid parity projected by 2030 as market maturation reduces system costs.

Banking and financial angle: IREDA provides concessional project finance for PM-KUSUM installations; NABARD has been recommended by the Economic Survey 2025-26 to establish a dedicated Agrivoltaic Development Fund for cooperative farm-level deployments.

Environmental Dimensions

Agrivoltaics directly addresses the energy-water-food nexus — central to UN SDGs 2 (Zero Hunger), 7 (Affordable Clean Energy), and 13 (Climate Action). Partial shading from solar panels can cut agricultural water consumption by 15–30% in semi-arid regions — highly significant for water-stressed Indian states like Rajasthan, Maharashtra, and Gujarat.

Solar generation from agrivoltaic systems offsets fossil fuel emissions, contributing to India's Paris Agreement (2015) commitment to reduce emissions intensity by 45% from 2005 levels by 2030. Additionally, the mixed-shade microclimate created by solar panels has been shown in European deployments to support wildflower growth — benefiting pollinators including bees and butterflies — improving local biodiversity.

Social Dimensions

India has approximately 85 million smallholder farmers — households farming less than 2 hectares. For these farmers, agrivoltaics provides supplementary income without requiring land abandonment, unlike outright land sales or full-lease arrangements with industrial solar developers. Women farmers and tribal communities dependent on small plots for subsistence benefit most from additional income stability while retaining agricultural livelihoods.

International Relations

India's hosting of the 7th Agrivoltaics World Conference signals its ambition to lead the global transition to sustainable food-energy systems. The theme — "Powering the Global South" — aligns with India's strategic framing as the "voice of the Global South" since its G20 Presidency (2023). The partnership with Germany's Federal Ministry for the Environment institutionalises a technology-transfer corridor that could facilitate European expertise and concessional finance for Indian agrivoltaic deployments — an example of bilateral climate cooperation under the Indo-German Green and Sustainable Development Partnership.

Challenges

• Cost premium: 25–30% higher installation cost than conventional solar limits adoption without subsidy during the scale-up phase.
• Crop compatibility: Shade-sensitive crops (sunflowers, sorghum) may see yield reductions; crop selection for co-location requires technical guidance at the field level.
• Land tenure complexity: India's fragmented land holdings and complex tenancy arrangements complicate solar-agriculture leasing structures.
• Regulatory patchwork: Prior to the AgriPV Policy Handbook, states handled grid connectivity, net metering, and agricultural land-use permissions inconsistently. Harmonisation across states remains a work-in-progress.
• Technical capacity: Farmers and state electricity boards lack familiarity with hybrid agrivoltaic systems; extension services and training need significant scaling.

Government Initiatives

• PM-KUSUM — ₹34,035 crore total outlay; flagship scheme for agricultural solar; agrivoltaics to be integrated in next phase.
• National Solar Mission — 500 GW RE target by 2030.
• ICAR Agrivoltaic Crop Trials — multi-location research across Krishi Vigyan Kendras (KVKs).
• India Agrivoltaics Alliance (IAA) — multi-stakeholder coordination platform.
• AgriPV Policy Handbook 2026 — MNRE's first national regulatory framework.

Way Forward

NITI Aayog's Energy Compendium 2025 recommended standardised technical specifications for agrivoltaic panels — minimum height, spacing, and light-transmissivity — to be notified under MNRE. The Economic Survey 2025-26 identified agrivoltaics as a "double dividend" policy simultaneously advancing RE scale-up and farmer income doubling, recommending a dedicated Agrivoltaic Development Fund under NABARD for concessional credit to farmer cooperatives.

Expanding ICAR crop-variety trials to identify shade-tolerant high-value crops optimal for agrivoltaic co-location, and building a national database of agrivoltaic performance outcomes across India's diverse agroclimatic zones, will be critical for evidence-based policy scaling.

Possible Mains Questions

1. Discuss the concept of agrivoltaics and its potential to address the food-energy-water nexus in India. What policy measures are needed to scale it up? (GS-III, 250 words)
2. "India's hosting of the Agrivoltaics World Conference 2026 reflects a strategic repositioning as a leader in sustainable agriculture and clean energy in the Global South." Critically analyse. (GS-II / Essay, 250 words)

Possible Prelims MCQs

1. Agrivoltaics refers to:
   (a) Organic farming using solar-powered irrigation
   (b) Simultaneous use of the same land for solar energy generation and crop production
   (c) A technique to power agro-processing units using biomass
   (d) Solar-powered cold-chain infrastructure for agriculture
   Answer: (b)
2. Consider the following about the 7th Agrivoltaics World Conference 2026:
   1. It was held at Bharat Mandapam, New Delhi.
   2. Its theme was "Powering the Global South."
   3. It was the first edition to be held outside Europe.
   Which of the above is/are correct?
   (a) 1 only   (b) 1 and 2 only   (c) 2 and 3 only   (d) 1, 2 and 3
   Answer: (d)
3. PM-KUSUM scheme is administered by which Ministry?
   (a) Ministry of Agriculture   (b) Ministry of Power   (c) Ministry of New and Renewable Energy   (d) Ministry of Rural Development
   Answer: (c)
4. Which of the following best describes the 'energy-water-food nexus'?
   (a) A pipeline network linking energy plants to water reservoirs and food processing units
   (b) The interdependence between energy production, water availability, and food security systems
   (c) A UN framework exclusively for managing drought in developing countries
   (d) A technology for integrated solar-powered irrigation in tribal areas
   Answer: (b)
5. India's total technical potential for agrivoltaics, per estimates at the 7th Agrivoltaics World Conference, covers approximately what share of its cropland?
   (a) 10%   (b) 20%   (c) 30%   (d) 50%
   Answer: (c)

Essay Dimensions

1. The food-energy nexus: How can India's renewable energy ambitions serve rather than displace its farmers?
2. Dual-use land: a sustainable development imperative in a land-scarce world.
3. South-South cooperation and technology transfer: India's emerging role in the Global South's green transition.
4. PM-KUSUM and farmer income doubling: promise versus delivery.
5. Energy poverty and food security: two problems, one solution?

Interview Questions

1. What crop types are most suited to agrivoltaic co-location, and why do shade-tolerant crops benefit most?
2. How does the AgriPV Policy Handbook 2026 address the regulatory lacunae around agrivoltaic installations at state level?
3. Should India prioritise agrivoltaics on existing agricultural land or barren/uncultivable land for RE expansion? What are the policy trade-offs?
4. How does agrivoltaics contribute to India's NDC commitments under the Paris Agreement?
5. What lessons from Germany and Japan's agrivoltaic deployments are most transferable to India's smallholder farming context?

FAQ

What is agrivoltaics?

Agrivoltaics (agri-PV) is the practice of simultaneously using the same land for solar energy generation and agricultural crop production. Solar panels are installed at height above crops, allowing both activities to coexist and often enhancing total land productivity through water efficiency gains.

What is PM-KUSUM?

PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) is the government scheme promoting solar energy in agriculture — through grid-connected solar on barren land, standalone solar pumps, and solarisation of grid-connected pumps. Its next phase will integrate agrivoltaic systems.

Why was India's hosting of the Agrivoltaics World Conference significant?

It was the first time in the conference's global history that the event was held in the Global South, reflecting India's growing leadership at the intersection of renewable energy and sustainable agriculture.

What is India's agrivoltaic potential?

India has a technical potential of approximately 47.5 million hectares — 30% of its 160-million-hectare cropland — suitable for agrivoltaic deployment, which could theoretically generate 12,775 TWh of electricity annually.

Further Reading

• ICAR: 7th Agrivoltaics World Conference Inaugurated at Bharat Mandapam — https://icar.org.in/en/7th-agrivoltaics-world-conference-inaugurated-bharat-mandapam-new-delhi
• MNRE: PM-KUSUM Scheme — https://mnre.gov.in/solar/schemes
• Official Agrivoltaics World Conference website — https://www.agrivoltaics-conference.org/