India Hosts 7th AgriVoltaics World Conference 2026: Solar Farming, PM-KUSUM and Farmers as Energy Producers | भारत में 7वां एग्रीवोल्टाइक्स विश्व सम्मेलन 2026: सौर खेती, पीएम-कुसुम और ऊर्जा उत्पादक किसान

1. Why in News?

On 21 October 2026, India inaugurated the seventh edition of the AgriVoltaics World Conference at Bharat Mandapam in New Delhi. The three-day international conference is scheduled to continue until 23 October 2026.

The event is significant because it is the first AgriVoltaics World Conference hosted in the Global South. Its central theme is Powering the Global South.

Agrivoltaics is an emerging approach that combines agricultural production with solar electricity generation on the same land. It seeks to address the connected challenges of food security, energy security, climate change and farmers' livelihoods.

The conference was jointly inaugurated by Union Agriculture Minister Shivraj Singh Chouhan and Union Minister for New and Renewable Energy Pralhad Joshi.

2. Key Facts for Competitive Examinations

• Conference: 7th AgriVoltaics World Conference 2026.
• Abbreviation: AWC 2026.
• Dates: 21–23 October 2026.
• Venue: Bharat Mandapam, New Delhi.
• Theme: Powering the Global South.
• Host ministry: Ministry of New and Renewable Energy.
• International support: Germany's Federal Ministry for the Environment, Climate Action, Nature Conservation and Nuclear Safety.
• Organising partner: Conexio-PSE.
• Participation: More than 1,200 delegates, including over 150 international participants.
• Important concept: Simultaneous agricultural and solar energy production.
• Important scheme: PM-KUSUM.
• Official PIB release: 2326072.

3. What Is Agrivoltaics?

Agrivoltaics, also called AgriPV, refers to the combined use of land for agriculture and photovoltaic solar electricity generation.

In a typical arrangement, solar panels are installed above or alongside agricultural activities so that the same land can support both crop production and electricity generation.

The objective is to improve the overall productivity of land rather than necessarily replacing agriculture with a conventional ground-mounted solar installation.

The suitability of a particular design depends on the crop, climate, panel arrangement, soil conditions and farming practices.

4. How Does Agrivoltaics Work?

Photovoltaic panels convert sunlight into electrical energy. Crops growing beneath or around the panels use available sunlight for photosynthesis.

The solar installation must be designed to leave sufficient space for agricultural operations and provide an appropriate light environment for the selected crops.

Some systems use elevated panels, while others employ different panel arrangements to balance electricity generation and agricultural needs.

The result depends on careful design. Excessive shading may reduce yields for some crops, while partial shading can benefit certain crops under particular environmental conditions.

5. Solar Photovoltaic Technology

Solar photovoltaic technology converts sunlight directly into electricity using semiconductor materials.

When sunlight reaches a photovoltaic cell, its energy can generate electrical charge carriers, producing an electric current through an appropriate circuit.

Multiple solar cells are assembled into modules, and modules can be connected to create larger electricity-generating systems.

Agrivoltaics uses this established technology in combination with agricultural land management.

6. Why Is Agrivoltaics Important for India?

India must balance growing electricity demand with the need to protect productive agricultural land and support rural livelihoods.

Conventional solar installations can require substantial land areas. Agrivoltaics offers an alternative in locations where farming and solar generation can coexist.

It may create opportunities for farmers to benefit from agricultural output and electricity-related income, depending on the ownership and commercial arrangements.

However, agrivoltaics is not universally suitable. Its feasibility must be evaluated for individual crops, regions and farming systems.

7. First Conference in the Global South

The Ministry of New and Renewable Energy described AWC 2026 as the first edition of the conference hosted in the Global South.

The Global South is a broad term commonly used for developing and emerging economies, although it does not have one universally fixed geographical definition.

Hosting the conference in India provides an opportunity to examine agrivoltaics from the perspective of small farmers, rural livelihoods, climate resilience and developing-country energy needs.

8. Conference Theme: Powering the Global South

The theme emphasises the potential for combining clean electricity generation with agricultural development in emerging economies.

It highlights the importance of affordable technology, appropriate financing, practical policies and farmer participation.

The conference also creates opportunities for cooperation between governments, researchers, developers and international organisations.

9. Conference Organisers and Partners

The conference is hosted by the Ministry of New and Renewable Energy with support from Germany's Federal Ministry for the Environment, Climate Action, Nature Conservation and Nuclear Safety.

Conexio-PSE is an organising partner.

The participation of Indian and international institutions reflects the importance of research collaboration and knowledge exchange in developing agrivoltaic systems.

10. Participation and Global Cooperation

The conference brought together more than 1,200 delegates, including over 150 participants from outside India.

Participants include policymakers, researchers, industry representatives, innovators, startups and development partners.

The discussions are intended to encourage technological cooperation, exchange of practical experience and collaboration among developing countries.

The participation figures refer to the conference and should not be confused with the number of agrivoltaic projects installed in India.

11. Three Important Knowledge Resources Launched

Three resources were formally introduced at the conference.

• Decision-Making Tool: Developed by the India Agrivoltaics Alliance.
• Book of Abstracts: Developed by the International Water Management Institute.
• AgriPV Policy Handbook: Released by the Ministry of New and Renewable Energy.

These resources are intended to improve the availability of technical information, research and policy guidance for stakeholders.

12. India Agrivoltaics Alliance

The India Agrivoltaics Alliance, abbreviated IAA, developed a decision-making tool presented at the conference.

Decision-support resources can help stakeholders compare the suitability of different agrivoltaic approaches and consider important planning factors.

The official announcement identifies the tool and its developer but does not publish every technical detail of its underlying methodology.

13. International Water Management Institute

The International Water Management Institute, abbreviated IWMI, developed the Book of Abstracts presented at the event.

IWMI is a research organisation concerned with water management and related development challenges.

Water use is particularly relevant to agrivoltaics because panel arrangements can influence shading, soil temperature and local growing conditions.

These effects require careful, site-specific scientific evaluation.

14. AgriPV Policy Handbook

The AgriPV Policy Handbook from the Ministry of New and Renewable Energy is an important policy-oriented resource associated with the conference.

Policy guidance can help address questions relating to land use, agricultural protection, electricity procurement, financing and institutional responsibilities.

The launch of a handbook should not be interpreted as automatic approval of every agrivoltaic project or the enactment of a new nationwide law.

15. Farmers as Annadatas and Urjadatas

Union Agriculture Minister Shivraj Singh Chouhan emphasised that farmers could become both Annadatas, or food providers, and Urjadatas, or energy providers.

This idea reflects the possibility of generating agricultural produce and renewable electricity from the same land.

Potential income benefits depend on crop performance, project financing, electricity sales arrangements and operational costs.

The concept is particularly relevant to rural economic diversification.

16. Importance for Small and Marginal Farmers

The Agriculture Minister stressed that agrivoltaics policy must respond to the practical needs of India's small and marginal farmers.

These farmers may face constraints related to landholding size, access to finance, technical knowledge and bargaining power.

Appropriate project designs and fair commercial arrangements are important if agrivoltaics is to benefit smaller agricultural households.

The minister referred to the large share of small and marginal farmers in India's agricultural structure while discussing the need for inclusive policy.

17. Connection with PM-KUSUM

PM-KUSUM stands for Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan.

The scheme promotes the use of solar energy in agriculture, including solar-powered irrigation and other eligible arrangements.

At the conference, government representatives discussed the development of the next phase of PM-KUSUM, with a stronger focus on farmers' progress, income generation and livelihoods.

Union Minister Pralhad Joshi indicated that a major agrivoltaics programme was planned under the next phase.

These remarks concern future policy direction and should not be mistaken for the completion of a new nationwide agrivoltaics rollout.

18. Solar Irrigation and Diesel Reduction

Solar-powered irrigation can reduce dependence on diesel pumps and improve access to electricity for agricultural activities.

It may also help reduce expenditure on diesel and associated emissions, depending on operating conditions.

The Ministry of New and Renewable Energy discussed progress in agricultural pump solarisation under PM-KUSUM.

Official conference statements reported different approximate pump figures, so this article does not present a single unqualified figure as a reconciled total.

19. Electricity Procurement and DISCOMs

DISCOM stands for electricity distribution company.

For agrivoltaics projects that supply electricity to the grid, viable electricity procurement arrangements are important.

The Ministry of New and Renewable Energy highlighted work with state energy departments and distribution companies to develop suitable procurement models.

Project viability can depend on tariffs, grid connectivity, payment arrangements and applicable regulations.

20. Agriculture and Food Security

Food security requires sufficient, accessible and nutritious food.

Agrivoltaics seeks to integrate renewable energy without unnecessarily displacing agricultural production.

However, the relationship between panels and crop yields varies according to crop type, shading and environmental conditions.

Careful agronomic research is necessary to ensure that electricity generation does not undermine food production.

21. Climate-Resilient Agriculture

Climate-resilient agriculture aims to help farming systems cope with changing temperatures, rainfall patterns and extreme weather.

Some agrivoltaic designs may moderate crop microclimates by changing sunlight exposure and local temperature conditions.

Potential benefits depend on the region and crop and should not be assumed for every installation.

The conference identified climate resilience as an important area for scientific and policy discussion.

22. Water Conservation Potential

Partial shading can influence soil evaporation and plant water requirements under certain conditions.

This creates research interest in the possible water-management benefits of agrivoltaics.

However, panel design can also affect rainfall distribution, drainage and agricultural operations.

Water savings should therefore be established through measurements rather than assumed from the presence of solar panels.

23. Precision Farming and Digital Technology

The conference highlighted the relationship between agrivoltaics, precision agriculture, smart irrigation and digital technology.

Precision farming uses information and suitable technologies to manage agricultural inputs and operations more effectively.

Digital monitoring can support decisions relating to electricity production, soil conditions, irrigation and crop management.

Successful adoption depends on affordability, reliable data and farmers' access to technical support.

24. Research and Scientific Tracks

AWC 2026 includes an India Focus Track and two parallel scientific tracks.

Discussions cover crop productivity, technology deployment, policy frameworks, financing models, state-level initiatives and climate resilience.

These sessions are intended to connect scientific findings with practical project development.

25. AgriVoltaics Pitch Hub

The conference includes an AgriVoltaics Pitch Hub designed to connect innovators and startups with industry representatives and potential investors.

Such platforms can help emerging technologies attract attention and explore commercial partnerships.

Participation in a pitch event does not guarantee investment or commercial deployment.

26. Opportunities for Rural Employment

Agrivoltaics may create work relating to installation, operations, maintenance, agricultural services and supporting businesses.

The Agriculture Ministry's conference release cited a study-based potential of approximately 3.32 lakh full-time local jobs.

This is an estimate of potential employment, not a verified count of jobs already created.

Real outcomes will depend on the scale of adoption, project economics, training and local supply chains.

27. Challenges in Agrivoltaics

Important challenges include high initial investment, suitable panel design, uncertain crop responses, land-use rules and electricity market arrangements.

Small farmers may also require financing support, transparent contracts and technical assistance.

Machinery access, panel height and maintenance requirements must be considered during project planning.

Research and demonstration projects are important for identifying models suited to different agro-climatic regions.

28. Agrivoltaics and Sustainable Development Goals

Agrivoltaics can be examined in relation to several United Nations Sustainable Development Goals.

SDG 2 addresses zero hunger. SDG 7 concerns affordable and clean energy. SDG 8 focuses on decent work and economic growth. SDG 13 concerns climate action.

These connections are useful for analytical answers, but project-level benefits must be established through evidence.

29. UPSC GS Paper III Relevance

The topic is relevant to agriculture, renewable energy, environmental conservation, science and technology, and inclusive economic development.

It can be used in answers discussing land-use efficiency, climate-resilient farming, solar irrigation, rural livelihoods and energy transition.

The conference also provides an example of international cooperation on clean technology.

30. Important Prelims Facts

• Agrivoltaics: Combining agriculture and solar photovoltaic electricity generation on the same land.
• Conference edition: Seventh.
• Year: 2026.
• Location: Bharat Mandapam, New Delhi.
• Dates: 21–23 October.
• Theme: Powering the Global South.
• Host: Ministry of New and Renewable Energy.
• IAA: India Agrivoltaics Alliance.
• IWMI: International Water Management Institute.
• AgriPV: Agrivoltaic photovoltaic systems.
• PM-KUSUM: Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan.
• PIB IDs: 2326072, 2326059 and 2326152.

31. Practice Questions and Answers

Q1. Where was the seventh AgriVoltaics World Conference held? Answer: Bharat Mandapam, New Delhi.

Q2. What was its theme? Answer: Powering the Global South.

Q3. Which ministry hosted the event? Answer: Ministry of New and Renewable Energy.

Q4. What is agrivoltaics? Answer: Combined use of land for agriculture and solar electricity generation.

Q5. Which organisation developed the conference decision-making tool? Answer: India Agrivoltaics Alliance.

Q6. Who developed the Book of Abstracts? Answer: International Water Management Institute.

Q7. Which ministry released the AgriPV Policy Handbook? Answer: Ministry of New and Renewable Energy.

Q8. What does PV mean? Answer: Photovoltaic.

Q9. Which scheme promotes solar energy in agriculture? Answer: PM-KUSUM.

Q10. Which country provided institutional support through its federal environment ministry? Answer: Germany.

Q11. What does Urjadata mean? Answer: Energy provider.

Q12. Was the conference the first edition held in the Global South? Answer: Yes.

32. UPSC Mains Practice Questions

Question 1: Discuss the potential of agrivoltaics to reconcile India's food security and renewable energy objectives. Examine the major implementation challenges.

Answer approach: Explain dual land use, agricultural productivity, energy generation, water management, financing, small farmers' interests and regional suitability.

Question 2: Evaluate the role of solar energy integration in improving farmers' incomes and strengthening climate-resilient agriculture in India.

Answer approach: Discuss PM-KUSUM, solar irrigation, alternative income, grid procurement, technology adoption and equitable access.

33. Conclusion

The seventh AgriVoltaics World Conference represents an important platform for exploring how agricultural land can support both food production and renewable electricity generation.

Its significance lies in bringing together scientific research, farmer-centred policy, international cooperation and practical implementation models.

The launch of technical and policy resources can support better decision-making, while the proposed next phase of PM-KUSUM indicates the government's interest in expanding solar energy opportunities in agriculture.

The long-term success of agrivoltaics in India will depend on crop-specific research, affordable financing, appropriate regulations and genuine benefits for small and marginal farmers.

34. Official Sources

Ministry of New and Renewable Energy, PIB Release 2326072, 21 October 2026.

Ministry of New and Renewable Energy, PIB Release 2326059.

Ministry of Agriculture and Farmers Welfare, PIB Release 2326152.