Success Stories in Solar-Powered Agriculture

Why It Matters

Integrating solar power into agriculture offers a scalable pathway to cut emissions, enhance food security, and stimulate rural economies, making it a critical lever for meeting climate and development goals.

Key Takeaways

• Solar agrivoltaics cut emissions while boosting farm productivity.
• Dual-use land reduces competition between energy and food production.
• Stable revenue mechanisms attract private investment in rural solar projects.
• Renewable-powered irrigation enhances climate resilience for rain‑fed farms.
• Local economies benefit from jobs and lower energy costs.

Summary

The International Renewable Energy Agency’s Knowledge, Policy and Finance Centre launched the Coalition for Action’s report on solar‑powered agri‑food systems, showcasing seven diverse success stories that illustrate how agrivoltaics can transform energy‑intensive agriculture. The report frames agriculture as a sector that consumes roughly 30% of global energy, largely from fossil fuels, and is increasingly vulnerable to climate change, making renewable integration both a mitigation and adaptation priority. Key insights highlight multiple co‑benefits: carbon‑free power for irrigation, processing and storage; enhanced climate resilience through reliable energy and shading; resource efficiency via reduced water evaporation and deforestation; improved health from cleaner cooking; and local economic gains through jobs and lower energy costs. The analysis stresses that successful projects balance panel coverage, secure revenue streams, clear dual‑use land policies, and grid‑connection certainty. Illustrative cases include China’s fishery‑solar farms, where elevated solar arrays shade aquaculture ponds, boosting shrimp and sea‑cucumber yields by up to 50% while feeding clean electricity into the grid. In Iran, a farmer‑led association negotiated policy incentives to install solar PV on irrigation‑dependent farms, addressing chronic water scarcity and electricity shortages. Both examples underscore the need for co‑design, stable power purchase agreements, and regulatory clarity. The broader implication is that agrivoltaics can be replicated across varied geographies—from temperate Japan to arid Africa—provided enabling conditions such as fiscal incentives, land‑use recognition, and private‑sector financing are in place. Scaling these models could decarbonize a third of global food production, safeguard ecosystems, and strengthen rural livelihoods.

Original Description

Agri-food systems are among the largest consumers of fossil fuel-based energy, yet remain deeply vulnerable to climate change. Agrivoltaics, the dual use of land for solar PV and agricultural production, offers a powerful tool to address these interconnected challenges.

On the occasion of the launch of the Coalition for Action report Solar-powered Agri-food Systems: Seven Success Stories, this webinar brought together stakeholders from the energy and agriculture sectors to examine real-world case studies on business models, financing, and policy conditions that support the scaling of renewables in agriculture.

For more on the webinar: https://www.irena.org/Events/2026/Feb/Success-Stories-in-Solar-powered-Agriculture