Scaling India’s Agricultural Warehousing: Boost Farmer Income, Reduce Post-Harvest Losses & Boost Exports

By Megha Bajaj

Scaling up India's agricultural warehousing capacity can sustain the country's agricultural growth. Experts and recent reports have emphasised the need to strengthen storage infrastructure alongside increasing production to minimise post-harvest losses, boost farmers' income, and strengthen export potential.

India's agricultural production is growing rapidly as food grain production reached a record 354 million tonnes in 2024-25, and it could reach 368 million tonnes by 2030-31. NITI Aayog member Ramesh Chand recently stated that farm output could grow at an annual rate of 4 per cent over the next ten years, whereas demand will only increase by 2.5 per cent. However, a difficulty arises that the current storage capacity is not keeping pace with this growth. Various reports stated that the total agricultural warehousing capacity is currently between 145-240 million tonnes (including FCI, CWC, state agencies, and private players), whereas the requirement is 50-60 percent higher. If capacity is not increased, there could be a deficit of 69 million tonnes by 2030. Notably, Post-harvest losses remain a significant issue. 4-6 per cent for grains and 6-15 per cent for fruits and vegetables, amounting to billions of rupees annually.

This Scale-up is possible. How?

The main approach is to move beyond traditional warehouses and create a resilient ecosystem, including modern silos, cold storage, temperature-controlled units, and digital tracking. The government is running various schemes, such as the Agriculture Infrastructure Fund (AIF), PM-Krishi Sampada Yojana, and the Grain Storage Plan, which are sanctioning thousands of new projects. The goal is to reach a capacity of 223 million tonnes by 2026-27. Private sector participation is increasing, silos are being built through the PPP model, and warehouse receipt financing allows farmers to take loans after storing their produce. Now, technology plays a big role – IoT sensors for temperature and humidity monitoring, AI for spoilage prediction, and digital platforms for inventory tracking,  all of which can bring losses down to single digits.

The impact will be very positive. For farmers, distress selling will stop, as they can sell at better prices. Better storage will increase their income, and warehouse receipts will provide access to cheaper credit from banks. For MSME exporters, maintaining quality for processing and export will be easier for products like Basmati rice or seafood. Exports will also benefit – India is on its way to becoming a food power, but competing in the global market is difficult without good storage. Reduced post-harvest losses will strengthen food security, stabilise prices, and help in controlling inflation.

In terms of business implications, this is a huge investment opportunity – private players, FPOs, and companies should invest in modern warehouses. But there are also challenges: limited reach to small farmers, delays in land acquisition and regulations, and revenue issues due to seasonal use. The suggestions could be strengthen farmer cooperatives and FPOs, adopt digital platforms, and focus on green warehousing (solar-powered) to facilitate carbon compliance in exports.

Apparently, this story indicates a major turning point for India's agricultural policy. Increasing production is good, but without robust storage, it can go to waste. The government should now focus on quality and a distributed network – more warehouses in rural areas, easier access for small farmers, and more incentives for private investment. If we can achieve this, not only will losses be reduced, but our agri-export sector will become stronger against competition from countries like Pakistan and global uncertainties. Overall, warehousing is no longer just about storage, but has become a core pillar of agricultural growth. This story demonstrates that India's agricultural sector can reach new heights with improved infrastructure.