India's emerging agrivoltaics model allows farmers to cultivate crops beneath solar panels, diversifying income. However, high costs and policy gaps remain significant hurdles to widespread adoption.
- Agrivoltaics (Agri-PV) enables simultaneous land use for solar power and agriculture.
- A 600 kW pilot project in Rajasthan is providing daytime irrigation power to 250 farms.
- While income can increase eightfold, high upfront installation costs pose a barrier for smallholders.
In the village of Kundanpura, Rajasthan, 60-year-old farmer Kojadmal Jat is redefining the traditional landscape. Instead of barren land beneath solar arrays, his fields feature lush green maize growing under the shade of elevated panels. This is the essence of Agrivoltaics—a dual-use system that generates renewable energy while maintaining agricultural productivity.
Working alongside researchers from the Indian Council for Research on International Economic Relations (ICRIER), Jat is part of a pioneering 600 kW Agri-PV pilot. This installation does more than just produce electricity; it feeds the local grid to provide daytime irrigation power for approximately 250 nearby farms, creating a symbiotic relationship between technology and tradition.
Why This Matters
BozokMedia analysis shows that as India grapples with its ranking on the Global Hunger Index, the competition for land between food production and renewable energy is intensifying. Agrivoltaics offers a strategic solution to this dilemma. By utilizing the same plot of land for both purposes, India can expand its solar capacity without sacrificing the precious arable land required for food security.
Agrivoltaics transforms solar energy from a land competitor into a tool for agricultural resilience.
The economic potential is staggering. For Kojadmal Jat, annual income has leaped from roughly ₹40,000 through traditional farming to approximately ₹3 lakh with the addition of solar power. However, the transition is not without friction. The requirement for specialized, elevated mounting structures adds nearly ₹35 lakh to the cost compared to conventional ground-mounted solar farms.
Comparison: Conventional Solar vs. Agrivoltaics
| Feature | Conventional Solar | Agrivoltaics (Agri-PV) |
|---|---|---|
| Land Utility | Single Use (Energy) | Dual Use (Energy + Food) |
| Microclimate | High evaporation/Heat | Reduced heat stress/Stable moisture |
| Initial Investment | Lower | Significantly Higher |
| Revenue Streams | Electricity sales | Electricity + Crop sales |
The movement is being fueled by both researchers and farmer-innovators like Anand Jain from Madhya Pradesh, who studied European models to optimize panel height and spacing. The goal is to ensure that solar infrastructure adapts to the farm, rather than forcing the farm out.
Frequently Asked Questions
1. How does Agrivoltaics work?
It involves installing solar panels at a sufficient height to allow machinery and crops to function underneath, utilizing the shade to create a stable microclimate.
2. What is the main barrier to adoption?
The primary obstacle is the high upfront capital expenditure required for the elevated mounting structures needed for farming.
