Agrivoltaics in India: pilot projects scale to commercial in 2026
India agrivoltaics pilot projects have scaled to over 250 MW across Maharashtra, Gujarat, and Rajasthan in 2026. Vertical bifacial installations and elevated single-axis trackers dominate. Power+crop yields are positive across rice, wheat, and horticulture pilots, though land-use approvals remain complex.
In 50 words: India agrivoltaics has scaled past 250 MW across Maharashtra, Gujarat, and Rajasthan pilots in 2026. Vertical bifacial and elevated single-axis tracker layouts dominate. Power-plus-crop yields are positive across rice, wheat, and horticulture trials. Land-use approval complexity remains the binding constraint on faster scaling.
What's been built
Operational and under-construction agrivoltaics projects in India by April 2026:
- Maharashtra: 90 MW (mostly co-located with sugarcane and grape)
- Gujarat: 70 MW (cotton, groundnut)
- Rajasthan: 50 MW (mustard, gram)
- Karnataka: 25 MW (horticulture, maize)
- Others: 15 MW
The technology choices
Two configurations dominate Indian agrivoltaics:
- Vertical bifacial installations — modules mounted vertically east-west, leaving most ground space available for crops. Generation profile favours morning and evening peaks.
- Elevated single-axis trackers — modules elevated 3–4 metres on tracker structures, allowing harvest machinery to operate underneath.
The economics
For Indian agrivoltaics:
- Crop yields: 70–100% of conventional cultivation depending on crop type and shade tolerance
- Solar yield: 85–95% of equivalent ground-mount installation
- Combined land-use efficiency: significantly higher than either alone
- Capex premium over conventional ground-mount: 12–18% (mostly structural)
Why it's still constrained
The biggest barrier is land-use regulatory approval. Most state land-use rules don't have a clear agrivoltaics category — projects navigate either agricultural or industrial land classifications, both imperfect fits.
What to watch next
The MNRE-MoA joint working group's expected guidance on agrivoltaics land-use classification could unlock 5+ GW of stalled pilot conversions to commercial scale through 2027. Watch H2 2026 for formal notification.
Researched and drafted with AI assistance; reviewed and edited by the named editor within 24 hours of draft.