Ruvexa builds patented systems that let land do more than one job at once — generating power while it still grows food, fuels industry, and moves people. One mission, three frontiers.
Most clean-energy projects ask for a trade: power or farmland, generation or food. We don't accept that trade. Ruvexa designs infrastructure that captures solar energy and stores it as clean fuel, so a single hectare can keep feeding a family while it powers a grid.
We're a DPIIT-recognised, founder-led deep-tech company turning a granted patent into working installations — and building toward a future where 24/7 clean energy is the affordable default, not the premium option.
I grew up close enough to farming to know that good technology has to fit the life it lands in — not the other way around.
Each builds on the last. Solar generation that doesn't displace agriculture becomes the platform for clean fuel and clean transport.
A pole-mounted AgriPV system raised high enough to farm freely underneath. Field trials at ICAR-IARI have shown the same land can produce both a solar harvest and a crop harvest — without disrupting agriculture.
Hydrogen produced right where it's used — driven entirely by solar, with no emissions across creation, storage and transport. By generating at the point of use, we cut out the diesel-trucked "green" hydrogen that isn't really green at all.
The same clean generation that powers a field can power what moves through it. We're extending the platform toward e-mobility — connecting on-site solar to the charging and clean-transport infrastructure rural and industrial India needs next.
Patented, installed, and measured against agronomic field data. Here's where we are.
An LER of 2.0 means one hectare under our system delivers what would otherwise take two separate hectares — one for solar, one for crops. That's the whole thesis, measured in the field rather than promised in a pitch.
The system is WIPO-recognised and patent-protected, with agronomic results being tracked through formal IARI trials.
A pole-mounted agrivoltaic design built around the realities of Indian farms.
Indian patent granted; PCT application filed to extend protection.
A live installation over working farmland at Pusa, New Delhi.
Co-located solar and crops measured through IARI agronomic trials.
Invited to the NSEFI · ISA · India Agrivoltaics Alliance dialogue.
Selected to present, at the conference co-hosted with MNRE.
Programmes, accelerators and institutions we've worked with as we move from prototype to scale.
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Whether you want to back the work, pilot it on your land, or build with us, start a conversation here.
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