To design a solar-assisted, battery-powered agricultural machine that reduces fuel dependency, lowers operational costs, and improves efficiency for small-scale farming.
The system uses a solar panel to charge a rechargeable battery, which powers a DC motor. The motor drives a chain and sprocket mechanism, rotating the traction wheel and plough blade assembly — enabling efficient soil cutting and turning, even in narrow and small farm areas.
Uses a solar panel to help charge the machine's rechargeable battery.
Runs on a rechargeable battery, reducing dependency on fuel-driven machinery.
Built to be easy to move and use, even in narrow and small farm areas.
Designed around simple, everyday operation and upkeep for small farmers.
Clean-energy operation that helps lower both fuel and running costs.
A traction wheel and plough blade assembly built for versatile soil work.
Designed around the everyday, practical needs of small and marginal farmers.
BhoomiShakti X1 reduces fuel consumption, minimizes environmental impact, and lowers farming costs. It enhances productivity while reducing physical strain on farmers, making it ideal for sustainable agriculture.
Interested in BhoomiShakti X1 for your farm, institution or research programme? Get in touch, or explore the rest of the BhoomiShakti project suite.
Have a question, or want to rent BhoomiShakti X1 for your farm? Send us a message using the form, or reach out directly below.