Canal-top solar, zero-probe GeoAI irrigation quotas, and year-round National Grid supply with zero arable land lost.
“Run pumps only for the exact minutes needed, and feed every spare minute of solar power into the National Grid.”
Operating Principle · Birunis SolariQAcross delta villages, pumps often run 15 to 20 minutes by habit instead of an exact 10-minute crop quota. That extra runtime burns costly diesel, over-floods rice roots, drains groundwater, and wastes solar energy.
SolariQ uses central GeoAI and public dug canals to stop pumping the moment crop demand is met, instantly diverting unused pump power and off-season sunshine into the National Grid with zero farmland taken.
“Not just solar pumping: less resource spent on irrigation means more clean electricity exported every single day.”
This is the product idea in plain language. The technical pages contain the assumptions; this page keeps the promise understandable.
Instead of running pumps 15 minutes out of habit, Central GeoAI sets exact quotas (such as 10 minutes) using weather and visual AWD checks, saving water, diesel and rice methane while sending crop weather alerts to farmers.
Every saved 5 minutes per session and all non-irrigation sunny days feed clean electricity straight into the National Grid via net-metering, turning public canals into year-round 365-day energy assets.
Mounts low over dug canals with zero concrete bank casting and zero farmland lost, keeps control relays in a dry elevated box, switches dynamically between canal and backup water, and empowers youth operators.
The next chapter is not a claim of scale. It is a disciplined validation step: pressure-test the architecture, sharpen the model, and learn from people who understand irrigation, energy and deployment.
Birunis is a youth-led climate-tech startup building from a real Bangladesh field context. We are developing SolariQ with a practical mindset: understand the problem, build the smallest useful system, and learn from the people who will live with it.
Our early journey has been supported by the Center for Sustainable Innovation and Resilient Futures (CSIRF), operating under the Sustainability Wing of Daffodil International University (DIU).
Recognition and support from CSIRF and DIU give the team a stronger foundation as we move from concept and simulation toward responsible field validation.
Our work has grown through the encouragement of CSIRF and Daffodil International University. We are continuing that journey with the same spirit: listen carefully, build responsibly, and learn from every step.
