MUMBAI, India, July 24 -- Intellectual Property India has published a patent application (202611066460 A) filed by Shri Ram Yadav; Subhalaxmi Rath; Dr. Mahendra Kumar Yadav; Smaraki Priyadarshini; and Brajesh Kumar Pal on May 27, 2026, for Solar Powered Detachable Umbrella System For Biofloc System.
Inventors include Shri Ram Yadav; Subhalaxmi Rath; Dr. Mahendra Kumar Yadav; Smaraki Priyadarshini; and Brajesh Kumar Pal.
The application for the patent was published on July 17, 2026, under issue no. 29/2026.
Abstract: Solar Powered Detachable Umbrella System for Biofloc System Abstract This invention presents a compact, modular solar powered biofloc aquaculture platform that integrates a detachable umbrella style photovoltaic canopy, a central multifunction support column, and an on board energy and control hub to address critical limitations of traditional biofloc systems. By combining a shaded photovoltaic roof with internal wiring, battery storage and a smart controller, the design eliminates grid dependence, supplies continuous aeration and circulation, and protects tanks from direct sunlight and rain—reducing temperature stress, evaporation and algal blooms while maintaining biofloc stability.The platform’s mechanical and hydraulic inno—vatioa radnial s frame of detachable support arms, centralized outlet/clarifier, distributed aeration network and quick disconnect wiring—enable portability, easy maintenance and modular scaling for smallholders, rooftop or off grid farms. Together with IoT enabled monitoring, automated aeration schedules and energy management, the system improves fish survival and water quality, lowers operating costs, and provides a resilient solution for energy constrained aquaculture, while engineering and biological mitigations (waterproof electrical enclosures, corrosion resistant materials, sensor calibration and battery sizing) address implementation risks. Introduction: Biofloc aquaculture systems have emerged as a sustainable, high-density fish farming method that minimizes water exchange while maintaining water quality through microbial aggregate formation. These systems require continuous aeration and water circulation to sustain the aerobic microbial communities essential for nutrient conversion and water quality management. However, conventional biofloc operations face critical challenges in regions with limited or unreliable electrical infrastructure, where pump operation costs and power interruptions significantly impact system viability and production outcomes. Existing solar-powered aquaculture aeration systems typically employ fixed solar panel installations mounted separately from culture tanks, requiring substantial infrastructure investment and dedicated land area. While prior art exists for solar-powered umbrellas for shade and portable lighting, no integrated system combines detachable solar canopy shading with aquaculture-specific pumping and energy storage designed for biofloc tank applications.
Disclaimer: Curated by HT Syndication.
