Floating Sun Tracker Solar Panel to Power up Irrigation Pump

This paper presents a novel approach to address the irrigation challenges faced by Bangladeshi farmers through the development of a floating sun-tracker solar panel system. In order to lower costs, lessen environmental impact, and improve agricultural sustainability, the proposed system used renewable solar energy to replace irrigation pumps that are currently heavily dependent on pricey diesel and electricity-powered pumps. The system maximizes solar energy capture and conversion efficiency using a sun-tracking mechanism, producing the best possible power output for irrigation pump driving. By lowering greenhouse gas emissions, the solution not only lessens the financial burden of rising fuel prices but also benefits environmental preservation. By providing shade and reducing evaporation, the system's placement on water bodies ensures minimal land use and promotes water conservation. A significant improvement in energy efficiency is provided by the incorporation of solar tracking technology, allowing for cost-effective irrigation practices for farmers in rural areas. This program promotes economic growth while protecting the environment, which is in line with the nation's goals for sustainable development.