International Journal of Science, Engineering and TechnologyAuthors: Mr V.K.Sambhar, Dr. H.M.Jadhav, Harshal Chaudhari, Shrikrushna Sawant, Akash Dharmadhikari
Abstract: Although solar energy is considered a premier reusable power network for sustained development, it is frequently limited by panel maintenance and energy management of using solar energy and its components. This proposed study demonstrates an Automated Solar Management System consisting of power source management, real-time Monitoring and cleaning in support of increasing usable energy, reliability and operating ability. The solar management system uses an Arduino microcontroller with an MPPT charger, a WIFI module and a motor driver to autonomously commutate power supplies between solar energy, battery backup and grid power supply while yielding energy accessible at all times. This cleaning system relies on a DC motor and WIFI instructions and is a key feature because dust can cause considerable electricity loss up to 30% of its total output. This system will also utilize PWM battery charging features which further increase power harvesting and efficiency in the storage mode to minimize losses achieving the best solar orientation toward the sun by incorporating solar elements of monocrystalline panels and lithium- ion batteries. It provides deployable and low-cost autonomous functions through solar management options, which contributes additional value to the renewable based systems efficiency, and introduces continuous operational functions.
DOI: https://doi.org/10.5281/zenodo.20727095
