Abstract:
The study presents the modeling and simulation of 4.8 kW grid connected solar PV
based water pumping system for sustainable agricultural irrigation. With a focus on
reducing reliance on fossil fuels and mitigating greenhouse gas emissions, the proposed
system integrates renewable energy solutions into agricultural practices. The core
components, including the PV array, boost converter, and three-level voltage source
converter (VSC), are carefully developed to optimize energy transfer and power
generation. A maximum power point tracking (MPPT) algorithm is employed to extract
the maximum power from the PV array, while smart control mechanisms ensure
efficient power utilization and seamless grid integration. The simulated performance
analysis under varying solar irradiance and temperature conditions demonstrates the
system's robustness and effectiveness. The research aims to promote the adoption of
renewable energy-based solutions in agriculture, fostering sustainable practices and
contributing to a greener future for farming.
