Remote Monitoring and Controlling of Solar Pumping System for Mobile Communications.

Abstract

This project focuses on enhancing existing agricultural methods through the utilization of modern technologies to improve farming practices and modernize traditional agricultural systems. In remote areas, it is crucial to monitor the Solar Pumping Control System to ensure stable operation, particularly in regions with unpredictable weather patterns. This initiative aims to enable farmers at the grassroots level to adopt smart irrigation techniques for agricultural purposes. Smart irrigation offers significant advantages by providing efficient irrigation at a reduced cost and requiring minimal manpower. It is based on the concept of utilizing IoT sensors to gather data about agricultural fields and automate irrigation processes through the Internet of Things. The advancement in wireless communication technologies has facilitated the development of various engineering solutions to meet human needs. One such solution is the Remote Monitoring and Control of Solar Pumping System Using GSM, which offers a simple, versatile, and cost-effective design for controlling the on-off operation of an electric motor used for irrigation. This system allows users to activate irrigation remotely by simply giving a missed call from their mobile phones. The efficiency of a solar panel is a major concern in the field of renewable energy. This paper presents a simulation model developed in MatLab to investigate the effectiveness of various methods to increase the efficiency of solar panels. Furthermore, the effects of different conditions on the panel’s efficiency were evaluated, it also provides users with additional control to irrigate their fields from a remote location