A Web-based Computerization Tool Environment for Smart Motor controller Deployment

Abstract

Abstract: India has a vast variety of irrigational settings and conditions due to its geographically diverse terrain. A government survey conducted in India indicates that 75% of people live in rural regions where farming is the primary source of income. Recent studies demonstrate that globalisation and resource scarcity have led to a significant change in weather patterns, which has a detrimental impact on farming. Inefficient irrigation systems, losses, improper techniques, etc. are the primary issues that hasten the deterioration of agricultural conditions. Farming is quite labor-intensive and needs the physical presence of the farmer using the existing irrigation system. We investigated the problems farmers faced and offered them an inexpensive, lowmaintenance irrigation option. Sometimes the system's power supply was timed incorrectly, making the conditions too unpleasant and dangerous for field irrigation. In order to control the functioning of water irrigation systems using automated AC motor starters, we use an already-existing WiFi network. The fundamental timer-based Starter Automation Structure forms the basis of the whole design. The principal objective of this design is to limit design criticality, hence enabling straightforward maintenance and repair.