The intelligent use of electronic technologies in the modern era has significantly improved our quality of life. The technology also greatly facilitates our improvement. There are numerous areas where the existing smart UPS system might be improved. There is a lack of natural resources in our day and age, which results in a lack of power delivered through these power networks. In this essay, we will discuss a smart inverter system that increases a battery's fundamental life and is very helpful during prolonged and unheard-of power outages. The user's family life is unaffected, and he uses the inverter in a clever and simple manner. The primary part of a smart inverter that is directly connected to the grid and acts as a bridge between the grid and RES (Renewable Energy System). Based on various data, including soil moisture, weather forecasts, and other variables, the suggested method can optimise water utilisation. Through GSM technology, it will also inform its owner of the soil and motor's present state. By detecting the soil's moisture content in response to the field's need for water, the proposed model may automatically turn the motor pump ON and OFF. Data on the amount of soil moisture in a certain area is gathered using a moisture sensor. After the water requirement is met, the motor will automatically shut off, and it will turn back on when the field is dry. The update (ON/OFF) of a motor is sent to the farmers via GSM technology. The proposed system is fully automated.

GSM Technology, RES, Sensor, Relay, Water pump, Charge control Circuit, UPS System.