Self sustainable plant

The plants are kept at optimum temperature, humidity, light and soil moisture levels with little or no input from the user. Regular updates can be viewed from an android application and controllers can be directly activated over the internet with the click of a button.

Introduction

Electrical energy demand is increasing massively across the world due to population growth. From literature, the number of population will be double within next 50 years because of continuous growth, so the energy demand will be triple based on the current demand. This paper presents an effective and innovative self-sustainable energy harvesting system. Here, an approach to developing a case where electrical energy can be produced is presented. The proposed energy harvesting system consists of an uninterruptible power supply, motor, voltage stabilizer, pendulum, controller, dynamo, solar panel, and gearbox. The dynamo is mainly run by motor rotation. Pendulum and gearbox work as energy booster factor. The total system dynamically monitors by smart controlled. The subsystems work together to automatically generate energy. The main aim of this research is to provide a reliable solution for energy limitations, due to the increasing demand for energy around the world. The produced energy of the system can be determined by the position of gear base on rotation of Pinium, which make the system sustainable

Proposed system

In this system when user ON the UPS switches AC current flow from here. Then the motor will start. Here motor converts electrical energy into mechanical energy. With the rotation of motor attached pendulum Pinium, the dynamo attached Pinium will be also rotated. Here Pinium box works as rotation increasing factor or gear. This gear will be controlled by controller base on the rpm of pendulum Pinium. The rpms of dynamo will be higher comparing the motor rpms. For this reason, we get more ac current from dynamo than the invest energy to the motor by UPS. Here use a voltage stabilizer to make a constant flow of dynamo current to UPS charge. Some part produced current from here must be used to recharge the UPS. Another vast amount of current user can use another purpose. Without the first

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