IOT Based Energy Managment System

?We use renewable energy sources instead of conventional energy sources for saving and extending the future of conventional energy sources. ?The soil moisture control, watering the plants, and sensing are all automatically monitored by Arduino Mega. ?An automatic lightening contr

Project Title

IOT Based Energy Managment System

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

?We use renewable energy sources instead of conventional
energy sources for saving and extending the future of
conventional energy sources.
?The soil moisture control, watering the plants, and sensing are
all automatically monitored by Arduino Mega.
?An automatic lightening control, which turns ON and OFF
bulbs according to the required light intensity automatically
and manually through the HTML webpage.
?For user convenience, we have connected the sensors and
actuators to a webpage through NodeMcu wifi shield for
observing live Monitoring of the system with port forwarding.
?Having a Smart Energy management system will save the
electrical power and time and we would not have to be worried
for the control of streetlights and watering the plants

Project Objectives

The objectives of this project are :
?To use the cheapest source of renewable energy
?To cut down the electricity bill by 50%
?To make the switching of Lights Autonomous
?To minimize the short circuit level when switches operated by 
human
?To design an autonomous irrigation system
?To design-friendly HMI(webpage)using HTML coding
?To interface communication system using Node MCU

Project Implementation Method

To reduce the use of conventional energy we are focusing on renewable energy (Solar Energy).
As the world is now a global village and due to digitalization, our project is based on or control by using the phenomenon of IOT.
In this project, we mainly focus on Green Energy & Energy Management System. We have generated electrical energy from various renewable sources like solar, wind, etc. The energy generated from a hybrid energy system is controlled by using IOT. IOT plays an important role in controlling these energy systems. The use of IOT enables user to have flexible control mechanism remotely through a secured internet web connection. This system helps the user to control the sources of energy, manually and remotely using a smartphone or personal computer. This system is very efficient, cheaper, and flexible in operation.
Energy is a significant viewpoint for any family, businesses, horticulture thus, dealing with the energy effectively also, monitoring it wisely for appliances is very much important. The energy use is straightforwardly affected with Coal, oil and so towards power generation. Towards this, there has been part of research work did in building up some shrewd lighting system relating to study hall for preserving the energy. In each other researches, specialists have created an Android-based Smart system for checking the utilization of capacity to evade any sort of abnormality. In none of the researchers, specialists have pursued mechanizing the apparatus control towards saving energy. The majority of them focus on controlling the apparatuses utilizing android devices. So, with the forthcoming of a machine-to-machine communication where devices can be associated remotely prompting IoT, we here have built up an IoT based Smart Energy Management system, where apparatuses like the water pump and Bulb to start with are controlled based on humidity and light intensity plus human detection information.  These inputs are used towards controlling the appliances intelligently and switching on or off. The status of the lights is also updated in the Cloud server.

Benefits of the Project

The soil moisture control, watering the plants, and sensing are
all automatically monitored by Arduino Mega.
An automatic lightening control, which turns ON and OFF
bulbs according to the required light intensity automatically
and manually through HTML webpage.
For user convenience, we have connected the sensors and
actuators to a webpage through NodeMcu wifi shield for
observing live Monitoring of the system with port forwarding.

Technical Details of Final Deliverable

we have to implement the project in the university which is the automation of corridor lights and irrigation system. 

Final Deliverable of the Project

Hardware System

Core Industry

Energy

Other Industries

IT

Core Technology

Internet of Things (IoT)

Other Technologies

Cloud Infrastructure

Sustainable Development Goals

Affordable and Clean Energy

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com