IOT Based voltage Management System for Efficiency Enhancement of Micro-Grid.

Micro-grids can be defined as distribution systems with distributed generation (DG) units, energy storage and controllable loads. Micro-grids are expected to form an essential part of future Smart Grids with self-healing feature. Most of the time micro-grids will be operated normally parallel with u

Project Title

IOT Based voltage Management System for Efficiency Enhancement of Micro-Grid.

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

Micro-grids can be defined as distribution systems with distributed generation (DG) units, energy storage and controllable loads. Micro-grids are expected to form an essential part of future Smart Grids with self-healing feature. Most of the time micro-grids will be operated normally parallel with utility grid. In addition to this microgrids have a special self-healing capability, because they can continue operation also in island mode during disturbances, e.g., utility grid outages. Realization of future Smart Grids with island operation capability requires, in addition of solving all technical challenges, also feasible management and market structures to be developed. In this project LV micro grid voltage level management will be investigated using IOT techniques to control the unbalance voltage of entire electrical system.IOT module embedded in the solar network identifies the fault solar panel and makes it detached from the entire system with the assistance of web browser application.IOT module is the monitoring unit for the entire system and exchanges data with Internet. All voltage levels would be checked through advance digital meters,simulation work will be done using MATLAB software.  

Project Objectives

1. Implementation of Micro grids in smart grid.
2. Voltage Management in Micro grids.
3. IOT module embedded in the solar network
4. Energy levels in Micro grids.
5. RES integration with smart grid.
6. Simulation of Smart grid using MATLAB.

Project Implementation Method

• Distribution Automation and Protection.
• Distribution Management System (DMS).
• IOT module embedded in the solar network that identifies the fault of solar panel and makes it detached from the entire system with the assistance of web browser application.
• The micro controller procedure,
• Energy Management System (EMS) Implementation of Hardware and Software.
• Voltage level measurement
• Simulation of Smart grid using MATLAB.

Benefits of the Project

• IOT module embedded in the solar network identififies the fault solar panel and makes it detached from the entire system with the assistance of web browser application. IOT module is the monitoring unit for the entire system and exchanges data with Internet..
• Advanced electricity pricing, often including more complex tariff structures to influence consumer behaviour.
• Renewable resource forecasting, whereby weather forecasting is used to predict the future availability of renewable power on the network.
• Smart inverters which are digital inverters with a programming interface capable of sending and receiving information.
• Distributed energy resources, including power conditioning equipment and communications and control hardware for grid/off-grid power generation technology.
• Distributed storage including power conditioning equipment and communications and control hardware for storage technology or power conversion technologies.
• Mini/Microgrids

Technical Details of Final Deliverable

We will monitor Distribution Automation and Protection of system. The main focus of this project is the LV micro grid voltage level management will be investigated using WSN techniques to control the unbalance voltage of entire electrical system.All voltage levels would be checked through advance digital meters,by using IOT module embedded in the solar network identifies the fault solar panel and makes it detached from the entire system with the assistance of web browser application. IOT module is the monitoring unit for the entire system and exchanges data with Internet.simulation work will be done using MATLAB software.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Energy

Other Industries

IT , Telecommunication

Core Technology

Internet of Things (IoT)

Other Technologies

Blockchain

Sustainable Development Goals

Affordable and Clean Energy, Sustainable Cities and Communities, Climate Action

Required Resources

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