Underground cable fault detection by using IOT

So as we have increasing demand of wireless data we have increasing vulnerability of that data and we need energy to fuel all of this, in 2015 According to the centre for energy efficient communication the world consumes almost 43 terawatt hours just for accessing the wireless cloud which is

Project Title

Underground cable fault detection by using IOT

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

So as we have increasing demand of wireless data we have increasing vulnerability of that data and we need energy to fuel all of this, in 2015

According to the centre for energy efficient communication the world consumes almost 43 terawatt hours just for accessing the wireless cloud which is equivalent to yearly energy consumption of Romania for 2015,but there is another aspect that also consumes a lot of energy like light. Light accounts for about 20% of all in building electricity consumption even with led’s that’s a lot of energy  so we have that unprecedented demand for data we have growing vulnerability of that wireless communication  , what if data and light uses same power by repurpose the energy that we use for illumination to provide wireless communications Li-Fi can offer this all and more. Li-Fi was first presented and demonstrated by professor  Harald Haas at TED Global Talk in 2011 where he introduced the idea of “wireless data from every light” it refers to high speed, bi-directional, secure and networked wireless communication using light

Project Objectives

• To design a prototype which enable us to transmit data using light 
•   To transmit data at a  faster  rate using Li-Fi
•  To use Li-Fi to transmit data where Wi-Fi is prohibited like in air planes, under water applications

Project Implementation Method

Data Formating

Conversion of Data stream in to Light

Transmission of Light Pulses 

Receiving Section

Conversion of Light to Data stream 

Display of Data

Benefits of the Project

The avoidance of the radio frequency spectrum crunch (10,000 times more capacity);
In streets for traffic control, cars have  LED based headlights
Enabling very high peak data rates (10 Gbps)
The enabling of the Internet-of-Things (100 times more devices)
Significantly enhanced secure wireless communication (reduced interception of signals)
Enhanced energy-efficiency by combining data communication and illumination (100 times energy reduction)
Complete elimination of health concerns
Li-Fi can be used in homes, offices , industries, air planes

Technical Details of Final Deliverable

Upon successful compleion of this project a prototype would be presented which would enable us to save power as the energy that we use for illumination can now be used for both illumination aswell as wireless data transmission.

Expected parameters:

Input 12V max

Input 250W max

Output Lux=1000lux

Data Transferrate= 30kB/Sec

Range= 15cm Max

Final Deliverable of the Project

Hardware System

Core Industry

Telecommunication

Other Industries

Core Technology

Internet of Things (IoT)

Other Technologies

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

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