Description

Abstract

This is the energy harvesting technique for the railway track borne by using the Zig-bee communication get the details from the energy usage and the help of IoT we can access and monitor the harvesting method. In this track broke we fixed some sensor for the railway track monitoring in this kind of sensor operating power we can generate by this harvesting method and transmit the details of the power via Zig-bee from one node to another node. The main drawback of this existing system in a rural area we fix the sensor from the rail track, but this sensor operating supply we can’t give with WPT(Wireless Power Transmission)  by rectifying this problem track-borne energy harvesting method to generate the energy use this Wireless Sensor Networks. Broadband communication between the Zigbee node we will use the magnetic levitation. The main application of this concept we will monitor the railway condition by using the wireless sensor network we can monitor the railway network, in this monitoring purpose we will number sensor by getting exact details of the railway condition.

Existing System                    

• In this existing, they use wireless sensor network for the monitoring the railway condition.
• There is no monitoring of the exact detail of this the track node. They use the battery for the power supply for the sensor network.
• The maintenance cost of the battery is more.

Proposed System

• In this, we used a track-borne method for generating power from the sensor nodes.
• The important thing about our system we implement the IoT for the condition monitoring the railway in universal.
• Reduce the maintenance cost of the sensor node and power systems.

Block Diagram

Sensor Node

Monitoring Node

Hardware Tools

• Track borne energy Harvester
• Accelerometer
• Tilt-meter
• Strain gauge
• Temperature sensor
• Humidity Sensor
• Microcontroller
• Zigbee transmitter

Advantages

• More accuracy
• Easy maintenance
• Universal access
• Cost-effective