Description

Abstract

This project provides a password-based mostly fuse system using IoT. Quite a lot of fatal accidents happen with linemen because of electrical shocks. It’s a result of miscommunication between linemen and substations. The project aims to resolve this issue by creating the use of IoT. The IoT based mostly fuse may be a system with a high latent period, that uses the interconnection network (internet) to manage electrical hundreds. This method uses a local area network module paired with Atmega328p microcontroller domestically to attach to the web. It’s conjointly equipped with associate show LCD digital display alphanumeric display} display that shows the state of every load connected to the system, either On or Off. A user or operator at the opposite finish will remotely connect with the system mistreatment a web device associated with an interface named “IoT Gecko”. Here, the user or operator must log in on the IoT lizard interface passing through an extra layer of security that is password Protection. From the IoT lizard interface, the user will manage the state (on/off) of the connected hundreds remotely, just about from anyplace around the globe.

This system has a bonus over alternative remotely operable circuit breakers because it uses a quicker medium that is that the net to attach the operator and hundreds. The extra speed is the side with the employment of fast circuit breaking answer mistreatment the transistors, rather than relays that area unit relatively slower as they automatically break the circuit. This method is indispensable once industrial safety involves play, as a user of such circuit breaking systems removes any likelihood of common accidents, like electrical shocks.

Block Diagram

Hardware Requirements

• Nodemcu ESP8266
• Opto-coupler
• Triac
• Load

Software Requirements

• Arduino IDE
• Embedded C