IOT Based Tripping Fault Detection Using Blynk Application
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In this project, we are monitoring the EB power at the home. If any problem will occur the value is displayed in Blynk application.
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Complete Hardware Kit
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PPT (20 Slides)
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This paper is mentioned regarding the monitoring system for tripping fault detection supported IoT. the target of this project is near to study the condition of tripping fault within the electrical line within the building wiring and also the safety part that operate to encounter the fault tripping problem, to develop the system of fault observance system supported internet of thing (IoT) that may ease the person in charge to find, sight the placement of the fault and also the last one to research the performance of the system. The subjected parameter for this project is that the current level and voltage characteristic throughout a fault condition and normal condition. This project conjointly introduces the applying of IoT in the transmittal of the data. ACS712 and VDR circuit are employed during this project as a sensing device to sense the value of current and voltage. By application of ESP32 and Arduino, the placement of the fault is often sent in time period condition. Current worth and voltage level area unit show because the parameter to be analyzed. Fault detection system via IoT is employed by exploitation BLYNK application
Normally we can’t protect the tripping fault at the home. But in this project, we developed one solution in IoT based. That means us using a sensor to monitor the EB power at the home. If any problem will occur means the value is displayed by Blynk application using the Nodemcu ESP32 microcontroller.
- Nodemcu ESP32
- Voltage Sensor
- Current Sensor
- EB Power
- Arduino IDE
- Blynk Application
In conclusion, the results of this project may be complete as with success reach. the most objective to review the condition of tripping fault within the electrical line within the building wiring and also the safety part that operates to encounter the fault tripping problem is achieved once the scope of the project to be developable to be completed really. This project is additionally an improvement of existed devices to be a lot of advanced and economical to perform. The second objective, to develop a fault observance system for tripping fault discovered via IoT conjointly been achieved once the system is able to detect and locate the data once the fault is happening on the electrical line. Lastly, the third objective of this project is to research the performance of the system. The performance of the system is satisfied however still has to be compelled to be upgraded within the future for a far better system. This project may be upgraded with an additional efficient methodology by combining with an application of fault classification study to observe and find fault location with a lot of precise and efficient ways that.