REAL TIME SUBSTATION MONITORING AND CONTROL USING AI-ENABLED MOBILE AND WEB TECHNOLOGIES
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| Sprache: | Englisch |
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2025
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| _version_ | 1866901107298533376 |
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| author | Rashidul Islam, Sifat |
| author_facet | Rashidul Islam, Sifat |
| contents | <p>The advancement of electrical distribution systems implements substation automation, a crucial <br>role for every electricity-supplying organization. Understanding the nature of issues arising is <br>crucial for enhancing electricity quality. Moreover, if the safety, monitoring, and control of the <br>power system prove inadequate, a monitoring system that can autonomously detect, track, and <br>Diagnosing electrical line problems is required. This research aims to collect electrical data, such as <br>current and power levels, and transmit these real-time figures across the server. It also involves a <br>relay designed to safeguard the electrical circuits. When electrical parameters exceed <br>predetermined thresholds, this relay is triggered. The system automatically keeps the update. <br>real-time data of electrical based on specific time settings. Additionally, it can issue alerts <br>whenever the relay is activated due to the current exceeding designated limits. A microcontroller <br>and an Android application are utilized here, and for demonstration purposes, an ESP8266 <br>microcontroller has been employed as a prototype of the concept. This controller enables rapid <br>communication with the computer. Upon powering up the prototype, all sensors begin to monitor <br>current and transmit real-time data to both the server and the display. The system compares the <br>real-time readings against the specified limits and sends a signal to the relay to trip the feeder, <br>with an update displayed on the app should any of the values exceed the set thresholds. If the issue <br>persists for a defined duration, the relay disconnects the load from the entire system. Meanwhile, <br>the comparisons runs on such likes the previous, and if the problem is rectified, the loads are <br>reconnected to the system through the relays. Furthermore, if a feeder needs to be tripped, this can <br>also be accomplished by issuing a command through the app. </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18054255 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | REAL TIME SUBSTATION MONITORING AND CONTROL USING AI-ENABLED MOBILE AND WEB TECHNOLOGIES Rashidul Islam, Sifat Keywords: Substation Automation; Real-Time Electrical Monitoring; ESP8266 Microcontroller; Relay Protection System; Android-Based Control Interface. <p>The advancement of electrical distribution systems implements substation automation, a crucial <br>role for every electricity-supplying organization. Understanding the nature of issues arising is <br>crucial for enhancing electricity quality. Moreover, if the safety, monitoring, and control of the <br>power system prove inadequate, a monitoring system that can autonomously detect, track, and <br>Diagnosing electrical line problems is required. This research aims to collect electrical data, such as <br>current and power levels, and transmit these real-time figures across the server. It also involves a <br>relay designed to safeguard the electrical circuits. When electrical parameters exceed <br>predetermined thresholds, this relay is triggered. The system automatically keeps the update. <br>real-time data of electrical based on specific time settings. Additionally, it can issue alerts <br>whenever the relay is activated due to the current exceeding designated limits. A microcontroller <br>and an Android application are utilized here, and for demonstration purposes, an ESP8266 <br>microcontroller has been employed as a prototype of the concept. This controller enables rapid <br>communication with the computer. Upon powering up the prototype, all sensors begin to monitor <br>current and transmit real-time data to both the server and the display. The system compares the <br>real-time readings against the specified limits and sends a signal to the relay to trip the feeder, <br>with an update displayed on the app should any of the values exceed the set thresholds. If the issue <br>persists for a defined duration, the relay disconnects the load from the entire system. Meanwhile, <br>the comparisons runs on such likes the previous, and if the problem is rectified, the loads are <br>reconnected to the system through the relays. Furthermore, if a feeder needs to be tripped, this can <br>also be accomplished by issuing a command through the app. </p> |
| title | REAL TIME SUBSTATION MONITORING AND CONTROL USING AI-ENABLED MOBILE AND WEB TECHNOLOGIES |
| topic | Keywords: Substation Automation; Real-Time Electrical Monitoring; ESP8266 Microcontroller; Relay Protection System; Android-Based Control Interface. |
| url | https://doi.org/10.5281/zenodo.18054255 |