The increasing demand for electric vehicles has led to the growth of their charging stations network. The efficient operation and maintenance of these charging stations are critical to ensure a seamless and reliable charging experience for electric vehicle users. This thesis presents the design, development, and implementation of a technical dashboard for real-time monitoring and analysis of electric vehicle charging stations. The main goal of this dashboard is to provide valuable insights and real-time data to the company responsible for operating and maintaining the charging station network. The technical dashboard includes several key features such as monitoring of charging station status, tracking of energy consumption, and visualization of the data. In addition, the dashboard provides detailed reports and analysis to help improve the overall performance of the charging station network. The thesis also includes user testing and the results of the user testing of this web application. The dashboard was built mainly using a combination of Vue.js and C\#, and it provides a user-friendly interface for tracking and monitoring key performance indicators of the charging stations. The technical dashboard web application presents a valuable tool for real-time monitoring and analysis of electric vehicle charging stations. The design, development, and implementation procedure described in this thesis can serve as a blueprint for other companies looking to implement similar solutions.

The increasing demand for electric vehicles has led to the growth of their charging stations network. The efficient operation and maintenance of these charging stations are critical to ensure a seamless and reliable charging experience for electric vehicle users. This thesis presents the design, development, and implementation of a technical dashboard for real-time monitoring and analysis of electric vehicle charging stations. The main goal of this dashboard is to provide valuable insights and real-time data to the company responsible for operating and maintaining the charging station network. The technical dashboard includes several key features such as monitoring of charging station status, tracking of energy consumption, and visualization of the data. In addition, the dashboard provides detailed reports and analysis to help improve the overall performance of the charging station network. The thesis also includes user testing and the results of the user testing of this web application. The dashboard was built mainly using a combination of Vue.js and C\#, and it provides a user-friendly interface for tracking and monitoring key performance indicators of the charging stations. The technical dashboard web application presents a valuable tool for real-time monitoring and analysis of electric vehicle charging stations. The design, development, and implementation procedure described in this thesis can serve as a blueprint for other companies looking to implement similar solutions.

Technical Dashboard Web Application Design and Development for Real-Time Monitoring and Analysis of Electric Vehicle Charging Stations

AKYOL, ZEYNEP
2022/2023

Abstract

The increasing demand for electric vehicles has led to the growth of their charging stations network. The efficient operation and maintenance of these charging stations are critical to ensure a seamless and reliable charging experience for electric vehicle users. This thesis presents the design, development, and implementation of a technical dashboard for real-time monitoring and analysis of electric vehicle charging stations. The main goal of this dashboard is to provide valuable insights and real-time data to the company responsible for operating and maintaining the charging station network. The technical dashboard includes several key features such as monitoring of charging station status, tracking of energy consumption, and visualization of the data. In addition, the dashboard provides detailed reports and analysis to help improve the overall performance of the charging station network. The thesis also includes user testing and the results of the user testing of this web application. The dashboard was built mainly using a combination of Vue.js and C\#, and it provides a user-friendly interface for tracking and monitoring key performance indicators of the charging stations. The technical dashboard web application presents a valuable tool for real-time monitoring and analysis of electric vehicle charging stations. The design, development, and implementation procedure described in this thesis can serve as a blueprint for other companies looking to implement similar solutions.
2022
Technical Dashboard Web Application Design and Development for Real-Time Monitoring and Analysis of Electric Vehicle Charging Stations
The increasing demand for electric vehicles has led to the growth of their charging stations network. The efficient operation and maintenance of these charging stations are critical to ensure a seamless and reliable charging experience for electric vehicle users. This thesis presents the design, development, and implementation of a technical dashboard for real-time monitoring and analysis of electric vehicle charging stations. The main goal of this dashboard is to provide valuable insights and real-time data to the company responsible for operating and maintaining the charging station network. The technical dashboard includes several key features such as monitoring of charging station status, tracking of energy consumption, and visualization of the data. In addition, the dashboard provides detailed reports and analysis to help improve the overall performance of the charging station network. The thesis also includes user testing and the results of the user testing of this web application. The dashboard was built mainly using a combination of Vue.js and C\#, and it provides a user-friendly interface for tracking and monitoring key performance indicators of the charging stations. The technical dashboard web application presents a valuable tool for real-time monitoring and analysis of electric vehicle charging stations. The design, development, and implementation procedure described in this thesis can serve as a blueprint for other companies looking to implement similar solutions.
EV
EVSE
Real-Time Monitoring
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/47641