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DBMS

Peer-to-Peer EV Charging Station Network & Battery Diagnostic Portal

Student James Luwo
Student No 2506345713
Submitted Sep 16, 2026
Semester Semester 3
65 /100
Project Quality Score
Satisfactory
⭐ Rank: Top 14% 📊 Percentile: 95th

Student Details

Full Name James Luwo
Student No 2506345713
Program Bachelor of Information and Communications Technology in Systems Engineering
Course DBMS
Semester Semester 3
Phone 0771519899

Project Details

Project ID #623
Status ✓ Approved
Score 65/100
Grade Satisfactory
Submitted September 16, 2026 at 12:37 PM

Web Deployment Information

Project URL
cPanel Login
cPanel Username
dbms49
cPanel Password
•••••••••••• icuzambia2026

Project Abstract

This project develops a full-stack web application designed to connect private EV charger hosts with drivers while processing real-time telemetry. The system features an interactive frontend interface built for dynamic station discovery, user authentication, reservation scheduling, and dynamic grid pricing visual analytics. Powered by a relational database management system (DBMS), the backend securely manages user roles, processes transaction logs, and stores high-frequency battery degradation metrics. By integrating responsive visual dashboards with structured relational data pipelines, the platform enables seamless peer-to-peer charging while serving automated battery diagnostic insights.

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