EV Battery Swap & Rental System

A modern web application for managing electric vehicle battery swapping and rental services.

Features

• User Authentication: Secure login and registration system
• Battery Swap Management: Schedule and manage battery swaps
• Rental Services: Rent batteries for different durations
• Station Locator: Find nearby battery swap stations
• Payment Integration: Secure payment processing
• User Dashboard: Track usage, payments, and history
• Battery Health Monitoring: Advanced system to track and analyze battery performance

Battery Health Monitoring System

Our state-of-the-art battery health monitoring system provides comprehensive insights into battery performance and longevity:

Key Features

• Real-time Health Metrics: Monitor battery health percentage, charge cycles, and efficiency scores
• Performance Visualization: Interactive charts for temperature, voltage, and health trends
• Charge Cycle Tracking: Track the number of charge cycles against maximum rated cycles
• Predictive Analytics: AI-powered predictions for battery end-of-life dates
• Swap History: Detailed records of battery swap events and conditions

Battery Fleet Overview

The system manages various battery models with different characteristics:

Model	Capacity	Max Cycles	Typical Use Case
EcoSwap Pro 5000	5000 Wh	1000	Standard commuter vehicles
EcoSwap Ultra 7500	7500 Wh	1200	Mid-range vehicles, small delivery vans
EcoSwap Max 10000	10000 Wh	1500	Long-range vehicles, commercial applications

Each battery in the system has a unique profile with individual performance metrics, allowing for precise monitoring and management of the entire battery fleet.

Getting Started

1. Clone the repository
2. Install dependencies with npm install
3. Create a .env.local file with the required environment variables (see section below)
4. Download a demo video file for the landing page (see public/videos/README.txt)
5. Run the development server with npm run dev
6. Access the application at http://localhost:3000

Environment Variables

This application requires the following environment variables:

# NextAuth Configuration
NEXTAUTH_URL=http://localhost:3000
NEXTAUTH_SECRET=your-nextauth-secret-key

# Google OAuth
GOOGLE_CLIENT_ID=your-google-client-id
GOOGLE_CLIENT_SECRET=your-google-client-secret

# MongoDB Connection
MONGODB_URI=mongodb://localhost:27017/ev-battery-swap-rental

Deployment to Vercel

Prerequisites

• A Vercel account
• A MongoDB database (Atlas recommended for production)
• Google OAuth credentials

Deployment Steps

1. Prepare Video Assets

   • Download an EV bike video and place it in public/videos/ev-bike-video.mp4
   • See public/videos/README.txt for detailed instructions

2. Setup Environment Variables

   • In the Vercel dashboard, add the following environment variables:
     • NEXTAUTH_URL: Your production URL (e.g., https://your-app.vercel.app)
     • NEXTAUTH_SECRET: A strong secret key
     • GOOGLE_CLIENT_ID and GOOGLE_CLIENT_SECRET: From Google Cloud Console
     • MONGODB_URI: Your MongoDB connection string

3. Deploy to Vercel

   # Install Vercel CLI if you don't have it
   npm install -g vercel
   
   # Login to Vercel
   vercel login
   
   # Deploy
   vercel

4. Alternative: GitHub Integration

   • Connect your GitHub repository to Vercel
   • Configure the same environment variables in the Vercel project settings
   • Vercel will automatically deploy when you push to the main branch

Technologies Used

• Next.js 14
• TypeScript
• Tailwind CSS
• Shadcn UI
• MongoDB
• NextAuth.js
• Chart.js for data visualization

License

This project is licensed under the MIT License - see the LICENSE file for details.

Acknowledgments

• Icons provided by Lucide Icons
• UI components from shadcn/ui
• Map integration using Leaflet