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Development of a Connected Electric Vehicle Charging Control and Analytics Platform
  1. case
  2. Development of a Connected Electric Vehicle Charging Control and Analytics Platform

Development of a Connected Electric Vehicle Charging Control and Analytics Platform

saritasa.com
Automotive
Consumer products & services

Identifying the Need for Advanced EV Charging Management Solutions

The client requires a comprehensive system that offers users a seamless experience from plugging in their electric vehicles to managing charging sessions. Existing solutions lack integrated control over charging processes, real-time analytics, scheduling capabilities for off-peak energy use, and secure payment options, hindering user engagement and operational efficiency.

About the Client

A manufacturer specialized in producing smart charging stations for electric and hybrid vehicles, aiming to enhance user control, cost efficiency, and data insights.

Goals for Developing an Intelligent EV Charging Control and Analytics System

  • Implement a mobile application enabling users to remotely control and monitor their EV charging stations.
  • Incorporate scheduling features allowing charging during off-peak hours to reduce costs.
  • Develop analytics dashboards providing insights into energy usage, cost savings, and charging history.
  • Ensure real-time calculation of charge completion times and battery status updates.
  • Integrate secure payment processing for seamless transactions across different charging locations.
  • Design the platform to scale efficiently and maintain high security standards for user data and payment information.

Core Functional Requirements for the EV Charging Management Platform

  • Remote control of charging stations (start, stop, schedule charging)
  • Smart scheduling allowing users to set preferred charging times, especially during off-peak hours
  • Real-time analytics displaying energy consumption, cost savings versus traditional fuel, and charging history
  • Accurate, real-time calculation of arrival-to-full charge times as vehicle status updates
  • Secure payment gateway integration for transactions at both residential and commercial charging stations

Preferred Technologies and Architectural Approaches

Mobile application platforms (iOS and Android)
Cloud-based backend services with scalable architecture
Real-time data processing mechanisms

Necessary External System Integrations

  • Charging station hardware interfaces for control and data exchange
  • Payment processing systems for transaction security
  • Vehicle data systems for real-time battery status updates

Critical Non-Functional Requirements

  • High system scalability to support growth in user base and charging stations
  • Robust security protocols to protect user data and payment information
  • Reliable real-time communication with minimal latency
  • Compliance with relevant data privacy and security standards

Projected Business Benefits and System Impact

The new platform is expected to significantly enhance user experience by providing comprehensive control, real-time insights, and secure transactions. Anticipated outcomes include increased user engagement, optimized energy costs through scheduling, and scalable operations supporting a growing network of charging stations, ultimately driving revenue growth and reinforcing market leadership in smart EV charging solutions.

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