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Development of a BLE-Enabled Battery Monitoring Mobile Application for Transportation Energy Solutions
  1. case
  2. Development of a BLE-Enabled Battery Monitoring Mobile Application for Transportation Energy Solutions

Development of a BLE-Enabled Battery Monitoring Mobile Application for Transportation Energy Solutions

spyro-soft.com
Energy & natural resources
Transportation

Identifying the Need for Reliable Remote Battery Monitoring in Transportation

The client faces increasing demand for real-time power management due to the proliferation of electronic systems in vehicles. There is a need for dependable, accessible, and user-friendly tools for customers to monitor battery performance remotely without expert intervention, enhancing operational efficiency and user satisfaction.

About the Client

A global manufacturer specializing in stored energy solutions for transportation vehicles, focusing on innovative and sustainable battery technologies.

Goals for Enhancing Battery Performance Monitoring and User Engagement

  • Develop a robust mobile application enabling wireless battery status monitoring using Bluetooth Low Energy (BLE).
  • Enable remote access to real-time and historical battery performance data via cloud integration.
  • Create an intuitive, user-centered interface to facilitate easy battery management for end-users.
  • Ensure data synchronization and automatic updates from battery sensors within a specified range.
  • Maximize battery performance, lifespan, and fault prevention through actionable insights delivered via the app.

Core Functionalities for Remote Battery Monitoring Application

  • BLE communication interface to connect with batteries within a 30-meter range.
  • Automatic, continuous data synchronization from battery sensors to ensure current information delivery.
  • Display of comprehensive battery performance data, including status, usage history, and diagnostic alerts.
  • Performance management features, such as usage recommendations to extend battery life and prevent failures.
  • User-friendly, intuitive design emphasizing seamless navigation and visual appeal.
  • Secure cloud integration for remote data access and historical analysis.

Recommended Technologies and Architectural Approaches

Bluetooth Low Energy (BLE) protocol for hardware communication
Mobile app development platforms (iOS and Android)
Cloud services for data storage and remote access
Automated data synchronization frameworks

External Systems and Data Integration Needs

  • Battery sensors with BLE capabilities
  • Cloud data storage and management systems
  • Remote notification and alert systems

Key Non-Functional System Requirements

  • Scalability to support multiple users and battery units simultaneously
  • Performance with data refresh rates within seconds of sensor updates
  • Data security and privacy, including secure BLE pairing and cloud encryption
  • High reliability with 99.9% uptime for data synchronization
  • Compatibility across multiple mobile devices and OS versions

Projected Business Benefits and System Impact

The implementation of this remote battery monitoring system aims to improve energy management efficiency, extend battery lifespan, and enhance customer satisfaction by providing real-time, accessible performance data. Expected outcomes include increased battery reliability, reduced operational downtime, and a competitive edge in the transportation energy solutions market.

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