Industrial IoT Platform for Energy Monitoring

Industrial IoT Platform for Energy Monitoring

Project Summary

This Industrial IoT platform enables real-time energy monitoring and analytics for distributed devices across industrial environments. Leveraging REST APIs, PostgreSQL, and MQTT, it facilitates smart energy usage, efficient system monitoring, and scalable data management, empowering industries to optimize energy consumption.

Challenges

Solutions

The platform integrates advanced technologies to deliver a robust, scalable energy monitoring solution:

  • REST API Development
    Built RESTful APIs using Go-Gin for efficient energy data management, device configuration, and real-time monitoring.
  • Database Integration
    Utilized PostgreSQL with optimized queries and indexing for fast, scalable storage and retrieval of energy metrics.
  • MQTT Integration
    Implemented MQTT for lightweight, real-time device communication, ensuring instant updates and reliable message delivery.
  • Testing & Quality Assurance
    Developed comprehensive unit tests to ensure API and service reliability under high-frequency data loads.
  • API Documentation
    Created detailed Swagger documentation with clear endpoints, request/response formats, and usage examples for seamless onboarding.

Technology Stack

  • Programming Languages: Golang
  • Database: PostgreSQL
  • Communication Protocol: MQTT
  • API Development: REST APIs
  • Documentation: Swagger

Client Impact

The platform transformed energy management for the client, delivering:

  • Smart Energy Usage: Real-time monitoring enabled efficient energy management, reducing costs.
  • Scalability: The robust backend supports growing device networks and data volumes.
  • Real-Time Control: MQTT integration provided instant feedback, enabling rapid adjustments to energy consumption.
  • Ease of Integration: Swagger documentation streamlined onboarding for users and developers, supporting future scalability.
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