Green Score Meter

The Green Score Meter is an IoT-based system designed to promote sustainability in smart cities by monitoring energy consumption, renewable energy production, and air pollution levels. It calculates a Green Score for each household, helping authorities and individuals track and optimize their environmental impact.

Features

• Real-time Monitoring: Collects and analyzes data on electricity, water, gas usage, and air pollution.
• Green Score Calculation: Assigns a sustainability score to households based on energy efficiency.
• Visualization Dashboard: Provides interactive insights using Grafana.
• MQTT-based Communication: Uses MQTT for efficient data transmission.
• Dockerized System: Simplifies deployment and scalability.

Tech Stack

• Node-RED - IoT data processing
• MQTT Broker - Message communication
• InfluxDB - Time-series database for sensor data storage
• Grafana - Data visualization
• Docker - Containerized deployment
• Python - Sensor simulation

Installation & Setup

Prerequisites

• Docker & Docker Compose installed on your system.

Steps

1. Clone the repository:

   git clone https://github.com/sam-a-d/GreenScoreMeter.git
   cd GreenScoreMeter

2. Run the system using Docker:

   docker-compose up

3. Access services:
   • Node-RED UI: http://localhost:1880
   • Grafana Dashboard: http://localhost:3000
   • MQTT Broker: mqtt://localhost:1883
   • InfluxDB: http://localhost:8086

Usage

1. Configure Sensor Simulation
   • Edit config.csv to define household metrics configurations.
2. Monitor Live Data
   • View live sensor readings on Grafana.
3. Analyze Green Score
   • Green Scores are updated in the dashboard based on resource usage.

Green Score Dashboard

The dashboard for the IoT system looks a little something lke this 👀

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Developed as part of the SE4GD Master's Degree Programme