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Development of Automated Indoor Plant Maintenance System with Air Quality Monitoring
  1. case
  2. Development of Automated Indoor Plant Maintenance System with Air Quality Monitoring

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Development of Automated Indoor Plant Maintenance System with Air Quality Monitoring

3sidedcube.com
Advertising & Marketing
Environmental Services
Information Technology

Challenges in Maintaining Real Plants in Office Environments

The agency faces difficulties maintaining real plants due to time/resource constraints for watering and monitoring environmental conditions. Fake plants fail to provide air purification benefits (CO2 reduction, toxin removal) demonstrated by NASA studies, while manual plant care would require dedicated staff and compromise air quality improvements.

About the Client

Creative agency focused on sustainable office environments

Objectives for Implementing Automated Plant Maintenance System

  • Automate plant watering and environmental condition monitoring
  • Validate air quality improvements through living plants vs. artificial alternatives
  • Reduce manual maintenance requirements by 90%
  • Integrate findings from NASA clean air study for optimal plant selection

Core System Functionalities and Key Features

  • Automated watering system with soil moisture control
  • Multi-sensor array for temperature, humidity, light, and CO2 levels
  • E-paper display for real-time environmental data visualization
  • Bluetooth connectivity for mobile app integration
  • Modular 3D-printed housing for scalability
  • Low-power consumption design with battery backup
  • Alert system for maintenance needs and environmental thresholds

Technologies for Implementation

Microcontroller-based IoT platform
Bluetooth Low Energy (BLE)
Environmental sensors (DHT22, MQ series)
3D printed biodegradable components
Solar-powered charging system

System Integrations

  • Mobile application for remote monitoring
  • Cloud platform for data storage/analysis
  • Smart building environmental control systems

Non-Functional Requirements

  • 24/7 system reliability with 99.9% uptime
  • Scalable architecture for 100+ units
  • User-friendly interface design
  • Energy-efficient operation (<5W consumption)
  • IP54 dust/water resistance rating

Expected Impact of Automated Plant Maintenance System

Implementation of Project CERES will improve indoor air quality by reducing CO2 levels from 350ppm to target 250-350ppm range while decreasing plant maintenance labor by 80%. The system will enable 100% real plant adoption over artificial alternatives, achieving NASA-recommended toxin reduction benefits without additional staff requirements, while creating a scalable solution for commercial office environments.

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