The information collected through environmental monitoring is essential for farmers to ensure a healthy growing environment for their plants. At AI Connects Engineering, we have developed IoT-enabled monitoring systems that collect this critical data wirelessly and make it accessible from anywhere in the world.
Our greenhouse monitoring interface represents a significant advancement in agricultural technology, combining wireless sensor networks with cloud-based data management to deliver comprehensive environmental intelligence directly to farmers' devices.
How Our IoT Monitoring Works
Remote environmental information is collected wirelessly and transmitted to a computer or laptop, where it is archived in a database for retrieval. This data is then transformed into comprehensive presentations such as temperature charts and trend graphs that farmers can easily interpret.
The information is also sent to remote databases to enable full IoT connectivity. This means farmers can use their mobile devices—whether a smartphone or tablet—to monitor their plants' growing environment from anywhere, at any time.
📡 Wireless Collection
Environmental data collected wirelessly, eliminating cable runs across growing areas.
📊 Database Archival
All readings stored in databases for historical analysis and trend identification.
📈 Visual Presentation
Data transformed into charts and graphs for easy interpretation by farmers.
📱 Mobile Access
Monitor growing conditions remotely via smartphone or tablet from anywhere.
Key Environmental Parameters
Our monitoring systems track the critical parameters that affect plant health and growth:
- Temperature: Both ambient and soil temperature monitoring
- Humidity: Relative humidity levels affecting plant transpiration
- Light levels: PAR (Photosynthetically Active Radiation) measurements
- CO₂ concentration: Critical for photosynthesis optimisation
- Nutrient levels: EC and pH monitoring for hydroponic systems
Real-Time Alerts
Our system can be configured to send alerts when environmental parameters fall outside optimal ranges, enabling immediate corrective action before plant stress occurs.
Beyond Monitoring: Automated Control
We also offer closed-loop control systems that can automatically adjust environmental conditions based on sensor readings. For example, our auto-dose system monitors EC values and automatically adds nutrients when levels fall outside expected ranges, with configurable parameters for nutrient amounts, delay times, and measurement schedules.
See Our Systems in Action
EC/pH Measurement System
Sensor Installation Process
Applications Beyond Agriculture
While our greenhouse monitoring demonstrates IoT environmental monitoring in agriculture, the same principles apply across industries. Manufacturing facilities, warehouses, pharmaceutical storage, and food processing operations all benefit from continuous environmental monitoring using our technology.
Ready to Transform Your Growing Operations?
Contact our team to discuss how IoT environmental monitoring can improve your agricultural productivity.
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