Intelligent Controlled Environment Solutions
Precise Environmental Control for Intelligent Plant Growth
Designed for crop research, breeding, plant physiology, plant phenotyping, and controlled-environment agriculture, the system creates precise, stable, repeatable, and data-driven growing environments.
Integrating environmental control, artificial lighting, smart cultivation, automation, plant phenotyping, and AI analytics, TOP Cloud-Agri provides scalable controlled-environment solutions from Reach-in Chambers to Walk-in Chambers.
Applications
Breeding & Seedling
Seed
Storage
Plant
Research
Plant
Cultivation
Insect
Rearing
Plant Tissue Culture
Genetic
Analysis
High-precision temperature and humidity sensors combined with PID-based closed-loop control provide stable and repeatable environmental conditions for plant research and cultivation. Standard Performance：
Temperature Fluctuation: ≤ ±0.5°C；Temperature Uniformity: ≤ ±1°C；Humidity Fluctuation: ≤ ±5% RH
*For the 420 L Reach-in Chamber, the compact chamber structure, optimized airflow distribution, sensor placement, and control strategy enable enhanced temperature and humidity control precision.
· Temperature Fluctuation: ≤ ±0.1°C
· Temperature Uniformity: ≤ ±0.5°C
· Humidity Fluctuation: ≤ ±2% RH
Multiple artificial lighting solutions are available, with flexible control of light intensity, spectrum, and photoperiod to meet the requirements of different crops, growth stages, and research applications.
· Light Intensity : 0–2.0 × 10⁵ lux (Customizable)
· Spectrum: Full Spectrum.
Four Lighting Options
LED Light Panel
Remote stepless dimming via mobile phone, supporting single-color or multi-color ( R/B/FR/W )combinations and customizable spectra.
LED Light Bar Module
Remote stepless dimming, customizable single- or multi-color ( R/B/FR/W ) spectra, with adjustable light-bar height.
High-Efficiency Full-Spectrum Tube
White + red light, manual stepless dimming, and up to 20 programmable time periods.
Conventional Full-Spectrum Tube
Pure white light, manual stepless dimming, and up to 20 programmable time periods.
*Reach-in Chamber Lighting
LED light panels with top-mounted or three-side lighting configurations；Four-color R/B/FR/W stepless adjustment；Up to 10⁴ spectral combination*s
Equipped with a non-dispersive infrared (NDIR) CO₂ sensor and automatic gas supply/exhaust solenoid valves, the system automatically activates or shuts off the CO₂ cylinder or generator according to the preset concentration.
The CO₂ concentration control system supports a range of 400–5,000 ppm, enabling the simulation of high-CO₂ environments to study their effects on crop photosynthesis and providing data support for carbon-sequestering agriculture research.
Engineered airflow systems provide stable and uniform air circulation throughout the chamber, helping minimize local temperature and humidity variations.
Walk-in Chamber
·EC variable-frequency centrifugal fans for adjustable airflow
·Airflow control integrated into multi-loop PID closed-loop regulation
·CFD-optimized airflow design
·Top perforated air distribution panels or rear air outlets
·Bottom return-air channels for uniform circulation
·Optional air curtain system to reduce air exchange when doors are opened
Reach-in Chamber
·Fan speed adjustable from 30% to 100%
·Different airflow speeds can be programmed for different operating stages
·Rear matrix air outlets combined with internal circulation fans
·Horizontal airflow distribution for improved environmental uniformity
Equipped with industrial-grade high-resolution RGB cameras for continuous image acquisition and real-time monitoring of plant growth.
Image-based analysis can support basic measurements such as seed germination rate and germination speed, providing visual data for plant growth research.
Imaging Sensors
The system is equipped with industrial-grade high-resolution RGB cameras for top and side imaging. Optional RGB-D, near-infrared, hyperspectral, and thermal imaging modules enable 3D plant reconstruction and physiological monitoring.
Intelligent Plant Analysis
The climate chamber phenotyping software combines digital image processing and deep learning algorithms to automatically analyze plant growth and morphology.
Plant & OrganSegmentation: Automatically identifies individual plants, leaves, and stems using image processing and deep learning.
Morphological Analysis: Measures plant height, canopy size, leaf area, internode length, hypocotyl length, cotyledon angle, plant compactness, and other growth traits.
Color & Texture Analysis: Quantifies plant color, vegetation indices, yellowing, senescence, and texture changes to monitor plant stress.
Growth Dynamics: Analyzes time-series images to track growth rate, leaf area expansion, and biomass trends.
Data Management: Automatically stores experimental data locally or on a server, with data search, CSV/Excel export, and time-lapse video generation.
Real-time monitoring of multiple environmental parameters provides comprehensive data for analyzing plant growth conditions and experimental environments.
Environmental data can be integrated with plant growth and phenotyping data to support environmental-response research, precision cultivation, and intelligent decision-making.
The intelligent control system enables centralized management, automatic regulation, and remote monitoring of environmental parameters.
Walk-in Chamber
PLC-based control
Temperature and humidity control
Over-temperature alarm
Remote alarm
Remote monitoring
Mobile APP access
Real-time status viewing
Remote reset and control
Reach-in Chamber
7-inch full-color LCD touchscreen
Up to 99 programmable segments
Independent settings for each program segment
Programmable time
Temperature
Illumination
Closed-Loop Monitoring & Control
Data-driven and integrated with the water and fertilizer control system, the solution helps analyze crop water and nutrient requirements and automatically manages irrigation and fertilization, creating a closed loop from monitoring to control.
Precise Water & Nutrient Management
Sensors and intelligent algorithms continuously monitor the pH and EC levels of the nutrient solution, automatically adjusting nutrient composition and dynamically optimizing water–fertilizer ratios to deliver precise amounts of water and nutrients.
Multi-Mode Irrigation
Supports multiple irrigation and nutrient solution delivery modes, including drip irrigation, ebb and flow irrigation, and recirculating nutrient solution systems.
The modular growing rack gives steady support for multi-level growing, seedling production, and plant experiments inside a walk-in chamber.
| Material | Stainless steel with a powder-coated surface for rust resistance and an attractive appearance |
| Dimensions | 1300 (L) × 600 (W) × 2000 (H) mm |
| Optional | Stainless steel mesh shelves (reducing heat transfer) and enclosed shelves |
| Number of Shelves | 4 shelves with 3 usable tiers, or 5 shelves with 4 usable tiers (customizable) |
| Shelf Height | Adjustable |
| Load Capacity | 80 kg per shelf |
LED Panel Universal Plant Growth Rack
LED Strip Module Plant Growth Rack
High-Efficiency Full-Spectrum Grow Light Rack
Dimmable Full-Spectrum Grow Light Rack
Non-Dimmable Full-Spectrum Grow Light Rack
Customized automation solutions for different cultivation scenarios, including automatic sowing, transplanting, harvesting, and monitoring. Production tasks can be remotely scheduled and managed through mobile and web platforms, with real-time inspections and support for multiple tasks running simultaneously.
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