smart temperature sensor in greenhouse
The smart temperature sensor in greenhouse integrates multiple key environmental parameters through intelligent devices, providing real-time monitoring of temperature, humidity, light intensity, CO2 concentration, soil temperature, and soil moisture within the greenhouse. Designed with modular integration, this system supports flexible installation via sleeve mounting or suspended mounting to accommodate diverse environmental requirements. Collecting and analysing data, it helps farmers enhance crop yield and quality, enabling intelligent management of agricultural production. Our smart temperature sensor in greenhouse enables agricultural and efficient farming management, driving sustainable development.
|
Parameter |
Specification |
|---|---|
|
Air temperature |
-40-85℃ |
|
Relative humidity |
0-100%RH |
|
Light intensity |
0-100KLUX |
|
Soil temperature |
-20-80℃ 0.1℃ |
|
Power supply |
DC12-24V lithium solar energy |
Introduction
Our intelligent meteorological monitoring system is applied in smart environments, smart cities, and industrial pollution monitoring. It accurately measures various meteorological parameters, such as PM2.5, PM10, CO, SO2, NO2, O3, temperature (T), and humidity (RH). It provides 24-hour continuous online monitoring of outdoor meteorological parameters and transmits the data in real-time to environmental protection departments. Furthermore, the system can be expanded as needed to support the addition of sensors for H2S, volatile organic pollutants, and total suspended particulates, further enhancing monitoring capabilities. By combining this with meteorological parameters such as wind speed, wind direction, atmospheric pressure, rainfall, and solar radiation, we provide comprehensive solutions for smart greenhouses and environmental monitoring, contributing to the creation of smarter and greener future urban environments.
Structure of smart greenhouse sensors
- Temperature + Humidity: Integrated into the louvred structure of the device body (to avoid direct sunlight and ensure data accuracy).
- Rainfall: Measured by the rain gauge module at the top.
- Soil Temperature + Humidity: Collected by the probe-type sensor at the bottom (requires insertion into the soil).
Installation Methods
- Sleeve Type: Suitable for pole mounting (e.g., on brackets in farmland or weather stations);
- Suspension Type: Can be hung on brackets in greenhouses, polytunnels, etc.
Details Show
Our greenhouse environment monitoring instruments are designed with exquisite craftsmanship, and each product undergoes rigorous quality control and multiple tests. We pay attention to every detail, from sensor selection to assembly processes, ensuring strict quality control to meet high-standard application requirements.
We have a professional technical team ready to provide you with technical consulting and after-sales service, helping you solve any problems you may encounter during use. Please feel free to contact us; we will wholeheartedly provide you with the most suitable products and services.
Specifications
The SAUT automatic solar tracking system boasts superior performance parameters, operating efficiently and stably in various environments. The system has a pointing accuracy of <0.1°, a maximum load capacity of 5 kg, supports unlimited azimuth rotation, and has an elevation angle range of 0° to 90°, adapting to various sunlight conditions.
Parameters
| Tem | Measuring Range | Resolution | Accuracy |
| Ambient Temperature | -40-60℃ | ±0.1℃ | ±0.3℃ |
| Relative Humidity | 0-100%RH | 0.1%RH | ±3%RH |
| Light Intensity | 0-100000LUX | 0.1LUX | ±3% |
| Soil Temperature | -20-80℃ | 0.1℃ | ±0.5℃ |
| Soil Humidity | 0-100%VOL | ±0.1% | ±2%(0-50%) |
| CO2 | 0-5000PPM | 1PPM | ± 40ppm ± 3% of the reading |
Power and Performance
| Power supply | DC12V～24V |
| Device power consumption | 95mA@12V |
| Data interface | RS485 |
| Working range | Working Temperature： -40℃ to 60℃,Working Humidity： 0～100%RH |
| Material | ASA(Strong anti-ultraviolet and anti-oxidation ability) |
Size and installation
The housing is constructed from highly oxidation-resistant ASA material, ensuring long-term stability and aesthetic appeal in outdoor environments. ASA offers superior UV resistance and oxidation resistance, adapting to various harsh climates. Our design ensures a straightforward installation process—whether wall-mounted or bracket-mounted, you can complete it effortlessly. Below are the dimensions and installation details:
Features of smart temperature sensor in greenhouse
Compact and rugged design
Suitable for diverse complex environments with strong impact and pressure resistance.
Ultra-low maintenance costs
Eliminates frequent servicing, reducing operational expenses.
Resistant to harsh conditions
Withstands high temperatures, low temperatures, humidity, and UV exposure for long-term stable operation.
Unlimited autonomy
Operates independently without external power sources for continuous monitoring.
Integrated communications
Supports multiple data transmission methods for timely information feedback.
No complex infrastructure required
Simple installation enables immediate deployment without elaborate supporting facilities.
Applications of smart temperature sensor in greenhouse
Smart temperature sensors are widely used in agricultural production environments such as greenhouses, orchards, and research facilities. They provide precise environmental monitoring data to agricultural managers, helping optimise crop growth conditions and enhance production efficiency.
Greenhouse Agriculture
Real-time temperature monitoring within greenhouses ensures crops grow under ideal environmental conditions, preventing temperature fluctuations from impacting growth.
Orchard Management
Assists orchard managers in monitoring temperature requirements for fruit tree growth, optimising irrigation and ventilation systems to improve fruit quality and yield.
Agricultural Research
Provides precise temperature data for agricultural studies, supporting crop cultivation experiments and greenhouse technology research to advance agricultural innovation.
Precision Agriculture Management
Smart temperature sensors in precision farming deliver real-time temperature data. Combined with other environmental parameters, they optimise resource allocation and crop management.
Smart Greenhouse Control Systems
Integrate with automated equipment (fans, heating systems, etc.) to automatically adjust environmental conditions based on temperature data, enhancing greenhouse management efficiency.
Plant Breeding Research
Provide real-time data for environmental simulation and control during plant breeding. Assist researchers in regulating temperature factors to develop new varieties adapted to diverse climates.
Case
The smart temperature sensor has been successfully applied in greenhouse environmental monitoring and management. By continuously collecting and analysing temperature changes, it enables users to monitor real-time environmental conditions within the greenhouse. This case study vividly demonstrates the practical value of smart temperature sensors in enhancing greenhouse management efficiency and agricultural production standards, providing a valuable reference for future greenhouse projects.
custom temperature and humidity sensor for greenhouse
The temperature and humidity sensor for greenhouse is a multi-dimensional environmental monitoring sensor tailored for greenhouse scenarios. It not only accurately collects temperature data within the greenhouse but also expands monitoring dimensions based on cultivation needs, empowering intelligent greenhouse management.
Custom Module Specifications
Core Temperature Monitoring Module: Based on MEMS technology, it covers the greenhouse temperature range of -40°C to 60°C with 0.1°C resolution and ±0.3°C accuracy at 25°C, accommodating daily/seasonal temperature fluctuations in greenhouses.
- Atmospheric Humidity Module: Monitors air humidity from 0-100% RH to support coordinated temperature-humidity regulation.
- Soil Temperature/Humidity Module: Utilises probe-type sensors to collect soil environment data (compatible with the soil monitoring component shown above);
- Gas/Particulate Matter Module: Monitors gases like CO, SO₂, or particulate matter such as PM2.5/PM10, suitable for high-end greenhouses requiring air quality control;
- Weather Auxiliary Module: Measures wind speed, wind direction, rainfall, etc. (integrated as needed).
Functional Customisation Modules
- Power Supply / Output Module: Supports 12-24VDC power supply + RS485 data transmission, customizable to integrate with existing greenhouse control systems;
- Installation Module: Offers sleeve mounting, fixed flange (or suspended) mounting options to match greenhouse support structures/frames;
- Data Publishing Module: Customizable computer/mobile data viewing, LED display functions, enabling visual management of greenhouse data.
smart temperature sensor in greenhouse Manufacturer and Supplier
The company specialises in providing greenhouse environmental monitoring solutions for global clients, continuously innovating in core product areas such as smart temperature sensors for greenhouses. With an independent R&D team, advanced production lines, and professional laboratories, our products undergo stringent quality control and hold multiple certifications, including CNAS, CE, ISO, and RoHS. Our smart temperature sensors are widely applied in greenhouse cultivation, agricultural research, and environmental monitoring, enabling the precise collection of air, soil, and microenvironment parameters. We also offer customised solutions and system integration services to advance precision and data-driven greenhouse management. Contact our professional team to access high-quality products and comprehensive technical support.
