Fixed Microclimate Monitor

Fixed Microclimate MonitorCore Technologies and Functions:

1. Multi parameter integrated monitoring

-Basic parameter coverage: It can simultaneously measure key indicators such as air temperature, relative humidity, light intensity, CO ₂ concentration, soil temperature/humidity, etc.

-Scalability design: Some models support the integration of sensors such as wind speed, rainfall, and air pressure to meet diverse needs.

2. High precision and stability

-Sensor technology: Imported high-precision sensors (such as the Swiss Sensirion CO ₂ sensor) are used to ensure data accuracy and long-term stability.

-Calibration function: Built in automatic calibration module, reducing manual maintenance frequency and adapting to complex environmental changes.

3. Data collection and transmission

-Real time recording: Equipped with a large capacity storage chip, it can locally save historical data to prevent data loss caused by network interruptions.

-Remote transmission: Supports multiple communication methods such as 4G/5G, WiFi, Ethernet, etc., to achieve data cloud upload and remote monitoring.

4. Intelligent control and alarm

-Threshold triggering: Users can customize the alarm threshold for exceeding the limit, and in case of abnormalities, alarm information can be pushed through SMS, email, or the platform.

-Linkage control: Some devices can be connected to actuators such as fans, sunshades, irrigation systems, etc., to achieve automated control.

5. Protection and adaptability

-Industrial grade protection: with IP65 or above protection level, dustproof and waterproof, suitable for outdoor or high humidity environments.

-Anti interference design: Using a metal shell to shield electromagnetic interference, ensuring stable operation near power facilities.

Fixed Microclimate MonitorTypical application scenarios:

1. Optimization of agricultural production

-Greenhouse planting: Real time monitoring of photosynthetically active radiation, CO ₂ concentration, etc. inside the greenhouse, guiding ventilation, supplementary lighting, and fertilization operations to improve crop yield.

-Orchard management: Monitor the microclimate conditions of fruit tree growth environment to prevent disasters such as frost and high temperature stress.

2. Warehousing and Cold Chain Logistics

-Grain warehouse monitoring: Track changes in temperature and humidity of the grain storage environment to prevent mold and pest infestations.

-Drug/food cold storage: Ensure that the storage environment complies with GSP/GMP standards to ensure product quality.

3. Scientific and ecological research

-Plant Physiology Experiment: Accurately control the microclimate parameters of the experimental environment and study the impact of environmental factors on organisms.

-Urban heat island effect: densely deployed in different areas of the city, analyzing local climate differences.

4. Building and HVAC systems

-Energy consumption analysis: Monitor the temperature difference and humidity gradient between indoor and outdoor buildings, and optimize the energy efficiency of air conditioning systems.

-Museums/Archives: Maintaining a constant microenvironment necessary for the preservation of cultural relics.