"Thermometer" of Smart Agriculture: How NiuBoL Temperature and Humidity Recorder Empowers Production Management

The Power of Environmental Perception: The Role of Temperature and Humidity Recorders in Agriculture

In the precise logic of agricultural production, temperature and humidity are key variables determining the life and death of animals and plants as well as yield. With the transformation of modern agriculture toward facility-based and intelligent approaches, the NiuBoL temperature and humidity recorder is no longer just a simple measurement tool but the "brain senses" in agricultural production management.

The instrument captures minute changes in the environment through high-precision detection devices and converts them into electrical signal outputs. Users can grasp the environmental quality in which crops or livestock are located in real time through these intuitive data. In the context of agricultural quality improvement and efficiency enhancement, strengthening temperature and humidity detection has become a core means to ensure production safety and achieve high quality and high yield.

Core Application I: Precise Regulation in Greenhouse Planting

Facility agriculture (such as greenhouses) provides crops with a relatively closed growth space. Although this environment can resist adverse external weather, internal temperature and humidity changes are often more drastic and frequent than outside.

Preventing Diseases and High Temperature & High Humidity Risks

In greenhouse planting, excessive humidity can easily cause fungal diseases such as gray mold and downy mildew; excessively high temperatures can lead to crop scorching or deformed development. Using the NiuBoL temperature and humidity recorder, managers can monitor environmental indicators around the clock. When data approaches dangerous thresholds, the system can promptly guide managers to ventilate for cooling or heat for dehumidification.

Locking the "Optimal Growth Zone" for Crops

Different crops have varying temperature and humidity requirements at different growth stages (such as germination, flowering, and fruiting periods). The temperature and humidity recorder helps farmers precisely control the environment at each stage to meet standards, ensuring crops are always in the best growth state, thereby significantly improving fruit quality and harvest rate.

Core Application II: Health Assurance in Animal Husbandry Management

In livestock breeding, animal growth status is highly correlated with environmental temperature and humidity.

Reducing Disease Incidence

Whether in chicken houses, cattle sheds, or pig pens, excessively cold environments can cause livestock to catch colds or even die, while excessive heat can trigger heat stress, leading to decreased appetite and reduced egg/meat production. Through the NiuBoL monitoring system, farmers can obtain real-time environmental data. Once temperature and humidity anomalies are detected, dehumidifiers, air conditioners, or fans can be immediately linked for adjustment, creating a suitable growth environment.

Achieving High-Quality and High-Yield Goals

Precise monitoring means refined management. Through long-term accumulation of temperature and humidity data, managers can summarize the environmental curves most conducive to meat, milk, or egg production, and simulate "golden climate" through human intervention, thereby maximizing farm benefits while ensuring animal welfare.

Recommended Products: NiuBoL High-Precision Temperature and Humidity Sensor Series

To address different agricultural application scenarios, NiuBoL has launched two highly competitive digital detection solutions.

1. NBL-W-LBTH Outdoor Temperature, Humidity & Barometric Pressure Sensor with Louver Box

This sensor is specially designed for harsh climatic environments, integrating temperature, humidity, and barometric pressure detection.

• High-Strength Structure: Adopts professional louver box design, effectively preventing direct sunlight and rain erosion on the sensor, ensuring measurements reflect true atmospheric conditions.

• Digital Detection: Full signal processing unit built-in, supports RS485 (Modbus-RTU) output, convenient for accessing various smart agriculture cloud platforms.

• Technical Advantages: Temperature measurement range -40℃ to 80℃, wide barometric pressure range (10 to 1200hPa), ideal choice for meteorological monitoring and industrial-grade agricultural management.

2. NBL-W-WTH Wall-Mounted Fully Digital High-Precision Sensor

If you pursue faster measurement speed and wider measurement range, this sensor will be your first choice.

• Excellent Precision: Adopts integrated chip design, barometric pressure accuracy up to ±0.3hPa, temperature resolution 0.1℃.

• Multiple Output Modes: In addition to standard RS485, supports 4-20mA current-type signal, compatible with upgrades of various old systems.

• Lightweight Design: Product weighs only 140g, power consumption as low as 4.8mW, very suitable for long-term field work with solar power supply systems.

FAQ: Common Questions About Temperature and Humidity Recorders

Q1: Why is atmospheric pressure measurement also needed in agricultural monitoring?
A: Changes in air pressure often predict the transition of weather systems (such as cold fronts or warm fronts arriving). In facility agriculture, air pressure monitoring can assist in judging air mobility and serve as a reference parameter for temperature and humidity correction, making monitoring results more scientific.

Q2: What are the advantages of RS485 output compared to ordinary analog signals?
A: RS485 communication has extremely strong anti-interference capability and long-distance transmission advantage. In large agricultural parks with scattered sensor distribution, using RS485 can achieve multi-point collection and unified convergence to the monitoring center, with data accuracy not degraded by increased transmission distance.

Q3: How to choose between louver box type sensor and ordinary probe type sensor?
A: If used outdoors or in greenhouses with strong sunlight, choose louver box type to avoid measurement bias caused by radiation heat; if installed in ventilation ducts or shaded constant temperature warehouses, the compact probe type sensor can be selected.

Summary: Data-Driven Future of Agriculture

The NiuBoL temperature and humidity recorder is not only the "guarantee card" for safe growth of animals and plants but also the "booster" for quality improvement and efficiency enhancement in modern agriculture. In the era of refined agricultural management, the age of relying on experience is passing, and the era of precise decision-making based on data has arrived.

By introducing high-precision, fully digital monitoring equipment, we can not only avoid environmental risks but also actively create value. Whether it is meticulous farming in greenhouses or scientific management in large-scale breeding, NiuBoL will assist every agricultural producer in achieving the grand goal of "quality improvement, yield increase, and income increase" with a professional technical foundation.

NBL-W-LBTH Temperature and Humidity Sensor Technical Specifications:

Temperature: -40～80℃ (±0.5℃)
Humidity: 0～100%RH (±5%RH)
Barometric Pressure: 10～1200hPa (±1.5hPa)
Communication: RS485 / DC 12V-24V

NBL-W-WTH Series Temperature and Humidity Sensor Technical Specifications:

Temperature: -50～100℃ (±0.5℃)
Humidity: 0～100%RH (±5%RH)
Barometric Pressure: 500～1100hPa (±0.3hPa)
Output: 4-20mA / RS485 optional

Are you facing difficulties in controlling greenhouse humidity or large environmental fluctuations in breeding farms? Welcome to contact the NiuBoL technical team—we will provide you with a complete smart agriculture solution from temperature and humidity sensor selection to automated linkage regulation.

Atmospheric Temperature Humidity and pressure Sensor data sheet

NBL-W-LBTH-Atmosphere-temperature-humidity-and-pressure-sensor-instruction-manual-V4.0.pdf

NBL-W-WHTP-Wall-Mounted-Temperature-Humidity-and-Pressure-Sensors.pdf