Integración de sensores de calidad del aire con sistemas de estaciones meteorológicas agrícolas

Air quality sensors integration with farm weather station systems combines particulate matter and gas monitoring with meteorological measurements for agricultural environments. Depending on the configuration, the system can monitor PM2.5, PM10, CO₂, ammonia, and other specified gases alongside temperature, humidity, atmospheric pressure, wind speed, and rainfall. Designed for farms, orchards, livestock areas, and agricultural research, it helps users track air quality changes and understand local environmental conditions, with sensor selection, power supply, and data transmission tailored to site requirements.

Temperatura del aire: -40℃~60℃
Humedad del aire: 0-100%RH
Presión atmosférica: 300 hPa~1100 hPa
Fuente de alimentación: CC 9–30 V
Nivel de protección: IP65

Precio: $1552.94-$1863.53

Introducción

Agricultural air quality monitoring requires more than measuring particulate matter alone. Dust from field operations and livestock activities can affect local air conditions, while wind speed and direction help interpret how airborne particles disperse. Integrating air quality sensors with a farm weather station allows users to collect PM2.5, PM10, and selected gas measurements alongside meteorological data, providing a more complete record of environmental conditions at the monitoring site.

For a broader overview of agricultural weather monitoring, see What Is the Importance of a Weather Station in Agriculture?.

Structure of Air Quality Sensors Integration with Farm Weather Station Systems

The system consists of air quality and meteorological sensors, a data acquisition and transmission unit, mounting and power components, and a monitoring platform. The configuration depends on the required measurements and site conditions.

Unidad de Control de la Calidad del Aire
Monitors PM2.5, PM10, total suspended particulate (TSP) matter and selected gaseous pollutants according to the installed sensors.
Unidad de Seguimiento Meteorológico Agrícola
Measures wind speed, wind direction, temperature, humidity, and rainfall to record local weather conditions alongside air quality data.
Data Acquisition and Transmission System
Collects readings from connected sensors and transfers them through supported interfaces, such as 4G or RS485.
Power Supply and Mounting
Provides the required sensor mounting and power arrangements. Solar panels and battery storage can be configured for suitable installations.
Plataforma de Monitoreo
Displays collected measurements and supports data storage and analysis. Threshold alerts are available where supported by the platform.

Especificaciones

Technical specifications for the air quality monitoring unit, meteorological sensors, data acquisition and transmission system, power supply, and enclosure protection. Actual configuration depends on the selected sensors and system requirements.

Parámetros

Categoría de parámetros	Parámetros específicos	Especificaciones técnicas
Sensor de calidad del aire	Rango de medición de PM2,5	0-1000 μg/m³
	Rango de medición de PM10	0-2000 μg/m³
	Precisión y tiempo de respuesta	Precisión: ±10% (0-500 μg/m³); Tiempo de respuesta: ≤10 s
Sensor meteorológico agrícola	Temperatura	-40～60℃, Accuracy: ±0.3℃
	Rango de humedad	0~100% RH, precisión: ±3% RH
	Rango de velocidad del viento	0~60 m/s, precisión: ±0,3 m/s
	Rango de iluminación	0~200 000 lx, precisión: ±5%
Transmisión de datos	Modo de transmisión y distancia	4G/RS485; Distancia de transmisión inalámbrica: ≥1000 m (en campo abierto)
Fuente de alimentación	Panel solar y batería	Panel solar: 20 W; batería de almacenamiento: 12 V/10 Ah, permite un funcionamiento autónomo de entre 7 y 10 días
Entorno de trabajo	Temperatura y nivel de protección	Temperatura de funcionamiento: -40 ℃ ~ +85 ℃; Nivel de protección: IP65

Final system configuration and pricing depend on the selected sensors, monitoring parameters, installation conditions, power supply, and data transmission requirements; please contact us with your project requirements for a tailored quotation.

Incluye un sistema de control de la calidad del aire para explotaciones agrícolas

Integrated Air Quality Monitoring

Combines particulate matter and selected gas measurements with local weather data.

Configurable Sensor Parameters

Selects air quality and meteorological sensors according to monitoring requirements.

Environmental Data Analysis

Helps track air quality variations alongside changes in local weather conditions.

Flexible Data Transmission

Supports compatible communication methods based on site connectivity and system requirements.

Adaptable Site Installation

Accommodates different mounting structures and power options for site conditions.

Centralized Data Management

Enables measurement viewing and data storage through a compatible monitoring platform.

Applications of Integrated Farm Weather and Air Quality Monitoring

Integrated farm weather and air quality monitoring combines particulate matter or selected gas measurements with local meteorological data. Sensor selection depends on the agricultural environment, target pollutants, and monitoring objectives.

estación meteorológica agrícola para riego de precisión

Control de cultivos en campo abierto

Tracks PM2.5 and PM10 alongside wind speed and direction to monitor airborne dust and assess its movement across open farmland.

estación meteorológica automática para agricultura

Livestock Farms and Surrounding Areas

Monitors selected gases and particulate matter alongside wind conditions to help assess changes in air quality around livestock facilities and nearby agricultural land.

Integración de sensores de calidad del aire en los sistemas de estaciones meteorológicas agrícolas

Orchards and High-Value Crop Production

Records particulate matter and local weather conditions to support long-term environmental monitoring in orchards, tea plantations, and other specialty crop areas.

Greenhouses and Agricultural Research

Combines temperature, humidity, and selected air quality measurements to document indoor growing conditions or support controlled agricultural field studies.

Casos

The Sanmenxia Negative Air Ion Monitoring System Project demonstrates Yantai Sensor’s experience in integrating atmospheric environmental monitoring with meteorological data collection. This type of integrated approach is relevant to agricultural projects that need to monitor air quality indicators alongside local weather conditions. Depending on the application, air quality sensors and meteorological sensors can be selected to match specific monitoring objectives, site conditions, and data collection requirements.

Sistema de monitorización de la calidad del aire para la agricultura inteligente, a medida

Every agricultural project has different monitoring objectives, site conditions, and infrastructure requirements. Yantai Sensor can tailor air quality and meteorological sensor configurations, communication methods, power supplies, and mounting structures to suit your application. Whether you are monitoring open fields, greenhouses, orchards, or livestock facilities, share your target parameters, installation environment, data transmission requirements, and power conditions so we can recommend a suitable configuration.

Opciones de personalización

Air Quality Sensors: Select PM2.5, PM10, and other supported gas sensors according to monitoring requirements.
Meteorological Sensors: Configure temperature, humidity, wind speed, wind direction, rainfall, and other required parameters.
Transmisión de datos: Confirm compatible communication interfaces and transmission methods for the project.
Fuente de alimentación: Specify the available power source and whether solar power is required.
Mounting and Protection: Define installation structures and environmental protection requirements according to site conditions.
Data Management: Specify data display, storage, remote access, and other required functions for compatibility review.
OEM and ODM: Discuss branding and product customization requirements where applicable.

Sistema de monitorización de la calidad del aire para la agricultura inteligente, a medida

Certificados

Contamos con las certificaciones CNAS, ISO, CE y RoHS, y todos los sistemas de vigilancia meteorológica cumplen rigurosas normas internacionales.

Fabricante y proveedor de estaciones meteorológicas agrícolas con sensores de calidad del aire

Yantai Sensor provides farm weather station systems integrated with air quality sensors for agricultural environmental monitoring. The system combines selected air quality measurements, such as PM2.5 and PM10, with local meteorological data to help users monitor changes in airborne particles alongside weather conditions. Sensor configuration can be adapted to the monitoring needs of open fields, orchards, greenhouses, and livestock facilities.

As a manufacturer and supplier, Yantai Sensor supports project-specific sensor selection, data transmission options, power supply, and installation configurations. The monitoring parameters and system setup depend on the application requirements and selected components. For more information about our company and capabilities, visit Acerca de Yantai Sensor o contacte con nuestro equipo to discuss your project.

Preguntas frecuentes

What Is a Farm Weather Station with Air Quality Sensors?

A farm weather station with air quality sensors combines meteorological monitoring with selected air quality measurements in one system. Depending on the configuration, it can measure PM2.5, PM10, or specified gases alongside temperature, humidity, wind speed, wind direction, and rainfall. This integrated approach helps agricultural managers and researchers assess airborne pollutants alongside local weather conditions.

How Is a Farm Weather Station with Air Quality Sensors Different from a Standard Weather Station?

A standard agricultural weather station primarily measures weather conditions, such as temperature, humidity, rainfall, and wind. A farm weather station with air quality sensors adds measurements of airborne particles or selected gases. This additional capability helps users investigate environmental changes that weather data alone cannot fully describe. The actual monitoring scope depends on the sensors selected for the project.

Which Parameters Should a Farm Air Quality Monitoring System Measure?

The required parameters depend on the agricultural application. PM2.5 and PM10 are relevant when monitoring airborne particulate matter, while selected gas sensors may be needed for specific livestock or environmental studies. Meteorological measurements, such as temperature, humidity, wind speed, and wind direction, provide additional context. Buyers should define their monitoring objectives before selecting sensors, rather than assuming every parameter is included in one system.

Can an Integrated Farm Weather and Air Quality Monitoring System Be Used in Greenhouses and Livestock Farms?

Yes, an integrated farm weather and air quality monitoring system can be configured for greenhouses, orchards, open fields, and livestock facilities, provided the selected sensors suit the installation environment. Greenhouses may require microclimate monitoring, while livestock projects may need specific gas measurements. Buyers should confirm sensor compatibility, protection requirements, mounting arrangements, and operating conditions before finalizing the system configuration.

What Should Buyers Check Before Purchasing an Agricultural Air Quality Monitoring Station?

Before purchasing, define the required air quality and meteorological parameters, measurement ranges, accuracy requirements, and installation conditions. Also check communication compatibility, power supply, sensor protection, data access, and maintenance requirements. For projects covering multiple sites, consider whether the same sensor configuration can be used consistently. Providing these details helps the supplier recommend suitable components and prepare a more accurate quotation.

Can a Manufacturer Customize a Farm Weather Station with Air Quality Sensors?

Yes, a manufacturer may customize sensor combinations, communication interfaces, power supply options, and mounting structures, depending on available components and technical capabilities. To request a suitable configuration, provide the target monitoring parameters, installation environment, power availability, and data transmission requirements. Buyers needing platform integration or OEM/ODM services should also specify these needs so the supplier can confirm feasibility and propose an appropriate system.