Smart Agriculture Weather Station for Crop Monitoring

Key Features

All-in-one agricultural weather monitoring station for field climate and soil condition monitoring
Customizable sensor parameters according to crop type, site environment, and project needs
Supports temperature, humidity, wind speed, wind direction, rainfall, air pressure, evaporation, solar radiation, PAR, sunshine duration, CO₂, illuminance, soil temperature, soil moisture, soil salinity, soil pH, and leaf wetness
Multiple power supply options including solar power and mains power
Low power consumption for long-term unattended outdoor operation
Stable and reliable data collection for agricultural decision-making
High precision sensors provide accurate real-time environmental data
Waterproof outdoor structure suitable for rain, dust, and harsh field conditions
Easy installation with integrated pole, mounting brackets, sensors, data logger, and solar panel
Remote data viewing by mobile phone and computer
Supports automatic alarms, historical record query, and one-click data export
Suitable for farms, cooperatives, greenhouses, orchards, forestry, livestock farms, water conservancy, traffic monitoring, colleges, and research institutions

Product Description

1. Description

JW-SWS-A(LC47) Smart Agriculture Weather Station is designed for real-time agricultural climate monitoring, providing accurate data on temperature, humidity, wind speed, wind direction, rainfall, air pressure, solar radiation, soil conditions, CO₂, illumination, leaf wetness, and other key environmental parameters. It supports flexible sensor configuration, solar or mains power supply, remote data viewing, and unattended field operation.

2. Product Overview

JW-SWS-A(LC47) Smart Agriculture Weather Station is a complete environmental monitoring system developed for modern farms, greenhouses, plantations, orchards, forestry, animal husbandry, and agricultural research sites. It integrates multiple meteorological and soil sensors with a data acquisition unit, power supply system, solar panel, mounting pole, and remote data platform.

The system can continuously monitor field microclimate conditions and provide real-time data for irrigation scheduling, crop protection, weather disaster prevention, planting optimization, and farm management. Users can view data through mobile phones or computers, set automatic alarms, query historical records, and export monitoring data for analysis.For projects that require weather sensors, data acquisition, solar power, wireless communication, cloud visualization, and alarm management in one architecture, this product can be deployed as part of a complete agricultural weather monitoring system.

With customizable parameters, multiple transmission options, waterproof structure, low power consumption, and stable long-term performance, this agricultural weather station is suitable for harsh outdoor environments and unattended field deployment.

Sensor Parameter	Measurement Range	Accuracy	Resolution
Air Temperature	-50 to 90°C	±0.3°C	0.1°C
Air Humidity	0 to 100%RH	±2%RH below 80%RH ±3%RH above 80%RH	0.1%RH
Wind Speed	0 to 60m/s	±3% plus 0.03m/s	0.1m/s
Wind Direction	0 to 360°	±3°	1°
Rainfall	0 to 999mm	≤0.2mm	0.2mm
Air Pressure	300 to 1100hPa	±0.3hPa	0.1hPa
Evaporation	0 to 100mm	±1.5%	0.1mm
Total Solar Radiation	0 to 2000W/m²	≤2%	1W/m²
Photosynthetically Active Radiation	0 to 3000μmol	≤5%	1μmol
Sunshine Duration	0 to 24h	±0.1h	0.1h
Soil Temperature	-50 to 150°C	±0.2°C	0.1°C
Soil Moisture	0 to 100%	±2%	0.10%
Carbon Dioxide	0 to 2000ppm	±20ppm	1ppm
Illuminance	0 to 24Lux	≤5%	1h
Leaf Wetness	0 to 100%RH	<10%RH	0.1%RH

3. System Components

4. Optional Monitoring Parameters

5.Output and Integration Overview

Communication and Data Platform

The Smart Agriculture Weather Station can be connected to remote monitoring platforms for real-time data management. Users can check field data through computers or mobile phones and manage alarms, historical records, and data export.

Data Functions

Real-time data viewing
Remote field monitoring
Historical data query
Automatic alarm notification
One-click data export
Multi-parameter trend analysis
Mobile and PC access
Support for smart agriculture management platforms

Transmission Options

Transmission methods can be customized according to site conditions and project requirements, including wired or wireless communication options for remote agricultural monitoring.

6. Power Supply Options

The system supports flexible power supply methods for different installation environments:

Low power operation for remote field deployment
Solar power supply
Mains power supply
Solar plus battery system

7. Application Scenarios

Smart agriculture monitoring
Open-field crop monitoring
Greenhouse environmental monitoring
Orchard and plantation monitoring
Forestry climate monitoring
Livestock farm environmental monitoring
Irrigation scheduling Soil moisture and salinity monitoring
Agricultural research stations
Meteorological observation
Water conservancy monitoring
Campus and research institute monitoring
Traffic and roadside weather monitoring
Environmental protection monitoring

FAQ

Q

1. What is a smart agriculture weather station used for?

A

It is used to monitor agricultural weather and soil conditions, including temperature, humidity, wind, rainfall, radiation, soil moisture, soil temperature, and other parameters.
Q

2. Can this agricultural weather station be customized?

A

Yes. The sensor combination can be customized according to crop type, site conditions, and project requirements.
Q

3. Can the station run on solar power?

A

Yes. The system supports solar power supply and is suitable for remote farmland or unattended field monitoring sites.
Q

4. Can JW-IoT Automation provide a complete smart agriculture weather station solution?

A

Yes. JW-IoT Automation can provide sensors, data acquisition units, solar power systems, mounting structures, and remote data platform integration.
Q

5. What data can users view remotely?

A

Users can view real-time and historical data such as air temperature, humidity, wind speed, wind direction, rainfall, air pressure, solar radiation, soil moisture, soil temperature, CO₂, and light intensity.
Q

6. Is this station suitable for harsh outdoor environments?

A

Yes. The system is designed for outdoor use with waterproof structure, stable sensors, low power consumption, and reliable operation in field environments.
Q

7. Why choose JW-IoT Automation smart agriculture monitoring station?

A

JW-IoT Automation offers customizable parameters, flexible transmission options, accurate data, stable operation, low power consumption, multiple power supply options, and easy installation.
Q

8. Can the weather station support automatic alarms?

A

Yes. The system can support automatic alarms for abnormal environmental conditions, helping users respond quickly to weather risks.
Q

9. Can JW-IoT Automation support project-level integration?

A

Yes. JW-IoT Automation can support sensor selection, system configuration, data acquisition, communication setup, and platform integration for agricultural monitoring projects.
Q

10. Where can this smart agriculture weather station be used?

A

It can be used in farms, greenhouses, orchards, forestry areas, livestock farms, water conservancy sites, campuses, research stations, and environmental monitoring projects.