Soil, water quality, weather & greenhouse monitoring
GreenSpark Agricultural Sensors & Weather Stations are suitable for greenhouse, orchard, vineyard, blueberry, field irrigation and agricultural IoT projects, collecting soil moisture, soil EC, water quality EC/pH, flow, pressure, temperature/humidity, light, CO2, wind speed, wind direction, rainfall and other agricultural field data.
The product can connect to irrigation controllers, fertigation machines, IoT gateways, cloud platforms and mobile apps based on project needs, providing foundational data support for fertigation, environmental control, alarm notifications and data analysis.

GreenSpark Agricultural Sensors & Weather StationIt is the data collection device in agricultural IoT systems, used to collect key data such as soil, water quality, weather, greenhouse environment, flow and pressure, providing data foundation for smart irrigation, fertigation integration, greenhouse environment control and remote farm management.
The product can be configured as Soil Monitoring Sensors, Water Quality EC/pH Sensors, Flow/Pressure Monitoring devices, Agricultural Weather Stations, Greenhouse Environmental Sensors and image monitoring devices for different projects, suitable for greenhouses, orchards, vineyards, blueberry farms, hydroponic greenhouses, field drip irrigation and agricultural demonstration projects.
Common monitoring devices include:
This data can be used for irrigation decisions, fertigation management, environmental analysis, alarm notifications and project data reports.
Sensor Combo
Field Collection
Data UploadGreenSpark can recommend suitable Agricultural Sensors & Weather Station configurations based on crop type, growing environment, monitoring parameters, communication methods and platform access requirements.

Monitors root zone environmental data such as soil humidity, temperature and EC.
Soil Monitoring Sensors are suitable for orchard, vineyard, field, blueberry and greenhouse cultivation projects, collecting soil humidity, soil temperature, soil EC and other data to provide basis for irrigation planning, fertigation management and crop root zone environment assessment.

Used for water quality monitoring in fertigation systems, hydroponic systems and high-value crop projects.
Water quality EC/pH sensors can monitor key parameters such as EC and pH of irrigation water, nutrient solution and fertilization solution, suitable for fertigation integration, hydroponics, blueberry, strawberry and crop projects with higher water quality requirements.

Monitors irrigation main line flow, pressure and system operating status.
Flow meters and pressure sensors can be used for irrigation main pipes, fertigation systems, pump stations and valve zoning, helping identify irrigation flow, pipeline pressure, blockages, leaks or equipment anomalies.

Collects weather data such as wind speed, wind direction, rainfall, light, temperature/humidity, etc.
Agricultural Weather Stations are suitable for fields, orchards, vineyards, agricultural parks and demonstration projects, collecting temperature, humidity, light, wind speed, wind direction, rainfall, barometric pressure and other weather data to provide reference for irrigation decisions, environmental monitoring and agricultural management.

Monitors greenhouse temperature/humidity, light, CO2 and environmental conditions.
Greenhouse Environmental Sensors are suitable for modern greenhouses, multi-span greenhouses, hydroponic greenhouses and seedling greenhouses, collecting Temperature/Humidity, Light, CO2 and other environmental data, and can link with Greenhouse Controllers for ventilation, shading, cooling pad, misting and heating control.

Used for remote farm viewing, crop growth observation and field inspection assistance.
Image and video monitoring equipment can be used for remote viewing of greenhouses, orchards, fields and agricultural parks, helping managers understand field conditions, crop growth status and equipment operating environment, serving as auxiliary monitoring equipment for agricultural IoT platforms.
Agricultural Sensors & Weather Stations collect real-time agricultural field data, providing data support for irrigation control, fertigation management, greenhouse climate control and remote platform management.
Collect root zone data such as soil humidity, temperature and EC to assist irrigation decisions.
Monitors EC/pH parameters in irrigation water, fertilizer solution and nutrient solution.
Collect weather data such as temperature, humidity, light, wind speed, wind direction and rainfall.
Monitors greenhouse environmental parameters such as temperature/humidity, light and CO2
Monitors irrigation system flow and pressure, assisting in identifying blockages, leaks and equipment anomalies.
Data can be uploaded via IoT Gateway, 4G, LoRaWAN or RS485.
Supports alarms for data limit exceeded, device offline, pressure anomalies, etc.
Supports historical data recording, trend viewing and report export, providing basis for project management.
Agricultural Sensors & Weather Stations can connect to Irrigation Controllers, Fertigation Machines, IoT Gateways and Cloud Platforms for field data collection, remote monitoring and automatic control linkage.

Suitable for soil humidity, EC and weather data monitoring in orchard, vineyard and blueberry farming areas.

Suitable for temperature/humidity, light and CO2 monitoring in greenhouse vegetables, hydroponic greenhouses and seedling greenhouses.

Suitable for monitoring EC/pH, flow, pressure and irrigation status of fertigation integration systems.

Suitable for weather data collection in field irrigation, agricultural parks and demonstration projects.

Suitable for fine monitoring of water quality, soil and environmental data in blueberry, strawberry and high-value crop projects.

Suitable for system integrators and project companies building remote monitoring, data collection and platform management systems.
Agricultural Sensors & Weather Stations can form a complete agricultural IoT monitoring and control system with fertigation machines, irrigation controllers, valves, gateways and platforms.

Used for fertigation, EC/pH regulation, zone control and remote platform management.
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Used for pump, valve, irrigation zone and scheduled task control.
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Used for remote control of electric valves, solenoid valves and wireless valve control devices.
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Connects sensors, controllers and platforms for data upload and remote management.
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Used for irrigation water source pre-treatment and fertigation system protection.
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Used for greenhouse ventilation, shading, cooling pad, misting and environmental control.
View Product →Please tell us your crop type, growing area, monitoring parameters, installation environment, communication method and platform access requirements; we will recommend suitable Agricultural Sensors & Weather Station configurations.