Water Quality Monitoring Stations

A monitoring station packages sensors, controller, power system and telemetry into one ready-to-install unit, so you get continuous data without building a shelter. From compact micro stations for narrow rivers and irrigation canals to solar-powered floating buoys for reservoirs and lakes, every station is configured around your parameters, site conditions and reporting requirements.

Product lines in this category

Mini Water Quality Monitoring Station
Integrated Water Quality Monitoring Station
Floating Water Quality Monitoring Station (buoy)
Outdoor Monitoring Station
Pole-Mounted Monitoring Station
Customized Monitoring Stations

Stations support 4G, 5G, NB-IoT and LoRa uplink with Modbus TCP, MQTT and HTTP API output, and run fully automatically with self-cleaning, auto-calibration and 7-day autonomy on solar power.

Monitor Multiple Water Quality Parameters

Depending on the selected sensor configuration, monitoring stations can support different combinations of water quality parameters.

Dissolved Oxygen (DO)

pH

Temperature

Turbidity

Conductivity

Salinity

Ammonia Nitrogen

Nitrate

ORP

Chlorophyll

Available parameters depend on the selected monitoring configuration.

Explore All Parameters

Where Monitoring Stations Are Used

Rivers & Lakes

Long-term monitoring of surface water quality in rivers, lakes, reservoirs, and other water bodies.

Aquaculture

Continuous monitoring of water quality in ponds, RAS facilities, and other aquaculture environments.

Environmental Monitoring

Collect continuous water quality data for environmental assessment and management.

Water Resources

Deploy monitoring stations at selected water bodies and remote monitoring locations.

A Complete Monitoring Station in One System

Sensors, data acquisition, communication, power supply and protective structures integrated for long-term outdoor deployment.

Water Quality Sensors

Probes installed in the field

Monitoring & Data Acquisition Unit

Measurement and logging in one unit

4G / LoRa Communication

Wireless data transmission

Cloud / IoT Platform

Centralised data, devices and alarms

PC & Mobile Monitoring

Web dashboard and mobile app

Data Analysis & Alerts

Trend analysis and alarm rules

Designed for Long-Term Outdoor Monitoring

Continuous Monitoring

Collect water quality data continuously over extended periods.

Multi-Parameter Configuration

Integrate different sensors according to monitoring requirements.

Remote Data Transmission

Transmit monitoring data from remote locations through supported communication methods.

Integrated System Design

Combine measurement, data acquisition, communication, and supporting components in one monitoring solution.

Configure Your Monitoring Station

Monitoring stations can be configured according to the monitoring location, required parameters, communication method, power supply, installation environment, and data management requirements.

Monitoring Parameters

Select the required sensors.

Installation Type

Floating, fixed, or other suitable configurations.

Communication

Configure suitable data transmission methods.

Data Management

Connect with remote monitoring and IoT platforms.

Request a Monitoring Solution

Typical applications: river and lake monitoring sections, reservoir and source water protection zones, aquaculture parks, wastewater outlet surveillance and emergency monitoring vehicles.

Tell us your site conditions – power, network coverage, available space and target parameters – and our engineers will recommend the right form factor (micro, cabinet, pole-mounted or floating) together with layout drawings and an installation guide.

What parameters can your water quality monitoring equipment measure?

A standard MATICTEST configuration combines a multi-parameter sonde with optional analyzer modules to measure up to 12 parameters in one cabinet, including pH, dissolved oxygen (DO), conductivity, turbidity, oxidation-reduction potential (ORP), temperature, ammonia nitrogen, total phosphorus, total nitrogen, chemical oxygen demand (COD), biochemical oxygen demand (BOD) and residual chlorine. Custom sensor packages are available for special applications such as fluoride, hardness, heavy metals or chlorophyll.

Which model and configuration is right for my site?

Tell us your site conditions - available power, network coverage, space and the parameters you need to measure - and our engineers will recommend the right configuration: a compact micro station for narrow rivers and canals, a cabinet system for plants with rack space and PLC/SCADA integration, or a solar floating buoy for reservoirs and lakes without civil works. Maintenance access, reporting requirements and budget are all factored into the recommendation, and we provide layout drawings before you order.

How often should the sensors be calibrated, and can my own team do it?

We recommend factory calibration every 2 to 4 weeks for drinking water and every 1 to 2 weeks for wastewater, depending on fouling load. Each station ships with a fully automatic self-cleaning and auto-calibration module that runs a programmed calibration cycle using onboard standard solutions, so daily maintenance is limited to reagent refill and visual inspection. For field calibration, your team only needs to follow the step-by-step guided procedure in the controller; on-site or remote video support from MATICTEST engineers is included free of charge during the warranty period.

Which communication protocols and platforms are supported?

Every MATICTEST station supports RS485 Modbus RTU as standard, with optional 4G, 5G, NB-IoT, Ethernet, Wi-Fi or LoRa uplink. Telemetry protocols include Modbus TCP, MQTT, HTTP/HTTPS REST API and IEC 60870-5-104 for SCADA integration. Data is delivered to our MATICTEST Cloud dashboard for real-time viewing, historical trends, threshold alarms and report export, or pushed to your existing SCADA/IoT platform through open APIs.

Can the equipment run off-grid on solar power?

Yes. Our stations, outdoor monitors and telemetry units are all designed for unattended off-grid operation. A typical configuration pairs an 80 W solar panel with a 50 Ah lithium battery bank and an MPPT charge controller, providing 7-day autonomy under cloudy conditions. The system includes low-power sleep modes for the analyzer and modem, with smart power management that prioritizes measurement, cleaning and transmission cycles to maximize uptime in remote locations.

Talk to Our Water Quality Engineers

Fill in the form below to get detailed datasheets, factory-direct quotations, drawing support, on-site installation guidance and fully customized solutions for online analyzers, sensors, multi-parameter monitors, monitoring stations and telemetry units - from a single probe to a complete monitoring network. Our engineering team will contact you within 24 hours with technical answers and a one-stop monitoring solution tailored to your river, reservoir, plant or wastewater site.

Multi-Parameter Water Quality Monitors

Water Quality Sensors

Water Quality Monitoring Stations

Data Loggers & Telemetry

Water Quality Monitoring Stations