Providing solutions for meteorological, hydrological, oceanographic and environmental monitoring to provide necessary data for forecasting, exploiting and using energy efficiently, minimizing natural disaster risks, protecting the marine environment and biodiversity.
Renewable Energy and Blue Economy
Water Quality Management and Pollution Prevention Solutions in HVAC and Building Management Systems
ATi provides smart sensor solutions for monitoring water quality, helping to prevent harmful bacteria and ensure water safety for large buildings such as hospitals and hotels.
Water Quality Management and Pollution Prevention Solutions in HVAC and Building Management Systems
Water Quality Monitoring and Toxic Gas Detection System for the Food & Beverage Industry
The ATi water quality monitoring and toxic gas detection system offers an automated solution for continuous measurement and recording of water quality and toxic gas indicators throughout the Food & Beverage production process.
Water Quality Monitoring and Toxic Gas Detection System for the Food & Beverage Industry
Safety and Environment Quality Monitoring Solutions in Healthcare and Pharmaceuticals
An advanced gas and water quality monitoring solution for the healthcare and pharmaceutical sectors, ensuring safety for staff and patients
Safety and Environment Quality Monitoring Solutions in Healthcare and Pharmaceuticals
Smart technology solutions for water treatment and supply systems
Providing a comprehensive solution from clean water and wastewater monitoring to toxic gas alerts in factories.
Smart technology solutions for water treatment and supply systems
SoilVue 10 + Aspen 10 Solutions
When partnered with the Aspen™10 Internet of Things (IoT) Edge Device, the SoilVue™10 measures soil profiles with minimal site disturbance and delivers accurate soil water content, electrical conductivity, and temperature profiles. This connection makes the SoilVue 10 virtually maintenance free by eliminating the need for long cable runs or battery replacements.
SoilVue 10 + Aspen 10 Solutions
Wind energy operational met, resource assessment, and power performance systems
Campbell Scientific turn-key systems for wind-resource assessment and power performance are specifically designed to meet the requirements of IEC 61400-12-1. These systems have a wide range of options for measuring wind speed, wind direction, air density, and electric power. Real-time or interval data are stored locally on the data logger, and can be transmitted via all standard communication methods.
Wind energy operational met, resource assessment, and power performance systems
Utilities and Energy – Measurement and control for the power industry
Campbell Scientific's measurement and control systems provide reliable and versatile data collection at a variety of utilities and energy facilities. Whether your application requires long-term, remote monitoring, or monitoring and control based on complex logic, our systems provide accurate and reliable results.
Utilities and Energy – Measurement and control for the power industry
Solar monitoring systems for assessment, operational met, and PV soiling
At Campbell Scientific, our approach to the design and manufacture of robust monitoring systems empowers solar energy project developers and operators with the critical information needed to make performance ratio calculations, reports, and critical decisions that ensure their return on investment.
Solar monitoring systems for assessment, operational met, and PV soiling
Environmental Research
Campbell Scientific instruments are used in a wide variety of environmental-research applications. Our data loggers are compatible with most sensors, and commonly measure meteorologic, hydrologic, and soil conditions.
Environmental Research
ClimaVue 50 + Aspen 10 Solutions
The ClimaVue™50 is an affordable, all-in-one meteorological sensor for fulfilling your essential weather monitoring needs. The Aspen™10 Internet of Things (IoT) Edge Device complements your ClimaVue 50 by providing supplementary data and gap filling for real-time weather observations.
ClimaVue 50 + Aspen 10 Solutions
Automated Weather Observing System (AWOS)
ICAO compliant aviation weather solutions that address your specific airport requirements
Automated Weather Observing System (AWOS)
Automatic Weather Stations (AWS) and Meteorologic Instruments
Automatic Weather Stations (AWS) and Meteorologic Instruments
Automatic Weather Station AWS810 Solar Edition
Automatic weather stations for solar farms provide data including: total solar radiation, diffuse solar radiation, reflected solar radiation, important weather parameters, and dust sensors.
Automatic Weather Station AWS810 Solar Edition
Marine buoys to monitor marine weather and environment
Reecotech provides advanced meteorological, marine, and environmental monitoring solutions that meet the needs of a variety of customer segments.
Marine buoys to monitor marine weather and environment
Wind LiDAR and Oceanmet Observation Systems for Offshore Wind
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Wind LiDAR and Oceanmet Observation Systems for Offshore Wind
Hydrological weather monitoring system for wind farm
An important solution for wind farms, helping to ensure safety, improve electricity production efficiency, and support marine environmental research.
Hydrological weather monitoring system for wind farm
Monitoring of water quality and oceanography in aquaculture
Water quality and hydrographic monitoring in aquaculture is the process of collecting, analyzing, and evaluating water quality and hydrographic parameters to determine environmental conditions and predict environmental changes that may affect aquaculture activities.
Monitoring of water quality and oceanography in aquaculture
Locating, monitoring and protecting assets at sea
Modern solutions that bring many benefits to businesses and organizations
Locating, monitoring and protecting assets at sea
The automatic meteorological and oceanographic station operates continuously
Reecotech offers a solution for buoy-based marine environmental monitoring stations that automatically measure multiple water layers from the bottom to the surface. The number of layers to be monitored is determined by specific requirements. Data is transmitted to shore/ship in real time.