Meteorology & Climatology Networks
Research-grade instrumentation for any environment
From BSRN‑level radiation networks to mountain top weathers studies, scientists rely on us for precise, continuous, multi‑year datasets.
- Sun trackers provide BSRN‑level performance for direct, diffuse, and global solar radiation measurements.
- Pyranometers and radiometers are fully traceable to the World Radiometric Reference (WRR), used in global climate and radiation networks.
- Albedometers support surface albedo and energy‑balance research in environments ranging from Antarctica to deserts.
- All‑in‑one weather sensors provide long‑term, maintenance‑free measurements for solar and meteorological stations.
Exploring the edge of what is possible
Unmatched precision and reliability
Research‑grade sun trackers and radiometers deliver stable, long‑term solar radiation data essential for meteorological and climate studies.
Compliant with industry standards
Instruments are WRR‑traceable and suitable for BSRN‑level observation networks, meeting international scientific data requirements.
Smart features for maximum uptime
All‑weather sun trackers and maintenance‑free weather sensors ensure uninterrupted multi‑year datasets in harsh environments.
Actionable insights
High‑resolution DNI, DHI, GHI, albedo, and meteorological trends support climate modeling, atmospheric research, and validation of satellite data.
Decades of proven expertise
Trusted globally—from polar research installations to the world’s largest PV plants—our instruments have a legacy of powering atmospheric and solar science.
Expert support you can trust
In the field
Guides, white papers, and more
Frequently Asked Questions
They automatically follow the sun with high accuracy, enabling precise measurement of direct, diffuse, and global radiation for long‑term climate and atmospheric studies.
Albedo is captured using dual‑pyranometer albedometers that compare incoming and reflected solar radiation—essential for surface energy balance and climate modeling.
They integrate multiple meteorological measurements into one rugged, maintenance‑free unit, ideal for multi‑year atmospheric and solar monitoring programs.
In polar research stations, deserts, national meteorological networks, PV research sites, and long‑term climate observatories worldwide.
Yes. Their stability, calibration traceability to WRR, and proven durability make them ideal for long‑term observational datasets.