Hukseflux is a leading manufacturer, both in technology and market share, of pyranometers, pyrheliometers, pyrgeometers, net radiometers and albedometers.
We produce a complete range of solar and longwave radiation sensors, compliant with the latest ISO, IEC and WMO standards. Each Hukseflux pyranometer is classified as ISO 9060 secondary standard, first class, or second class, and offers the best measurement accuracy in its class. Pyranometer output is analogue and/or digital (Modbus over RS-485/TTL).
Our customers are active in the following fields: solar energy, photovoltaic (PV) industry, meteorology and climatology.
Next level digital secondary standard pyranometer with RVH technology
Analogue first class pyranometer with heater
Second class pyranometers with various outputs
Secondary standard pyranometer with sapphire outer dome
Digital secondary standard pyranometer with sapphire outer dome
Secondary standard pyranometer with quartz domes - extended spectral range
Secondary standard pyranometer
Digital secondary standard pyranometer with Modbus RTU and 4-20 mA output
Ventilation unit for SR20, SR20-D2, SR22, IR20 & IR20WS
First class pyranometer for solar energy test applications
First class pyranometer
First class pyranometer with 4-20 mA transmitter
Fast response second class pyranometer
Second class pyranometer
Pyranometer with handheld read-out unit / datalogger
Second class pyranometer with 4-20 mA transmitter
Pyranometer mounting fixture
Hand-held read-out unit / datalogger
Turn your iPhone into a 'pyranometer' with our solar radiation / Pyranometer App
Pyrgeometer, Albedometer, Net radiometer
Research grade pyrgeometers
Pyrgeometer with heater
Pyrgeometer with heater and 4-20 mA transmitter
secondary standard albedometer
Second class albedometer
4-component net radiometer
How to choose the best pyranometer for your application?
"Spectrally Flat Class A" replace "Secondary Standard" pyranometers
Our worldwide calibration organisation at your disposal; get a quote!
Which pyranometer complies with the 2017 standard for PV monitoring?
A quick explanation of the new standard and its accuracy classes A, B, C
A quick explanation with spreadsheet for evaluating measurement uncertainty
What instrument to use for the measurement of solar radiation in a PV plant?
Benchmarking Hukseflux' solar sensors by independent research
Why pyranometer accuracy and the right paperwork matters
Hukseflux radiometers for reference measurement stations
Using the WMO pyranometric method and LP02 solar sensor
Comparison test confirms good performance of Hukseflux pyranometers
“high-risk”, requiring high operator competence levels, variable uncertainty
The world is moving towards indoor pyranometer calibration
About the development of the secondary standard pyranometer
About the development of the research grade pyrgeometer
Taking solar radiation measurement to the next level
SR25's excellent performance confirmed by independent lab testing
Get the latest insights on solar radiation by Hukseflux experts at your location