The WRR (World Radiometric Reference) has been used since 1980 as the scale representing the physical units of solar irradiance. However, the WRR solar irradiance scale is expected to go down. Read our latest note to find out what you can expect: Solar radiation calibration scale change
Hukseflux India recently participated in the Renewable Energy India Expo, showcasing our innovative solutions in the renewable energy sector.
We highlighted our commitment to advancing sustainable energy technologies and our contributions to the renewable energy landscape in India.
Our participation in such an esteemed expo demonstrates our dedication to driving forward the adoption of renewable energy solutions in the country.
Behold the world’s first dome protector! DP01 mitigates the risk of damage to the pyranometer dome, improves data availability and reduces unnecessary repair costs. It protects the dome of the pyranometer during transport, installation and removal. Specially made for SR15 and SR30 pyranometers.
The benefits:
• mitigates the risk of damage to the pyranometer dome
• improves data availability
• reduces unnecessary repair costs
• can be ordered in a set of 5 pieces
Read more about the DP01 dome protector.
Hukseflux, the world market leader in heat flux measurement, proudly presents the new SBG04 water-cooled heat flux sensor. The sensor of choice for cone calorimeter calibration.
SBG04 has several advantages:
• cone calorimeter compatible
• all specifications and dimensions standardised according to ISO 5660 and ASTM E1354
• reduced diameter of 12.7 mm (0.5 inch)
• reduced installation height
• tubes at 90° angle to the axis of body
• scratch resistant absorber coating (reduced absorber height)
• safe storage with a practical protection cap
Read more about the SBG04 heat flux sensor.
Hukseflux presents the new TRSYS20: the world’s highest accuracy measuring system for building component thermal resistance measurement. It continues making meaningful measurements at very low heat fluxes and temperature differences.
This system has several advantages:
• robust and stable
• best paperwork: complies with ISO and ASTM standards
• temperature difference sensors: tested for 0.1 °C accuracy requirements
• simultaneous measurements on two locations
• measures very small heat fluxes
• intuitive and easy to use graphical user interface
• connection via ethernet (LAN) or USB
• water- (rated IP67) and corrosion proof sensors
Read more about the TRSYS20 thermal resistance measuring system.
As the world market leader in heat flux measurement, we proudly present the new FHF06 heat flux sensor. It’s the first flex foil sensor that can withstand high temperatures up to 250 °C!
The FHF06 heat flux sensor has exceptional features:
• high temperature resistance up to 250 °C continuous use
• flexible (bending radius ≥ 7.5 x 10-³ m)
• low thermal resistance
• fast response time
• integrated type T thermocouple
• robustness, including connection block, for strain relief
• IP protection class: IP67 (essential for outdoor application)
• integrated thermal spreaders for low thermal conductivity dependence
• sensor foil only: may be used in vacuum
Read more about the FHF06 heat flux sensor.
