greenTEG AG will pitch at Smart-Up the City in Berlin, the innovation award by Degewo for smart city and smart building startups! We are excited to participate and look forward to the event. Further information about greenTEG’s measurement...
greenTEG AG announces four new partnerships with Chinese distributors for its laser power detectors. Golden Way Scientific Ltd., DynaSense Photonics Co., Ltd. (Beijing), Purple Berry Instrument Inc. and CaiWei Electron Technology Co., Ltd....
greenTEG AG: TH Nürnberg builds a housing complex to test new building materials and other methods to further reduce energy consumption. greenTEG’s heat flux sensors are integrated into the wall construction to monitor the...
greenTEG AG: Start your temperature and heat flux measurements straight out of the box with the gSKIN® XO-Temp sensor & MultiLog datalogger package. Quick & Easy Setup. No hassle with calibration, soldering wires or incompatible data...
greenTEG AG: Many developers and engineers are not familiar with heat flux as a physical measurand. Unlike temperature measurements, the measurement of heat flows is therefore often neglected or not even taken into consideration. Heat flux is not...
greenTEG AG: Congratulations to Simon Caron, Marc Röger and Johannes Pernpeintner from the German Aerospace Center’s Institute of Solar Research for their recent publication “Heat Flux and Temperature Measurements on Glass...
greenTEG AG: In our updated webpage about heat flux, you will find concise explanations and definitions about this physical quantity and how it is measured. Short movie clips and illustrations complement the explanations about the different types...
greenTEG AG: Researchers at the Hong Kong University of Science and Technology used gSKIN® Heat Flux Sensors to measure the effectiveness of a thermal diode. The research was published in The International Journal of Heat and Mass Transfer...
greenTEG AG: greenTEG’s heat flux sensors were used to measure the thermal conductivity of a new type of hollow silica. Recently, hollow silica particles have attracted great attention due to their unique structural properties and possible...
greenTEG AG: A new article presents the results of a recent study commissioned by the Swiss Federal Office of Energy about the assessment of the insulation quality of buildings. The heat transfer coefficient (U-value) is a key parameter for...
greenTEG AG: In a study performed by students at East Bavarian Technical University, the measurement quality of U-values measured with a Temperature Based Method (TBM) versus a Heat Flux Based Method (HFBM) were compared. It was found that the...
greenTEG AG: U-value measurements of windows are necessary to quantify the performance and the energy saving potential of built-in windows. Good insulation properties of the window pane reduce energy loss in cold climates and energy input in hot...
greenTEG AG: Researchers at the University of Castilla-La Mancha have just published a paper of research conducted with heat flux sensors from greenTEG. Improving the thermal behaviour of bricks by incorporating shape-stabilized phase change...
greenTEG AG: Together with our partner GlassX AG we conducted a study to improve thermal simulations in building physics with a better understanding of the behavior of phase change materials (PCM). An existing PCM window installation...
greenTEG AG: Researchers at the University of Belgrad used greenTEG's heat flux sensors for in-situ measurements of the thermal transmittance of a wall. In this paper, results of a long term (30 days) experimental in-situ measurement of air...
greenTEG AG: Measuring temperature of specific locations within a system can be challenging. This is typically the case when space is restricted, the location is impossible to reach, or when the desired location is moving. Common examples where...
greenTEG AG: Researchers used gSKIN® Heat Flux Sensors to measure the time-dependent heat generation rate in individual carbon electrode electric double layer capacitors (EDLC) under various conditions. They designed, fabricated, and validated...
greenTEG AG: Appreciating laser beam alignment: Let’s assume you have an alarm at home like the one displayed above. In order to silence it, you have to hit the bull’s eye with the beam of a laser pointer. While this is an easy task...
greenTEG AG has further miniaturized its laser power sensing technology for OEM applications. The gRAY B0.5-SC measures up to 500 mW on a surface of only 2x2 mm2. The detector is available as bare die component or mounted on a PCB for easy OEM...
greenTEG AG’s laser power detectors with digital signal output will be presented at Optatec, hall 3, booth J25. With the digital signal output of the laser power detectors you will no longer have to worry about temperature drifts or...
greenTEG AG: Researchers from the University of Caen Normandy in France used greenTEG’s heat flux sensor to investigate local heat distribution in prismatic Lithium-ion batteries at various charge/discharge rates. Li-ion batteries are widely...
greenTEG AG: Researchers from the Guilin University of Technology and the Michigan Technological University used greenTEG’s gSKIN®-XP heat flux sensors to show how lowering the emissivity at the underside of concrete roof tiles can...
greenTEG AG: In order to achieve optimal laser power measurement results with thermopile detectors, the influence of the thermal environment has to be considered. In our latest white paper we describe the common error sources and suggest possible...
greenTEG AG: Researchers at the Karlsruhe Institute of Technology used greenTEG’s gSKIN® Heat Flux Sensor to optimize the drying process of thin functional films. The research was published in the Journal of Coatings Technology and...
greenTEG AG: Researchers at the University of Applied Sciences and Arts Northwestern Switzerland compared measured U-values and calculated U-values of unheated basements in typical Swiss houses. They conclude that the calculated U-values are often...
greenTEG AG: Researchers from Politecnico di Milano, Italy, investigated breathing walls using greenTEG’s gSKIN® XM heat flux sensor. Breathing walls both act as building envelopes and ventilation system components and are considered a...
greenTEG AG: Laser Measuring thermal properties of textiles is one of many applications of greenTEG’s customers. We have put together a new FAQ which answers questions with regard to measuring thermal properties of textiles. What is the best...
greenTEG AG: Windows play an important role in the overall insulation of a building, as they are responsible for up to 20% of heat losses during winter. Therefore, replacing poorly insulated windows with windows of the latest standard can...
greenTEG AG: We will exhibit our solution for continuous, non-invasive core body temperature measurements for wearable and med-tech applications at the Websummit in Lisbon. Contact us for a meeting during the fair. The core body temperature (CBT)...
greenTEG AG: We just published a new case study which demonstrates how wall humidity and U-value measurements can be used for mold detection. Introduction: The purpose of this study is to show how the gO Measurement-System (gOMS) can be used to...
