greenTEG AG: Neotek is now officially greenTEG's distribution partner in Greece. The company has been in business since 1969 and specializes in measuring and testing systems and equipment. Neotek will distribute greenTEG's heat flux and U-value...
greenTEG AG and Duurzaam Wonen have entered a distribution partnership for greenTEG’s heat flux sensing solutions in the Netherlands. Duurzaam Wonen has more than 20 years of experience in the fields of technical building testing,...
greenTEG AG: In the US, 40% of the total energy use occurs through commercial and residential buildings. This energy consumption can be reduced significantly through retrofitting. Researchers all over the world are looking for affordable and...
greenTEG AG: Congratulations to Zorana Petojevic, Radovan Gospavic, and Goran Todorovic for the publication! They used greenTEG's heat flux sensors for the measurements. Estimation of thermal impulse response of a multi-layer building wall through...
greenTEG AG: Scientists at Harvard University used greenTEG’s heat flux sensors in research to improve the design of pores in building materials to efficiently temper incoming fresh air. The research has been published in Energy and...
greenTEG AG will launch new products for laser beam characterization at Photonics West 2015 in San Francisco (7-12 Feb.). Photonics West, organized by SPIE, is the leading fair in optics and photonics with 1’250 exhibiting companies and 20’000...
greenTEG AG: The Nobel Prize committee recognizes the importance of the research into the workings of the inner clock, also known as circadian rhythm. Jeffrey Hall, Michael Rosbash, and Michael Young the three winners of this year’s Nobel...
greenTEG AG: Going to Photonics West? Be sure to visit us at our booth 4356! We will present new and exciting products for high accuracy laser power measurements. Making integration easy: digital signal output. With our new detector you can...
greenTEG AG: The biggest part of energy consumption is caused by heating of poorly isolated buildings. In order to optimize the insulation and therefore the heating of buildings, the quality of the insulation has to be assessed. There are several...
greenTEG AG: In the Middle East, around 70% of energy losses occur through buildings. Many buildings are constantly cooled down and are poorly insulated: Walls can have U-values up to 2.5 W/m2K. Our partner SIFS (Smart Insulation Finishing...
greenTEG AG: To assess energy performance of building complexes, researchers at Cornell University designed an energy model, which includes data obtained with greenTEG’s U-Value Kit. The goal of the research was to design partially automated...
greenTEG AG: Thomas Suesser and Timur Dogan at Cornell University’s Environmental Systems Lab used the gSKIN® U-Value Kit in their research. The goal of the research was to develop a new workflow to produce calibrated multi-zone energy...
greenTEG AG: We collected and evaluated recently published scientific papers of research where gSKIN® Heat Flux Sensors were applied. This new overview on different application areas of gSKIN® Heat Flux Sensors can be visited on the...
greenTEG AG: ETH researchers used the gSKIN KIT-2615C to determine the insulation quality of yarn made from gelatin. The yarn has similar qualities to merino wool fibers and could be an environmental friendly alternative to products made from...
greenTEG AG: At the Nuremberg Tech scientists and engineers are developing new high-performance insulation materials. In an ongoing study greenTEG’s heat flux sensors were embedded into the wall to measure the heat flux and compare the...
greenTEG AG: John Gilbert Architects used greenTEG gO-Measurement System to perform U-value measurements on two Scottish public housing sites. Using the measurement data, John Gilberts Architects prepared evidence-based, best case retrofit...
greenTEG AG: Dr. Susanne Droescher (greenTEG AG) and Manfred Gonnert (Thorlabs GmbH) discuss the application of thermopile sensors for terahertz spectroscopy and quantum cascade lasers in Optik & Photonik Volume 10, Issue 1, pages 22–25,...
greenTEG AG: At Laser World of Photonics in Munich, greenTEG will present power and position sensors for ultrafast laser applications at booth 144, hall A2. Be sure to visit us or contact us to schedule a meeting beforehand. With an ever...
greenTEG AG: Researchers at ETH Zurich’s Laboratory of Thermodynamics in Emerging Technologies just published the results of their research about spontaneous self-dislodging of freezing water droplets and the role of wettability. They...
greenTEG AG: A newly developed device (gSKIN® U-Value Kit) was used to measure the U-values of various wall types built before 1985. The goal was to assess the validity of the embedded U-values in the GEAK (building energy certificate of...
greenTEG AG will participate at the Swiss-US Energy Innovation Days (SUEID) 2018. greenTEG's cloud-based gO Measurement System enables in-situ measurements of the thermal behavior of buildings. With these analytics, measures to save energy can be...
greenTEG AG will participate at the Swiss-US Energy Innovation Days in New York City (20.-23. August). Just as Switzerland, New York is facing a historic and fundamental transformation involving a variety of risks: investment risks, climate change...
greenTEG AG: Researchers at the State University of New York and the Seoul National University fabricated syntactic foams composed of maximal hollow glass microparticles volume fraction with improved thermal insulation performance and...
greenTEG AG: Test access for gO Measurement System Software. You can now check out the cloud-based analysis software of the gO Measurement System for u-value, temperature, and humidity measurements. The access information can be found in the...
greenTEG AG: Research civil engineers investigated how permafrost can be protected from global warming effects using crushed-rock layers. With greenTEG’s gSKIN® XP heat flux sensors, temperature sensors and albedometers, the thermal...
greenTEG AG: Currently, there is a strong research effort of developing ‘smart’ building materials that respond to temperature changes in a way that improves building energy efficiency. One such method involves introducing Phase Change...
greenTEG AG: Researchers used greenTEG’s heat flux sensors to thermally characterize a geopolymer concrete containing phase change material (PCM). The PCM containing cube showed improvement in thermal performance compared to the reference....
greenTEG AG: Researchers at Cadi Ayyad University in Marrakesh, Morocco, have modelled the thermal discomfort levels and energy loads for a reference building after various energy efficiency measures are implemented in 6 types of Moroccan...
greenTEG AG: In our latest case study we present the thermal characterization of footwear with heat flux measurements. Abstract: The thermal characterization of functional wear becomes more and more important. Common characterization...
greenTEG AG: Researchers at KU Leuven have used gSKIN® Heat Flux Sensors to measure the heat transfer though both cellular and granular porous building blocks. The research has been published in Construction and Building...
