Octoglass runs high- and low-temperature, cyclic, UV, and xenon-irradiation tests on its glass and controllers to ensure consistent product quality.
Octoglass places particular care on product quality, which is why we have conducted a large number of different tests to be as confident as possible that our customers receive products of excellent quality.
We have carried out numerous high- and low-temperature tests (down to −70 °C) for both glass and controllers. We also perform cyclic tests, UV exposure tests, and xenon irradiation tests using weatherometers.
A control system developed by SPbGTI(TU) postgraduate Sergey Lebedev for large-format electrochromic glass ranked among the top 10 finalists of the Energy Technology Hub Incubator and was tested at Gazprom Neft facilities with Octoglass's support.
Researchers from Saint Petersburg State Institute of Technology and AO Octoglass developed a charge-discharge control method that sharply improves uniformity in large-area electrochromic devices.
Octoglass begins shipping its first electrochromic insulating glass unit, which lets customers adjust solar gain, reduce screen glare, and improve thermal insulation.