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The Schneider MP2 louvre, initially introduced in 2012, quickly emerged as the preferred choice in the Australian market as thermal performance requirements escalated with updates to the National Construction Code (NCC). Its exceptional features make it a standout solution for contemporary architectural projects.

Already recognised as the top performing louvre on the market, and now we are taking them to the next level with the release of the MP2 Opposed Opening Louvre this week.

The MP2 Series stands out from the crowd, offering unmatched quality and performance. Meticulously designed to integrate seamlessly with sophisticated building architecture and design, these louvres make a bold statement while enhancing the overall aesthetics of any structure.

EBSA – Delivering real commercial solutions
“We make buildings breathe”

In this recent Architecture & Design article, David Auret, Director of EBSA, highlights the impact of automated façades in response to the Covid-19 pandemic. By integrating digital actuators and controllers, buildings can now communicate directly with window actuators, enabling real-time feedback and fault reporting. The latest advancements, like the digital satellite module, reduce field cabling by up to 50%, making natural ventilation and smoke control solutions more sustainable. This innovative approach is changing the game and reshaping industry expectations.

https://www.architectureanddesign.com.au/features/features-articles/smart-and-smarter-the-latest-in-commercial-buildin

In this whitepaper, EBSA addresses the knowledge gap and takes a closer look at the key considerations when designing and specifying automatic windows and natural ventilation systems, including how to address potential safety risks.
Access our white paper at the below link:
In this whitepaper, we take a closer look at window design – specifically window automation – and how this can be harnessed to boost indoor air quality and meet elevated health and performance outcomes in schools and other educational facilities.
Access our white paper at the below link:
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