PROGRAMME DES FOURNISSEURS D’ÉDUCATION (PFÉ)

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Cascadia Windows & Doors

Cascadia Windows & Doors is an innovative industry leader, manufacturing beautifully designed architectural fiberglass windows, doors and cladding support systems. Included in some of the most exciting and award-winning construction projects across North America, Cascadia's goal is to help revolutionize the energy-efficiency of modern buildings and drive the adoption of high-performance building products. From residential Passive House projects to commercial and multi-family buildings, Cascadia's fiberglass windows and doors offer unparalleled thermal and structural performance compared to traditional vinyl and aluminum. This increased performance allows architects and specifiers to easily reduce building costs and dramatically improve a building's overall energy performance, all while delivering an engaging, highly livable space.
  • Contact: Linda Johnson
  • Téléphone: (604) 857-4600
  • Courriel: ljohnson@cascadiawindows.com
  • Site de web: www.cascadiawindows.com
  • Course description: Cascadia Windows & Doors: Mind the Gap: Better Exterior Wall Performance Through Cladding Attachments

    29 octobre 2024 - 12:00 PM (EST) - 28 novembre 2024 - 1:00 PM (EST)

    Tue, Oct 29 @ 9am PST (12pm EST)

    Click to Register

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    Thu, Nov 28 @ 9am PST (12pm EST)

    Click to Register

    Many North American jurisdictions are moving beyond ASHRAE performance requirements for exterior wall assemblies, shifting instead to a holistic, building energy performance standard (BEPS) approach. A line-item-by-line-item approach no longer yields the best results. Instead, component performance needs to be viewed across multiple facets to build high-performance exterior wall assemblies. This presentation discusses the impacts of thermal bridging on compliance with emerging building energy performance standards (BEPS), as well as ASHRAE.

    1. Understand emerging building energy performance standards (BEPS), reviewing their similarities and difference compared to ASHRAE

    2. Understand the non-linear effect that highly conductive wall components have on the total effective wall R-value

    3. Review typical cladding attachment options, comparing their performance across categories such as price, thermal performance, constructability and installation efficiencies, and fire-resilience