Morrison Hershfield has announced that the Building Envelope Thermal Bridging Guide – Analysis, Applications, and Insights is now public and can be downloaded from BC Hydro. The guide aims to overcome obstacles confronting the industry with respect to mitigating thermal bridging to reduce energy consumption in buildings.
The guide was developed by Morrison Hershfield in collaboration with co-sponsors and industry partners. Co-sponsors include BC Hydro Power Smart, Canadian Wood Council, Fortis BC, FPInnovations, and Homeowner Protection Office. Industry partners helped extend the scope of the guide to include many additional details.
The principle goal of these collaborating organizations is to promote energy-efficiency in buildings by increasing awareness of the impact of and methods to mitigate thermal bridging. To meet these goals, the guide addresses a number of obstacles currently confronting our industry by:
-
Cataloging the thermal performance of common building envelope assemblies and interface details.
-
Providing data-driven guidance that will make it easier for the industry to comprehensively consider thermal bridging in building codes and bylaws, design, and whole building energy simulations.
-
Examining the costs associated with improving the thermal performance of opaque building envelope assemblies and interface details, and forecasting the energy impact for several building types and climates.
-
Evaluating the cost effectiveness of improving the building envelope through more thermally efficient assemblies, interface details, and varying insulation levels.
-
The guide, which is broken into three main sections for ease of use, contains helpful information for technical committees for energy standards, regulators, utilities, architects, mechanical designers, building envelope consultants, energy modellers, developers, manufacturers and trade organizations.
The guide outlines how to effectively account for thermal bridging and is backed up by an extensive catalogue of thermal performance data. This information is essential for practitioners evaluating building envelope thermal performance.
Researchers and regulators will be interested in the sections focused on market transformation, which includes an evaluation of cost effectiveness and energy savings in common large building types.
Related Stories
| Feb 8, 2013
Isabella Stewart Gardner Museum’s new wing voted Boston’s 'most beautiful new building'
Bostonians voted the Isabella Stewart Gardner Museum's new wing the People's Choice Award winner for 2012, honoring the project as the city's "most beautiful new building" for the calendar year. The new wing, designed by Renzo Piano and Stantec, beat out three other projects on the short list.
| Feb 6, 2013
Arcadia (Calif.) High School opens $20 million performing arts center
A 60-year old wish for the community of Arcadia has finally come true with the opening of Arcadia Unified School District’s new $20 million Performing Arts Center.
| Feb 6, 2013
CSI: Revitalizing the brand to achieve the mission
CSI is revitalizing its brand as part of its continued pursuit of its mission: improving facility performance through better communication in the commercial-level construction industry.
| Feb 5, 2013
8 eye-popping wood building projects
From 100-foot roof spans to novel reclaimed wood installations, the winners of the 2013 National Wood Design Awards push the envelope in wood design.
| Feb 3, 2013
Electronic surveying improves accuracy on BIM-driven hospital project
A mechanical contractor combines an electronic surveying tool with a BIM model to make significant productivity gains in a large-scale hospital project.
| Jan 30, 2013
Design Firm Little Expands Durham Interiors Studio
Both Benner and Byers have expertise in market sectors such as corporate, retail, hospitality, healthcare, research /technology, critical facilities, civic and education.