Ontario Building Code Breakfast
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1 Ontario Building Code Breakfast SB-10 Implications on Design Michelle Xuereb Associate, Sustainability Strategist 29 April 2014 OBC Application in GTA Toronto Green Standard 1
2 Table of Contents 1. Toronto Green Standard 2. Exterior Building Envelope 3. Thermal Bridging 4. Energy Modeling 5. Project Results 6. Conclusions Exterior Building Envelope Mandatory Provisions ADAPTABILITY FLEXIBILITY DURABILITY 2
3 Exterior Building Envelope Mandatory Provisions From OBC and SB-10 Checklis Exterior Building Envelope Insulation Values Select Excerpt from SB-10 Tables SB5.5-1 to Air Leakage Rates Window U-Values 1. Climactic Zone 2. Wall/Roof Assembly - Insulation R-Value 3. Window Assembly - Window U-Value 3
4 Exterior Building Envelope Effective R-Value vs. Nominal R-Value Effective R-Values Excerpt from ASHRAE 1365 Air Leakage Rates Window U-Values Continuous Insulation is about the insulation performance Adding more insulation does not mean higher effective R-Value Exterior Building Envelope Thermal Bridging From: Mossison Hershfield Solutions, Floor Slab Edges Count Details Matter Insulation performance is related directly to the details 4
5 Energy Modeling Archetype Condominium Final Report Charrette Energy Modeling Archetype Condominium Report for Sustainable Buildings Canada Energy Modeling Archetype Condominium Report Archetype for Sustainable Condominium Buildings Final Canada Report 5
6 Energy Modeling Archetype Condominium Report Archetype for Sustainable Condominium Buildings Final Canada Report Energy Modeling Archetype Condominium Report Archetype for Sustainable Condominium Buildings Final Canada Report 6
7 Energy Modeling Window to Wall Ratios Archetype Condominium Final Report 1. What is the impact of reduce the area of vision glass? Enigma Energy Modeling Window to Wall Ratios Archetype Condominium Final Report 7
8 Energy Modeling Window to Wall Ratios 70% Energy Modeling Window to Wall Ratios 60% 8
9 Energy Modeling Window to Wall Ratios 50% Energy Modeling Window to Wall Ratios 40% 9
10 Energy Modeling Window U-Value Archetype Condominium Final Report 1. What is the impact of reducing the area of vision glass? 2. What is the impact of increasing the overall performance of the fenestration? The HighPark Energy Modeling Window U-Value Archetype Condominium Final Report 10
11 Energy Modeling Window U-Value 70% Energy Modeling Window U-Value 60% 11
12 Energy Modeling Window U-Value 50% Energy Modeling Window U-Value 40% 12
13 Energy Modeling Opaque Assembly Archetype Condominium Final Report 1. What is the impact of reducing the area of vision glass? 2. What is the impact of increasing the overall performance of the fenestration? 3. What happens the spandrel glass is replaced with a higher performing wall assembly? DUKE Energy Modeling Opaque Assembly Archetype Condominium Final Report 13
14 Energy Modeling Opaque Assembly 70% Energy Modeling Opaque Assembly 60% 14
15 Energy Modeling Opaque Assembly 50% Energy Modeling Opaque Assembly 40% 15
16 Comparing Energy Models Project Results Compared to MNECB 25% over 1997 MNECB or SB-10 Compliance Path 1a Conclusions Key Issues Summary Be aware of the required insulation in your climactic zone; Think effective R-Value rather than nominal and confirm your assumptions early; Energy model during design development to confirm you are meeting your energy targets; Minimize the percentage of glazing and specify the best possible window system within the project budget; Reduce thermal bridging through careful detailing; Ask a lot of questions. Engage in the dialogue. 16
17 Thermal Bridging Thank you 17
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