NEW HOMES CASE STUDIES

Energy Save New West is pleased to present the following case studies of high performance new home projects that are designed and built to achieve enhanced occupant comfort and improved energy performance.

 

1010B Third Avenue

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EnerGuide Rating: 61 GJs

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Energy Step Code: Level 4

Project Summary
  • Single-family detached home constructed under Heritage Revitalization Agreement (HRA) with City of New Westminster
  • 37% better energy efficiency performance than code built home
  • Builder: Allan Greenwood
Key Project Features
  • Pre-fabricated wall assembly (R35+ effective)
  • High-performance windows (USI 0.8, triple-glazed windows)
  • HRV @ 75% efficiency
  • 1.34 ACH @ 50 Pa
EnerGuide Label

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502 Richmond Street

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EnerGuide Rating: 69 GJs

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Energy Step Code: Level 3

Project Summary
  • Single-family detached custom home
  • 27% better energy efficiency performance than code built home
  • Builder: KBC Developments
  • Architect/Designer: Randy Bens Architect
Key Project Features
  • Exterior wall insulation (R25+ effective)
  • ICF foundation
  • HRV @ 80% efficiency
  • 2.49 ACH @ 50 Pa
EnerGuide Label

302 Eighth Avenue

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EnerGuide Rating: 80 GJs

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Energy Step Code: Level 3

Project Summary
  • Single-family detached custom home
  • 15% better energy efficiency performance than code-built home
  • Builder: R. Dhaliwal / A. Duhra
Key Project Features
  • R22 effective walls
  • Condensing gas boiler (95% AFUE)
  • U-value 1.4 windows
  • 2.5 ACH @ 50 Pa.
EnerGuide Label

430 Alberta Street

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EnerGuide Rating: 41 GJs

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Energy Step Code: Level 5

Project Summary
  • Single-family detached custom home
  • Certified Passive House project
  • 41% better energy efficiency performance than code built home
  • Builder: Lanefab Design/Build
Key Project Features
  • 2×8 walls with full depth cellulose + 2×8, 48″OC SIP (structural insulated panel) with full depth rigid (approx. R-55 effective)
  • Ductless heat pump with HSPF 12, SEER 27.5
  • HRV @ 75% SRE
  • 0.49 ACH @ 50 Pa
EnerGuide Label

326 Arbutus Street

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EnerGuide Rating: 52 GJs

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Energy Step Code: Level 3

Project Summary
  • Single-family detached custom home
  • 41% better energy efficiency performance than code built home
  • Builder: Ruegamer Construction
Key Project Features
  • 2 x 6 walls with R24 batt with R6 exterior insulation
  • 95% AFUE natural gas combination boiler
  • Ductless heat pump (9 HSPF)
  • HRV @ 61% SRE
  • 0.96 ACH @ 50 Pa
EnerGuide Label

552 Amess Street

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EnerGuide Rating: 34 GJs

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Energy Step Code: Level 3

Project Summary
  • Laneway home
  • 32% better energy efficiency performance than code built home
  • Builder:  Greg Gerke
Key Project Features
  • R27+ Effective Walls
  • Solar PV roof panels designed to generate 9 GJs per year of renewable energy
  • Ductless heat pump (HSPF 9)
  • HRV @66% SRE
  • 2.2 ACH @ 50 Pa
EnerGuide Label

1358/1368 10th Avenue

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EnerGuide Rating: 41 GJs & 40 GJs

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Energy Step Code: Level 4

Project Summary
  • Two (2) small-footprint single-family detached homes
  • 28% better energy efficiency performance than code built home
  • ENERGY STAR® for New Home and R2000 certification
  • Builder: Faserit Construction
Key Project Features
  • Improved insulation in wall assemblies (R35+ effective)
  • 2 kW solar PV array
  • HRV @ 75% efficiency
  • 0.90 ACH @ 50 Pa
EnerGuide Label

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438 Oak Street

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EnerGuide Rating: 59 GJs

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Energy Step Code: Level 2

Project Summary
  • Single-family detached custom home
  • 34% better energy efficiency performance than code built home
  • Builder:  Versa Developments Ltd.
Key Project Features
  • Condensing gas boiler (95% AFUE)
  • Air source heat pump (7.13 HSPF)
  • Natural gas direct vent storage tank (0.79 EF)
  • 2.86 ACH @ 50 Pa
EnerGuide Label

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227 Seventh Avenue

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EnerGuide Rating: 96 GJs

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Energy Step Code: Level 2

Project Summary
  • Single-family detached custom home
  • 16% better energy efficiency performance than code built home
  • Builder: V. Van Dyk
Key Project Features
  • Condensing gas boiler (96% AFUE)
  • U-value 1.4 windows
  • HRV @ 81% SRE
  • 1.3 ACH @ 50 Pa.
EnerGuide Label

1512 Edinburgh Street

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EnerGuide Rating: 94 GJs

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Energy Step Code: Level 2

Project Summary
  • Single-family detached custom home
  • 13% better energy efficiency performance than code built home
  • Builder: B. Lagman
Key Project Features
  • 95% AFUE natural gas combination boiler
  • HRV @ 69% SRE
  • 2.96 ACH @ 50 Pa
EnerGuide Label

2120 London Street (Main)

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EnerGuide Rating: 62 GJs

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Energy Step Code: Level 3

Project Summary
  • Single-family detached custom home
  • 44% better energy efficiency performance than code built home
  • Builder:  Henryson Development Ltd.
Key Project Features
  • R22 Effective Walls
  • Natural gas combi boiler (95% AFUE) w/ air source heat pump (HSPF 9)
  • HRV @63% SRE
  • 1.4 ACH @ 50 Pa
EnerGuide Label

2217 Dublin Street

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EnerGuide Rating: 38 GJs

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Energy Step Code: Level 3

Project Summary
  • Laneway home
  • 7% better energy efficiency performance than code built home
  • Builder:  Nevin Massing
Key Project Features
  • Triple-pane windows (USI 1.12 to 1.21)
  • Condensing natural gas boiler (95% AFUE)
  • ERV @55% SRE
  • 2.4 ACH @ 50 Pa
EnerGuide Label

121 Carroll Street

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EnerGuide Rating: 76 GJs

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Energy Step Code: Level 2

Project Summary
  • Single-family detached custom home
  • 15% better energy efficiency performance than code built home
  • Builder: Meridian Pacific Construction
Key Project Features
  • TECA Quality First™ installed furnace
  • Natural gas tankless condensing domestic hot water (0.97 EF)
  • HRV @ 61% efficiency
  • 1.84 ACH @ 50 Pa
EnerGuide Label

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1222 Edinburgh Street

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EnerGuide Rating: 69 GJs

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Energy Step Code: Level 3

Project Summary
  • Single-family detached custom home
  • 28% better energy efficiency performance than code built home
  • ENERGY STAR® New Home certification
  • Participant in FortisBC’s New Home program
  • Builder:  Urban Flare Developments
Key Project Features
  • Improved insulation in wall assemblies (R22+ effective)
  • Condensing gas boiler (95% AFUE)
  • HRV @ 72% efficiency
  • 1.24 ACH @ 50 Pa
EnerGuide Label

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424 Fourth Street

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EnerGuide Rating: 79 GJs

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Energy Step Code: Level 4

Project Summary
  • Single-family detached custom home
  • 28% better energy efficiency performance than code built home
  • Builder: Versa Developments
Key Project Features
  • 2 x 6 walls with R24 batt and 1.5” exterior insulation
  • 95% AFUE natural gas combination boiler
  • HRV @ 65% SRE
  • 1.3 ACH @ 50 Pa
EnerGuide Label

1106 Edinburgh Street

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EnerGuide Rating: 72 GJs

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Energy Step Code: Level 2

Project Summary
  • Single-family detached custom home
  • 18% better energy efficiency performance than code built home
  • Builder: Merit Homes
Key Project Features
  • 2 x 6 walls with R24 batt and 1.5” exterior insulation
  • 95% AFUE natural gas combination boiler
  • HRV @ 62% SRE
  • 2.9 ACH @ 50 Pa
EnerGuide Label

2120 London Street (Laneway)

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EnerGuide Rating: 45 GJs

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Energy Step Code: Level 3

Project Summary
  • Laneway home
  • 10% better energy efficiency performance than code built home
  • Builder:  Henryson Development Ltd.
Key Project Features
  • R22 Effective Walls
  • Ductless heat pump (HSPF 11) w/ electric baseboard
  • HRV @66% SRE
  • 2.5 ACH @ 50 Pa
EnerGuide Label

706 First Street

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EnerGuide Rating: 63 GJs

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Energy Step Code: Level 4

Project Summary
  • Single Detached
  • 32% better energy efficiency performance than code built home
  • Builder:  Versa Developments Ltd.
Key Project Features
  • Triple-pane windows (USI 1.02 to 1.19)
  • Natural gas forced air furnace (96% AFUE)
  • HRV @73% SRE
  • 0.8 ACH @ 50 Pa
EnerGuide Label

Energy Step Code

In April 2017, the Province of British Columbia adopted the BC Energy Step Code as regulation. The new standard is a tool designed to help both government and industry chart a course to a future in which all new construction across the province is “net-zero energy ready” by 2032.  For Part 9 homes, there a series of five (5) steps that incrementally increase the performance-based energy-efficiency requirements for new construction projects.

Step 1 entails modelling energy performance and measuring airtightness to ensure that a building will meet or exceed the minimum energy-efficiency requirements in the base BC Building Code. Meanwhile, at the opposite end of the scale, the highest step represents a “net-zero energy ready” standard – a standard that is being met by the most energy-efficient projects being developed today.

In short, the BC Energy Step Code provides more consistency to industry, establishing a standard set of performance requirements, while offering local governments a simple and effective set of standards to support their energy conservation and greenhouse gas reduction goals.  For more information on the Energy Step Code, visit energystepcode.ca