1. Specialist High Skills Major Energy Efficiency Training Awareness featuring the Energy Star Program

2. What is Energy Efficiency? Means conserving energy by…  Using less energy  Using existing energy more effectively Like time and money, energy can be used effectively or squandered. What everyday examples can you think of, of Energy wastage? Of effective use?

3. Why Energy Efficiency?  Energy costs everyone $$$$$!  Shortages of energy  Environmental impact  Public Health

4. New House Construction & Renovations  Energy Efficient products… “green”  Improved installation quality  New installation techniques  Testing But what standard can be used to compare One house with another?

5. Energy Star Program for new homes  International symbol measuring product energy efficiency  International program developed in US by the EPA in 1992  In Canada since 2001  New homes can receive symbol in 2005  In 2007 program piloted in Ontario & Saskatchewan  Administered by Enerquality Corporation

6. Success – media Over 700 newspaper articles since pilot launch. Q. What is the most common upgrade to new houses in Ontario? SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 A. Granite countertop

7. House Performance Goals House Performance Goals Up to 30% less energy consumed than a house built to the minimum Ontario Building Code 2006 Up to 1,200 kWhs reduction in electricity use Up to 3 tonnes reduction of greenhouse gas emissions SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008

8. How it works Homes can only receive an ENERGY STAR ® label if they have been enrolled. Enrollment is $100 by the builder when the house is sold Enrollment provides the homeowner, on behalf of the builder, an ENERGY STAR ® Homeowner’s Package which includes the following items: –ENERGY STAR Qualified New Home label –ENERGY STAR Qualified New Home Certificate –Homeowner’s Letter from NRCan –“Look for ENERGY STAR ® Product Guide” –“Tips to help you… Conserve Energy and Save Money” –ENERGY STAR ® Plaque (exterior application) SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008

9. ADDRESS BUILDER NAME EVALUATOR TEST DATE FILE NUMBER SEAL OF AUTHENTICITY EnerQuality Corp. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008

10. How is it checked All ENERGY STAR qualified homes are tested and verified by independent, third party contractors trained and certified by EnerQuality. They are referred to as Certified Energy Evaluators (evaluators). SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008

11. The big culprit… Air Leakage Metric NLA = 1.4 cm 2 per m 2 Imperial: NLA = 2 in 2 per 100 ft 2

12. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Floors and Walls: Combination interior / exterior air barrier

13. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 The Building Envelope:  The main offenders of Air Leakage 1. Room over the garage

14. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 The Building Envelope: 2. Back framing

15. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 The Building Envelope: 3. Pot lights and Exhaust fans

16. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 The Building Envelope: 4. Headers, chases and cantilevers

17. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 The Building Envelope:  The main offenders of Air Leakage 5. Electrical, light and cable boxes

18. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Floors and Walls: Air Leakage Review: The key areas and offenders

19. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 The Building Envelope: The Framing Challenge Bath tub sits here  To improve the construction of or the construction design / detailing of the offenders so you can hit the ENERGY STAR ® air tightness requirement

20. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing specific: W rapping the ring joist: the right way

21. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing specific: Room over the garage: doing it right

22. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing specific: R-28 BATTS OR SPRAY ON FOAM FULL LENGTH INSULATION BLANKET R-12 1” XTPS HEADER WRAP Headers, chases and cantilevers problems

23. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing specific: Windows: doing it right Minimum 3/8 “ for air-sealing

24. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing specific: Insulation: mission impossible! How can you insulate here?

25. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing specific: Preparing for insulation: framing it right No problem!

26. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing specific: Heat-loss through attics Eave Compression and Raised Heel Truss

27. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Framing Any Questions??

28. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 The Building Envelope: The Challenge for electricians  To improve the construction of or the construction design / detailing of the offenders so you can hit the ENERGY STAR ® air tightness requirement

29. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Electrical specific: Solutions Ensuring that ample vapour barrier is available for air barrier connections is essential when not using self-sealing boxes.

30. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Electrical specific: Solutions However, self-sealing boxes are the best

31. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Electrical specific: Solutions

32. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Electrical specific: Solutions However, self-sealing pot lights are the best

33. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Electrical specific: Electrical load reduction Electricity reduction: kWh / year*  Greater than 2580 sq. ft.1200 kWh / year  1940 – 1580 sq. ft.1000 kWh / year  1290 – 1580 sq. ft. 800 kWh / year  Less than 1290 sq, ft. 600 kWh / year  PLUS: all builder installed electrica; appliances must be ENERGY STAR qualified

34. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Plumbing specific: Sump pit Regular sump pump pits are air leakage nightmares

35. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Plumbing specific: Sump pit Self-sealing units with submersible pumps should be used

36. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Plumbing specific: Intentional openings Intentional openings must be cut to proper size and sealed

37. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Plumbing specific: No water lines can be run in exterior walls

38. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Plumbing specific: Water Heater ENERGY STAR ® ≥ 60% efficiency

39. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Plumbing specific: Better yet… Hot water On Demand Non-condensing boiler = 84% efficiency ENERGY STAR ® condensing gas boiler = 85%+ AFUE efficiency

40. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 HVAC specific: Furnace Furnaces need to be right-sized A high efficiency furnace must be used.

41. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 HVAC specific: Optimizing the Number of Runs ENERGY STAR ® allows for the reduction of the number or size of heat runs because of a reduction in heat loss up to 30%

42. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 HVAC specific: HRV (Heat Recovery Ventilation) Fully ducted HRV, eliminate the use of principal, kitchen and bathroom fans

43. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 HVAC specific: HRV (Heat Recovery Ventilation) ENERGY STAR requires HRVs to be 60% efficient at 0 0 C. Integrated HRVs are allowed provided they meet the efficiency requirements Stand alone fanless HRVs equal 40% efficiency and are not allowed.

44. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 HVAC specific: Alternative Energy Sources  Wind generators  Photo voltaic  Geo-thermal heat pump  Solar hot water heater

45. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Basement: Insulation ENERGY STAR ® requirements - Examples: Full height R-12 blanket or R-12 batts or R12 insulating board applied inside (with gypsum board finish), or exterior side. R-12, 2 feet below grade  Basement insulation OBC code:

46. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Basement: Insulation Builder Pkg. ≤ 5000 DD zone MOISTURE BARRIER VAPOUR BARRIER AND DRAINAGE REQUIRES WIRING AND DRYWALL FINISH FOR FIRE-RATING R-12/R-19 FRAMED R-12/R-19 FRAMED

47. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Floors and Walls Theory of Insulation AIR TIGHT CAVITIES Air movement through and around poorly fitted or poorly installed insulation can increase heat loss  Poor Installation practices can result up to 30% additional heat loss

48. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Floors and Walls R-Values by insulation type Insulation Material RSIAdvantagesDisadvantagesBATT - widely available - relatively non combustible - moisture and air infiltration reduce performance - Compression due to weight of multiple layers of batts can reduce performance Glass fiber 0.022 (3.2) - see above Mineral fiber 0.024 (3.5) - see above BOARDSTOCK - variety of facing materials can provide air and moisture resistance, and protection against ultraviolet rays Expandable polystyrene (Type 1 and 2) 0.026 (3.8) to 0.030 (4.4) - available in several densities for use in different applications - moisture resistant - resistant to air flow - combustible Extruded polystyrene (type 3 and 4) 0.034 (5.0) - moisture resistant - resistant to air flow - combustible High density glass fiber 0.029 (4.2) to 0.031 (4.5) - relatively non combustible - can improve drainage next to the foundation Polyurethane 0.041 (6.0) - moisture resistant - resistant to air flow - combustible Phenolic0.034(5.0) - non combustible - not readily available - not moisture resistant SPRAY- TYPE e.g., Icynene® with Isocyanurate’s R value of 3.6 per inch 0.025 - resistant to air flow - must be installed buy a specially trained - contractor Cellulose Fiber 0.024 (3.5) - see above Isocyanurate 0.034 (5.0) - see above Poly urethane 0.041 (6.0) - see above - combustible

49. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Sealing Exterior sheathing: Low expansion Urethane foam May also be used for sealing XTPS

50. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Detailing vents penetrating the attic space Detailing the plumbing stack Low expansion Urethane foam For plumbing stacks Sealing intentional openings:

51. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Low expansion Urethane foam For electrical penetrations Detailing the holes where electrical wires enter the attic space Detailing the holes where electrical wires enter an exterior wall Sealing intentional openings:

52. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Sealing intentional openings: Low expansion Urethane foam For rim board penetrations

53. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Attics and Roofs: Wind Damage  Timely installation of soffits will help avoid wind damage to blown-in insulation

54. Technical Specifications Version 3.1 3.1.1 Windows and doors SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008

55. Insulating Windows: Windows: no room for insulation! Window frame Framed sill 1/8 “

56. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Insulating Windows: Low expansion Urethane foam Is probably your best sealant

57. SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008 Insulating Any Questions??

58. Other important facts about insulation…  The Ontario Building Code required a minimum standard of R- 19 in walls. How is this achieved in our house? The minimum standard of insulation in attics is R 40 How was this achieved in our house?

59.  Are there any other energy efficient products that were used in our house that haven’t been mentioned?  Once the house is built what products can homeowners purchase to add to energy conservation in the home?

60. We made It!!!! Time for the test SPECIALIST HIGH SKILLS MAJORS (Construction) © EnerQuality Corporation 2008