HOT2000 Natural Resources CANADA Version v11.3

Transcription

1 HOT2000 Natural Resources CANADA Version v11.3 File: 1234 Fulton Ave..h2k ERS reference house Weather Library: C:\HOT2000 v11.3\dat\wth110.dir Weather Data for: VANCOUVER, BRITISH COLUMBIA Builder Code: Data Entry by: Jane Smith Date of entry: Company: ABC Energy Advisor Client name: Anderson, Jill Street address: 1234 Fulton Ave. City: West Vancouver Region: BRITISH COLUMBIA Postal code: V7V3T3 Telephone: Mailing address: 1234 Fulton Ave. City: West Vancouver Region: BRITISH COLUMBIA Postal Code: V7V3T3 GENERAL HOUSE CHARACTERISTICS House type: Single Detached Number of storeys: One storey Plan shape: Front orientation: South Year House Built: 2017 Wall colour: Default Absorptivity: 0.40 Roof colour: Default Absorptivity: 0.40 Soil Condition: Normal conductivity (dry sand, loam, clay) Water Table Level: Normal (7-10m/23-33ft) House Thermal Mass (A) Light, wood frame Level: Effective mass fraction Occupants : 2 Adults for 50.0% of the time 1 Children for 50.0% of the time 0 Infants for 0.0% of the time Page 1 of 22

2 Page 2 of 22 Sensible Internal Heat Gain From Occupants: 2.00 kwh/day

3 HOUSE TEMPERATURES Heating Temperatures Main Floor Daytime Setpoint: 21.0 C Nightime Setpoint: 18.0 C Nightime Setback 8.0 Hours Duration: 24 Hour Average: 20.0 C Basement Setpoint: 19.0 C TEMP. Rise from 20.0 C: 5.5 C Cooling Temperature: Main Floor C Basement: Basement is- Heated:Yes Cooled: Yes Separate T/S: Yes Fraction of internal gains released in basement : Indoor design temperatures for equipment sizing Heating: 22.0 C Cooling: 24.0 C WINDOW CHARACTERISTICS Label Location # Overhang Width South Window Window East Window Window North Window Window West Window Window Main Fl Walls deep base Main Fl Walls deep base Main Fl Walls deep base Main Fl Walls deep base Header Height Tilt deg Curtain Factor Shutter (RSI) Label Type # Window Window Total Window SHGC ER* Page 3 of 22

4 Page 4 of 22 South Window NBC 9.36 Window NBC 9.36 Code 8 East Window NBC 9.36 Code 4 Window NBC 9.36 Code 9 North Window NBC 9.36 Code 5 Window NBC 9.36 Code 10 West Window NBC 9.36 Code 6 Window NBC 9.36 Code 11 Width Height Area (m 2 ) RSI *ER Window Energy Rating (ER 2009) estimated for actual dimensions, and Air tightness type: CSA - A3; Leakage rate = 0.50 L/s.m 2 Above grade fraction of wall area occupied by s: 20.8 % *** TYPE 2 USER DEFINED WINDOW CODES *** Code Label NBC 9.36 NBC 9.36 Code 8 Description Glazing Type NBC 9.36 Double/double with 1 coat NBC 9.36 Double/double with 1 coat Fill Gas Thermal SHGC Window Resistance Style Argon RSI Argon RSI Picture Soft Coat Picture Soft Coat Low Frame -E Height Coating NBC NBC 9.36 Double/double Argon Picture Soft 83.00

5 Page 5 of Code 4 NBC 9.36 Code 9 NBC 9.36 Code 5 NBC 9.36 Code 10 NBC 9.36 Code 6 NBC 9.36 Code 11 NBC 9.36 Double/double with 1 coat NBC 9.36 Double/double with 1 coat NBC 9.36 Double/double with 1 coat NBC 9.36 Double/double with 1 coat NBC 9.36 Double/double with 1 coat with 1 coat RSI Coat Argon RSI Argon RSI Argon RSI Argon RSI Argon RSI Picture Soft Coat Picture Soft Coat Picture Soft Coat Picture Soft Coat Picture Soft Coat BUILDING PARAMETER DETAILS CEILING COMPONENTS CEILING CODE SCHEDULE Name Internal Code MAIN WALL COMPONENTS Label Lintel Type Construction Type Code Type Roof Slope Heel Ht. Section Area (m 2 ) Base flat F1c Flat User 0.000/ specified R1 Upper Ceiling Attic/hip 2403J / main f2b Flat User specified 0.000/ Description (Structure, typ/size, Spacing, Insull, 2, Int., Sheathing, Exterior, Studs) R. Value (RSI) 2403J J01000 Truss, 38x89 mm (2x4 in) Attic truss, 600 mm (24 in), RSI 279 mm (R 11.0'') batt, None, 12 mm (0.5 in) gypsum board, N/A, N/A, N/A Fac. Dir Number of Corn. Number of Inter. Height Perim. Area (m 2 ) Main Fl Walls 101 N/A R. Value (RSI)

6 Page 6 of 22 Type: User specified vault Type: User specified 101 N/A EXPOSED FLOORS Label Floor Code Type Area (m 2 ) R. Value (RSI) 2 User specified m User specified DOORS Label Type Height Width Door Loc: Main Fl Walls Door Loc: deep base FOUNDATIONS Gross Area (m 2 ) R. Value (RSI) User specified User specified Foundation Name: deep base Foundation Type: Basement Volume: m 3 Data Type: Library Opening to Main Floor: 8.64 m 2 Total Wall Height: 4.32 m Non-Rectangular Depth Below Grade:2.83 m Floor Perimeter: m Floor Area: m 2 Interior wall type: User Specified R-value: 1.87 RSI Exterior wall type: User specified R-Value: 0.00 RSI Number of corners :16 Lintel type: 101 Added to slab type :N/A R-Value: 0.00 RSI Floors Above Found.: R-Value: 1.06 RSI Exposed areas for: deep base Exposed Perimeter: m Configuration: BCCB_4 - concrete walls and floor - interior surface of wall insulated over full-height - exterior surface of wall insulated over full-height - sub-surface of floor slab fully insulated but no insulation under footings - thermal-break between walls and floor slab - any first storey construction type

7 Page 7 of 22 FOUNDATION CODE SCHEDULE Floors Above Foundation Name Internal Code Lintel Code Schedule Name Code Description ( Type, Material, Insulation ) ROOF CAVITY INPUTS Description (Structure, typ/size, Spacing, Insul1, 2, Int., Sheathing, Exterior, Drop Framing) Composite wood joist, 38x302 mm (2x in), 400 mm (16 in), None, None, Carpet & underpad, Plywood/Particle board 18.5 mm (3/4 in), 12 mm (0.5 in) Gypsum board, No PONY WALL COMPONENTS Label Lintel Fac. Type Dir deep base Type: User specified Number of Corn. Number of Inter. Height Perim. Area (m 2 ) R. Value (RSI) 101 N/A FOUNDATION FLOOR HEADER COMPONENTS Label Lintel Fac. Type Dir Floor Header - b copy (Location:deep base) Type: User specified Number of Corn. Number of Inter. Height Perim. Area (m 2 ) R. Value (RSI) N/A N/A Double, Wood, Same as wall framing cavity Gable Ends Total Area: 0.00 m 2 Sheathing Material Plywood/Part. bd 9.5 mm (3/8 in) 0.08 RSI Exterior Material: Hollow metal/vinyl cladding 0.11 RSI Sloped Roof Total Area: m 2 Sheathing Material Plywood/Part. bd 12.7 mm (1/2 in) 0.11 RSI Exterior Material: Asphalt shingles 0.08 RSI Total Cavity Volume: m 3 Ventilation Rate: 0.50 ACH/hr

8 Page 8 of 22 BUILDING ASSEMBLY DETAILS Label Construction Code Nominal (RSI) System (RSI) CEILING COMPONENTS R1 Upper Ceiling 2403J FLOORS ABOVE BASEMENTS deep base Effective (RSI) BUILDING PARAMETERS SUMMARY ZONE 1 : Above Grade Component Area m 2 Area m 2 Effective Heat Loss % Annual Gross Net (RSI) MJ Heat Loss Ceiling Main Walls Doors Exposed floors South Windows East Windows North Windows West Windows ZONE 1 Totals: INTER-ZONE Heat Transfer : Floors Above Basement Area m 2 Area m 2 Gross Net Effective (RSI) Heat Loss MJ ZONE 2 : Basement Component Area m 2 Area m 2 Effective Heat Loss % Annual Gross Net (RSI) MJ Heat Loss Walls above grade South s East s North s West s Basement floor header Pony walls Below grade foundation

9 Page 9 of 22 ZONE 2 Totals: Air Leakage and Mechanical Ventilation House Volume Air Change Heat Loss MJ m ACH % Annual Heat Loss

10 AIR LEAKAGE AND MECHANICAL VENTILATION Building Envelope Surface Area: m 2 Air Leakage Test Results at 50 Pa. (0.2 in H 2 O) = Equivalent Leakage 10 Pa = 2.50 ACH cm2 Terrain Weather Station Building site : Open flat terrain, grass Height Anemometer: 10.0 Suburban, forest Height of the highest ceiling: 10.4 Local Shielding: Walls: Flue : Heavy Light Leakage Fractions- Ceiling: Walls: Floors: Normalized Leakage 10 Pa: cm 2 /m 2 Estimated Airflow to cause a 5 Pa Pressure Difference: Estimated Airflow to cause a 10 Pa Pressure Difference: 252 L/s 395 L/s F326 VENTILATION REQUIREMENTS Kitchen, Living Room, Dining Room Bedroom Bedroom Bathroom Basement Rooms L/s: 15.0 L/s L/s: 10.0 L/s L/s: 10.0 L/s L/s: 15.0 L/s 10.0 L/s SECONDARY FANS & OTHER EXHAUST APPLIANCES Control Supply (L/s) Exhaust (L/s) Other Fans Continuous Page 10 of 22

11 Dryer Continuous Dryer is vented outdoors Rated Fan Power Watts NEW ERS VENTILATION DATA Whole House Systems Air Distribution/circulation type: Air Distribution/circulation fan power: Operation schedule: Forced air heating ductwork Watts min/day System # 1 Type: Manufacturer: Model: Airflow Supply Rate: L/s Bathroom Exhaust: L/s Fan Power: Watts Supplementary Systems System # 1 Type: Range hood Manufacturer: Model: Airflow Supply Rate: 0.00 Exhaust: L/s L/s Operation schedule: min/day Fan Power: Watts System # 2 Type: Dryer Manufacturer: Model: Airflow Supply Rate: 0.00 Exhaust: L/s L/s Operation schedule: min/day Fan Power: 0.00 Watts AIR LEAKAGE AND MECHANICAL VENTILATION SUMMARY F326 Required continous ventilation: Other Continuous Supply Flow Rates: Other Continuous Exhaust Flow Rates: Total house ventilation is Balanced Gross Air Leakage and Mechanical L/s (0.13 ACH) L/s (0.03 ACH) L/s (0.04 ACH) MJ Page 11 of 22

12 Ventilation Energy Load: Seasonal Heat Recovery Ventilator Efficiency: Estimated Ventilation Electrical Load: Heating Hours: Estimated Ventilation Electrical Load: Non-Heating Hours: Net Air Leakage and Mechanical Ventilation Load: % MJ MJ MJ Page 12 of 22

13 Page 13 of 22 SPACE HEATING SYSTEM PRIMARY Heating Fuel: Equipment: Manufacturer: Model: Calculated* Output Capacity: * Design Heat loss X kw Natural Gas Condensing furnace/boiler Carrier 59TN6A100V kw AFUE: Steady State Efficiency: Fan Mode: Auto ECM Motor: No Low Speed Fan Power: 0 watts High Speed Fan Power: 339 watts Supplementary Heating - System # 1 Fuel type: Natural Gas Equipment: Fireplace with spark ignit. (sealed) Manufacturer: Model: Description: Year built: Usage: Location Heated: Main Floors Never Approx. Floor Area: 12.0 m 2 Rated output heating capacity: Steady state efficiency (%) : 2.0 kw 65.0 Supplementary Heating - System # 2 Fuel type: Natural Gas Equipment: Fireplace with spark ignit. (sealed) Manufacturer: Model: Description: Year built: Usage: Location Heated: Main Floors Never Approx. Floor Area: 12.0 m 2

14 Rated output heating capacity: Steady state efficiency (%) : 2.0 kw 65.0 AIR CONDITIONING SYSTEM System Type: Central split system Manufacturer: Model: Capacity: Watts SEER Rated COP Sensible Heat Ratio: 0.76 Indoor Fan Flow Rate: L/s Fan Power (watts) Ventilator Flow Rate: 0.00 L/s Crankcase Heater Power (watts): Fraction of s Openable: Cooling system capacity sizing factor: Economizer control: N/A Indoor Fan Operation: Auto Air Conditioner is integrated with the Heating System DOMESTIC WATER HEATING SYSTEM PRIMARY Water Heating Fuel: Water Heating Equipment: Natural gas Instantaneous (condensing) Energy Factor: Manufacturer: Navien Model: NPE-240A Pilot Energy : 0.0 MJ/day Flue Diameter: 0.0 mm ANNUAL DOMESTIC WATER HEATING SUMMARY Daily Hot Water Consumption: Litres Hot Water Temperature: 55.0 C Estimated Domestic Water Heating Load: MJ Primary Domestic Water Heating Energy MJ Page 14 of 22

15 Page 15 of 22 Consumption: Primary System Seasonal Efficiency: 87.2% ANNUAL SPACE HEATING SUMMARY Gross Space Heat Loss: MJ Gross Space Heating Load: MJ Usable Internal Gains: MJ Usable Internal Gains Fraction: 14.2 % Usable Solar Gains: MJ Usable Solar Gains Fraction: 27.0 % Auxilary Energy Required: MJ Space Heating System Load: MJ Furnace/Boiler Seasonal efficiency: 75.1 % Furnace/Boiler Annual Energy MJ Consumption: DESIGN SPACE HEATING AND COOLING LOADS Design Heat Loss* at -7.0 C (10.20 Watts / m3): Design Cooling Load* for July at (28.0 C ): Watts Watts * Please refer to notes at the end of this report. ANNUAL SPACE COOLING SUMMARY Design Sensible Heat Ratio: Estimated Annual Space Cooling Energy: kwh Seasonal COP ( May to October): BASE LOADS SUMMARY kwh/day Annual kwh Interior Lighting

16 Page 16 of 22 Appliances Other Exterior Use HVAC Fans HRV/Exhaust Space Heating Space Cooling Total Average Electrical Load FAN OPERATION SUMMARY (kwh) Hours HRV/Exhaust Fans Space Heating Space Cooling Heating Neither Cooling Total

17 Page 17 of 22 ENERGY CONSUMPTION SUMMARY REPORT Estimated Annual Space Heating Energy Consumption = MJ = kwh Ventilator Electrical Consumption: Heating Hours = 0.00 MJ = 0.00 kwh Estimated Annual DHW Heating Energy Consumption = MJ = kwh ESTIMATED ANNUAL SPACE + DHW ENERGY CONSUMPTION = MJ = kwh Estimated Greenhouse Gas Emissions tonnes/year ESTIMATED ANNUAL FUEL CONSUMPTION SUMMARY Fuel Space Heating Space Cooling DHW Heating Baseloads Ventilation Total Natural Gas (m3) Electricity (kwh) ESTIMATED ANNUAL FUEL CONSUMPTION COSTS Fuel Costs Library = Embedded RATE Electricity (BCHydro) Natural Gas (LwrMain) Oil (BC Oil) Propane (BCPropan) Wood (BC ave) Total $ Fuel Costs Library Listing Filename = Embedded Record # 1 Fuel: Electricity Rate ID = BCHydro Lower mainland hydro rated Rate Block Dollars Charge kwhr Per kwhr ($) Minimum

18 Page 18 of 22 Record # 2 Fuel: Natural Gas Rate ID = LwrMain Lower Mainland Rate Block Dollars Charge GJ Per GJ ($) Minimum Record # 3 Fuel: Oil Rate ID = BC Oil Oil rate block Rate Block Dollars Charge Litre Per Litre ($) Minimum Record # 4 Fuel: Propane Rate ID = BCPropan BC average propane cost Rate Block Dollars Charge Litre Per Litre ($) Minimum Record # 5 Fuel: Wood Rate ID = BC ave Cord Rate Rate Block Dollars Charge Cord Per Cord ($) Minimum

19 Page 19 of 22 MONTHLY ENERGY PROFILE Month Energy Load (MJ) Internal Gains (MJ) Solar Gains (MJ) Aux. Energy (MJ) Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Ann HRV Eff. % FOUNDATION ENERGY PROFILE Heat Loss (MJ) Month Crawl Space Slab Basement Walkout Total Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Ann FOUNDATION TEMPERATURES & VENTILATION PROFILE Temperature (Deg C) Air Change Rate Heat Loss Month Crawl Space Basement Walkout Natural Total (MJ)

20 Page 20 of 22 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Ann SPACE HEATING SYSTEM PERFORMANCE Month Space Heating Load (MJ) Furnace Input (MJ) Pilot Light (MJ) Indoor Fans (MJ) Heat Pump Input (MJ) Total Input (MJ) System Cop Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Ann AIR CONDITIONING SYSTEM PERFORMANCE Month Sensible Latent AirCond Fan Ventilator Crankcase Total COP Av.RH Load Load Energy Energy Energy Heater Energy (MJ) (MJ) (kwh) (kwh) (kwh) (kwh) (kwh) %

21 Page 21 of 22 May Jun Jul Aug Sep Oct Ann MONTHLY ESTIMATED ENERGY CONSUMPTION BY DEVICE (MJ) Space Heating DHW Heating Lights & HRV & Air Month Primary Secondary Primary Secondary Appliances FANS Conditioner Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Ann ESTIMATED FUEL COSTS (Dollars) Month Electricity Natural Gas Oil Propane Wood Total Jan Feb Mar Apr May Jun Jul Aug Sep Oct

22 Page 22 of 22 Nov Dec Ann The calculated heat losses and energy consumptions are only estimates, based upon the data entered and assumptions within the program. Actual energy consumption and heat losses will be influenced by construction practices, localized weather, equipment characteristics and the lifestyle of the occupants.