Revision history [back]

hi I want to model this house with TRNBuild but i can't. I model it in H2000 but i can't model it in TRNBuild. Is there anyone to help me with modeling it in TRNBuild please? the house information is in the below link: https://dl1.shatelland.com/files/ce44e2f8-1e76-4b0d-ba09-d72f198173aa/89490ba3-28ef-47a9-add9-1aeebf56bbec Construction: Light wood frame, 50 × 150 mm (2×6 in) exterior wall construction installed on 610mm (24 in) centers. Insulation: Spray foam insulation for walls with RSI 3.5 (R20), RSI 7 (R40) attic insulation. Windows: Low E/Argon filled with insulated spacers, Vinyl, RSI 0.35 (R2) Occupant: two adults and two children for 50% of time Basement Flooring: Concrete floor, hydronic slab under heating, RSI 2.11 (R12) As per builder specifications, the house temperature is set at 21°C and 24°C in the heating and cooling periods, respectively. Air leakage at 50 Pa. is 1.41ACH (518 l/s) with an equivalent 15 leakage area at 10 Pa. of 697 cm2. A continuous ventilation of 0.3ACH (110 l/s) through heat recovery ventilation system (HRV) is also considered. The sensible internal heat gain from occupants is set to be 2.4 kWh/day. The occupancy of the house is two adult and two children for 50% of the time with a hot water consumption of 225 litres/day. The base loads are considered to be 22 kWh/day, including lighting, appliances, exterior use and others.

hi I want to model this house with TRNBuild but i can't. I model it in H2000 but i can't model it in TRNBuild. Is there anyone to help me with modeling it in TRNBuild please? the house information is in the below link: https://dl1.shatelland.com/files/ce44e2f8-1e76-4b0d-ba09-d72f198173aa/89490ba3-28ef-47a9-add9-1aeebf56bbec Construction: Light wood frame, 50 × 150 mm (2×6 in) exterior wall construction installed on 610mm (24 in) centers. Insulation: Spray foam insulation for walls with RSI 3.5 (R20), RSI 7 (R40) attic insulation. Windows: Low E/Argon filled with insulated spacers, Vinyl, RSI 0.35 (R2) Occupant: two adults and two children for 50% of time Basement Flooring: Concrete floor, hydronic slab under heating, RSI 2.11 (R12) As per builder specifications, the house temperature is set at 21°C and 24°C in the heating and cooling periods, respectively. Air leakage at 50 Pa. is 1.41ACH (518 l/s) with an equivalent 15 leakage area at 10 Pa. of 697 cm2. A continuous ventilation of 0.3ACH (110 l/s) through heat recovery ventilation system (HRV) is also considered. The sensible internal heat gain from occupants is set to be 2.4 kWh/day. The occupancy of the house is two adult and two children for 50% of the time with a hot water consumption of 225 litres/day. The base loads are considered to be 22 kWh/day, including lighting, appliances, exterior use and others.

hi I want to model this house with TRNBuild but i can't. I model it in H2000 but i can't model it in TRNBuild. Is there anyone to help me with modeling it in TRNBuild please? the house information is in the below link: https://dl1.shatelland.com/files/ce44e2f8-1e76-4b0d-ba09-d72f198173aa/89490ba3-28ef-47a9-add9-1aeebf56bbec Construction: Light wood frame, 50 × 150 mm (2×6 in) exterior wall construction installed on 610mm (24 in) centers. Insulation: Spray foam insulation for walls with RSI 3.5 (R20), RSI 7 (R40) attic insulation. Windows: Low E/Argon filled with insulated spacers, Vinyl, RSI 0.35 (R2) Occupant: two adults and two children for 50% of time Basement Flooring: Concrete floor, hydronic slab under heating, RSI 2.11 (R12) As per builder specifications, the house temperature is set at 21°C and 24°C in the heating and cooling periods, respectively. Air leakage at 50 Pa. is 1.41ACH (518 l/s) with an equivalent 15 leakage area at 10 Pa. of 697 cm2. A continuous ventilation of 0.3ACH (110 l/s) through heat recovery ventilation system (HRV) is also considered. The sensible internal heat gain from occupants is set to be 2.4 kWh/day. The occupancy of the house is two adult and two children for 50% of the time with a hot water consumption of 225 litres/day. The base loads are considered to be 22 kWh/day, including lighting, appliances, exterior use and others..fffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff