Ex.2: Determine the cooling load caused by glass on the south and west walls of a building at 1200, 1400, and 1600 h in
Posted: Sat May 21, 2022 1:55 am
Ex.2: Determine the cooling load caused by glass on the south
and west walls of a building at 1200, 1400, and 1600 h in July. The
building is located at 40°N latitude with outside design conditions
of 35°C dry-bulb temperature and a 11°C daily range. The inside
design dry bulb temperature is 25°C. Assume: 1. The room
configuration of zone C 2. The west window (Uw = 3.6 W/m2.K, A= 10
m2 , and SC= 0.85). 3. The south window(Us = 4.6 W/m2.K , A= 10 m2
, and SC= 0.53)
and west walls of a building at 1200, 1400, and 1600 h in July. The
building is located at 40°N latitude with outside design conditions
of 35°C dry-bulb temperature and a 11°C daily range. The inside
design dry bulb temperature is 25°C. Assume: 1. The room
configuration of zone C 2. The west window (Uw = 3.6 W/m2.K, A= 10
m2 , and SC= 0.85). 3. The south window(Us = 4.6 W/m2.K , A= 10 m2
, and SC= 0.53)