Management should reduce the cooling capacity produced by the air conditioning in order to reduce energy consumption. The assessment of cooling capacity produced by air conditioning system showed that the air conditioning produced over cooling for 23.7 and 25.8 percent for Computer Laboratory and Excellent Centre rooms. From this calculation, it has been obtained that the highest heat gain in Computer Laboratory Rom and in Excellent Centre Room is 20458.6 W and 33541.3 W respectively. 2001 ASHRAE Fundamentals Handbook covers the basic principles and contains essential data for HVAC&R design. The case study of the present work is only focused on two rooms specifically Computer Laboratory Room and Excellent Centre Room in Faculty of Mechanical Engineering, University Malaysia Pahang. The method of heat gain determination is using Cooling Load Temperature Differential (CLTD) and Cooling Load Factors (CLF) based on ASHRAE 1997 Fundamental Handbook and then verified by data provided by contractor of building. In order to determine heat gain in a room, these parameters have considered and presented in this paper. For high-voltage alternating current, see high-voltage alternating current. Technology of indoor and vehicular environmental comfort This article is about technology of indoor and vehicular environmental comfort. The amount of heat that generated in the particular room is depend on several factors such as position of the room relative to solar orientation, wall material, electric appliances and number of human occupied in the room. Continue Ashrae handbook fundamentals 1993 pdf. ![]() Performance of air conditioning system is closely related to heat gain that generated inside the particular room.
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