论文部分内容阅读
近年来,建筑物内的照明均采用高照度标准。照明所消耗的电力日趋增加,与此同时空调负荷也日渐加大。本文将在空调系统不计及照明负荷发热以图节能的方法中,选择现代技术容易采用的系统,并叙述其基本考虑方法。进而,通过综合的计算实例,显示其节能效果。一、照明消耗的能量在我国办公建筑物的能量消耗中, 电灯、插座负荷占39％,空调负荷占33％。其中,若设空调负荷的1/3是由于照明发热
In recent years, high-illumination standards have been used for lighting in buildings. The power consumed by lighting is increasing day by day, and the air-conditioning load is also increasing. This article will choose a system that can be easily adopted by modern technology in the method that the air conditioning system does not take into account the lighting load and heat in order to save energy, and describes its basic considerations. Furthermore, through an integrated calculation example, it shows its energy-saving effect. 1. Energy consumed by lighting In the energy consumption of office buildings in China, the load of electric lights and sockets accounts for 39%, and the air-conditioning load accounts for 33%. Among them, if one-third of the air-conditioning load is set due to lighting and heating