摘要
对福建省2002～2005年的最大降温负荷进行了测算分析和研究.分析出福建省最大降温负荷主要发生在7～8月的工作日,工作日最大降温负荷高出休息日600 MW左右.工作日最大降温负荷的发生时间由以往的早高峰、午高峰向晚高峰转移,午高峰时的最大降温负荷平均是晚高峰最大降温负荷的80%左右.居民和第三产业的降温负荷占较大的比例.并分析出降温负荷同气象因素之间的关联关系,从而得到人们使用降温设备的一般规律.
Calculating and analyzing the maximum temperature-lowering load in Fujian during 2002 to 2005, it is concluded that the maximum temperature-lowering load in Fujian happens mainly in working hours of July and August, and the maximum temperature-lowering load in working hours are about 600 MW higher than that in holidays. What＇s more, the time when the maximum temperature-lowering load happens are shifting from the usual morning and noon peaks to the evening peak, and on an average, the maximum temperature-lowering load at the noon peak is about 80% of the that at the evening peak. The temperature-lowering load of residents and the tertiary industry account for a large proportion. The relationship between the temperature - lowering load and meteorologic factors are worked out, and the general principles of using temperature-lowering equipment are given.
出处
《华东电力》
北大核心
2005年第10期86-90,共5页
East China Electric Power
关键词
电力负荷
降温负荷
气象因素
最高温度
power load
temperature-lowering load
meteorologic factor
the highest temperature
作者简介
邱向京（1966-），女，高级工程师．主要从事营销管理需求侧管理、市场分析等工作.
