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Air-conditioning demand response resource assessment for Australia

机译:澳大利亚的空调需求响应资源评估

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It is widely acknowledged that demand response must play an increasingly important role in future electricity markets. This is as much due to increasing demand for air-conditioning as it is due to the changing sources of generation. In the National Electricity Market (NEM) in Australia, for just 3% of the year demand increases by 20%, or the equivalent of the generation from the two largest coal fired power stations combined. Over smaller regions and time intervals demand spikes are larger. Air-conditioning demand response takes advantage of a buildings inherent thermal storage to reduce electricity demand at peak times with no discernible impact on the indoor operating environment. Here we estimate the existing potential of commercial and residential air-conditioning systems to provide demand response across Australia. We use a top-down approach based on disaggregation of electricity substation half-hourly data. Results are that peak (i.e. 99.5th percentile) demand on the NEM could be reduced by up to 5.8% or 1.2 GW with the time of day at which the peak occurs delayed by approximately 2 hours. Based on the timing of the available capacity, both residential and commercial buildings are suited to providing air-conditioning demand response.
机译:众所周知,需求响应必须在未来的电力市场中发挥越来越重要的作用。这是由于越来越多的空调需求,因为它是由于变化的发电来源。在澳大利亚国家电力市场(NEM)中,只有3%的年度需求增加了20%,或相当于两个最大的煤炭发电站的发电。在较小的区域和时间间隔上,需求尖峰较大。空调需求响应利用固有的热存储器,以减少高峰时的电力需求,对室内操作环境没有可辨别的影响。在这里,我们估计商业和住宅空调系统的现有潜力,以提供澳大利亚的需求响应。我们使用基于电力变电站的分解的自上而下的方法半小时数据。结果是,NEM的峰值(即99.5百分位数)可以减少高达5.8%或1.2 GW,其中峰值延迟大约2小时。基于可用容量的时间,住宅和商业建筑都适用于提供空调需求响应。

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