Development of changes to the construction code of rules in part of updated specific electrical loads

V. Soluyanov, Yu. I. Soluyanov, A. I. Fedotov, A. Akhmetshin
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Abstract

THE PURPOSE. Develop changes to the building code of rules regarding updating the specific calculated electrical loads of multi-apartment residential buildings. Perform a comparative analysis of the power of technological connection of multi-apartment residential buildings, calculated according to regulatory and technical documents and according to those developed on the basis of actual measured data with an assessment of the effect of updating specific design electrical loads.METHODS. To achieve this goal, mathematical and statistical methods of analysis were used.RESULTS. Statistical processing of the specific electrical load of apartments in multi-apartment residential buildings in the Moscow region of a cluster of 11–18 floors for twenty-three months of 2021–2023 was carried out, which made it possible to form statistically significant samples by excluding outliers from them and obtaining their basic descriptive statistics. Based on the results obtained, changes were developed to the regulatory and technical document in terms of updating the specific calculated electrical loads of apartments in multi-apartment residential buildings in the Moscow region of the cluster 11 - 18 floors.CONCLUSION. The introduction of updated values of the specific calculated electrical load will lead to the selection of power transformers with optimal loading, which, on the one hand, will reduce the “locked electrical power”, resulting in reduced electricity losses, and on the other hand, will reduce the cost of technological connection.
根据最新的具体电力负荷,对建筑规范的部分规则进行修改
目的。对建筑规范中有关更新多公寓住宅楼具体计算电力负荷的规定进行修改。对根据法规和技术文件计算的多公寓住宅楼技术连接功率与根据实际测量数据制定的功率进行比较分析,评估更新具体设计电力负荷的影响。 方法:为实现这一目标,采用了数学和统计分析方法。对 2021-2023 年 23 个月莫斯科地区 11-18 层多层住宅楼群中公寓的具体电力负荷进行了统计处理,通过排除异常值并获得基本描述性统计数据,形成了具有统计意义的样本。根据所获得的结果,对莫斯科地区 11-18 层多公寓住宅楼群中公寓的具体计算电力负荷的法规和技术文件进行了修改。采用最新的具体计算电力负荷值将导致选择具有最佳负荷的电力变压器,这一方面将减少 "锁定电力",从而降低电力损耗,另一方面将降低技术连接成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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