故宫博物院供用电分析与未来电网规划
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摘要
结合故宫博物院未来发展趋势和供用电现状,表明了故宫电网重新规划的必要性。通过分析配电室建设规范及故宫博物院建筑特点,阐述了古建筑群中设置配电室的原则,并通过密度负荷法计算未来用电负荷,结合故宫实际情况及发展趋势对变压器容量、配电室位置、低压配电系统接线方式进行设计和规划,合理分配电网,使电网规划具有科学性和可行性,为后续改造工作提供可靠依据。
Combining with the future development trend of the Palace Museum and the current situation of power supply and consumption,the necessity of power network re-planning was indicated.By analyzing the construction norms of distribution room and the architectural characteristics of the Palace Museum,the principles of setting up distribution room in ancient buildings were expounded.The future electric load by density load method was calculated.According to the actual situation and development trend of the Palace Museum,the transformer capacity,distribution room location and connection mode of low voltage distribution system were designed and planed,and the power network was rationally distributed,in order to make the power network planning scientific and feasible.It can provide a reliable basis for the follow-up improvement work.
Combining with the future development trend of the Palace Museum and the current situation of power supply and consumption,the necessity of power network re-planning was indicated.By analyzing the construction norms of distribution room and the architectural characteristics of the Palace Museum,the principles of setting up distribution room in ancient buildings were expounded.The future electric load by density load method was calculated.According to the actual situation and development trend of the Palace Museum,the transformer capacity,distribution room location and connection mode of low voltage distribution system were designed and planed,and the power network was rationally distributed,in order to make the power network planning scientific and feasible.It can provide a reliable basis for the follow-up improvement work.
引文
[1]马霄鹏,何静.综述博物馆类建筑的电气设计要点[J].智能建筑电气技术,2009,3(5):26-8.
[2]民用建筑电气设计规范:JGJ 16—2008[S].
[3] 10 kV及以下变电所设计规范:GB 50053—2013[S].
[4]任元会.工业与民用配电设计手册[M].北京:中国电力出版社,2005.
[5] 10 kV及以下配电网建设技术规范:DB11/T 1147—2015[S].
[6]冯立祥,佟利.北京市住宅小区配电室及楼内配电相关要求[J].建筑电气,2017,36(7):8-12.
[7]吴燕.国家博物院供配电系统设计[J].现代建筑电气,2014,5(7):39-42.
[8]武毅,刘力红,黄景峰.赣州市博物院电气系统设计[J].智能建筑电气技术,2012,6(2):77-81.
[9]张青松,孙德远,于景岳.浅谈临电施工组织设计中的电压降问题[J].安装,2011(11):46-48.
[10]唐璁.电网规划设计的要点分析与技术运用探究[J].科技创新导报,2017,14(31):56-57.
[11]梁言.城市配网规划存在的问题及应对策略[J].通信电源技术,2018,35(12):202-203.
[12]高晓宁,李培培,陈吉祥.城市电网规划建设与城市规划的关系探讨[J].通信电源技术,2018,35(7):197-198.
[13]吴燕.国家博物馆高低压供配电系统组成[J].智能建筑电气技术,2014,8(3):47-49.
[2]民用建筑电气设计规范:JGJ 16—2008[S].
[3] 10 kV及以下变电所设计规范:GB 50053—2013[S].
[4]任元会.工业与民用配电设计手册[M].北京:中国电力出版社,2005.
[5] 10 kV及以下配电网建设技术规范:DB11/T 1147—2015[S].
[6]冯立祥,佟利.北京市住宅小区配电室及楼内配电相关要求[J].建筑电气,2017,36(7):8-12.
[7]吴燕.国家博物院供配电系统设计[J].现代建筑电气,2014,5(7):39-42.
[8]武毅,刘力红,黄景峰.赣州市博物院电气系统设计[J].智能建筑电气技术,2012,6(2):77-81.
[9]张青松,孙德远,于景岳.浅谈临电施工组织设计中的电压降问题[J].安装,2011(11):46-48.
[10]唐璁.电网规划设计的要点分析与技术运用探究[J].科技创新导报,2017,14(31):56-57.
[11]梁言.城市配网规划存在的问题及应对策略[J].通信电源技术,2018,35(12):202-203.
[12]高晓宁,李培培,陈吉祥.城市电网规划建设与城市规划的关系探讨[J].通信电源技术,2018,35(7):197-198.
[13]吴燕.国家博物馆高低压供配电系统组成[J].智能建筑电气技术,2014,8(3):47-49.