建筑电气
建築電氣
건축전기
Building Electricity
2015年
11期
12-17
,共6页
超高层建筑%高速电梯%疏散电梯%变压器容量%运行模式%疏散时间研究%电压降%二次运输
超高層建築%高速電梯%疏散電梯%變壓器容量%運行模式%疏散時間研究%電壓降%二次運輸
초고층건축%고속전제%소산전제%변압기용량%운행모식%소산시간연구%전압강%이차운수
super high-rise building%high-speed elevator%evacuation elevator%capacity of transformer%operation mode%study on evacuation time%voltage drop%secondary transportation
分析超高层建筑电梯设计特点及配电设计要点: 从超高层建筑电梯配置要求出发, 探讨正常运行模式、 火灾或者其它紧急情况下电梯的运行模式, 进而通过统计数据分析不同项目变压器容量与电梯功率的关系, 电动机端电压压降计算, 以及变压器二次运输等问题.
分析超高層建築電梯設計特點及配電設計要點: 從超高層建築電梯配置要求齣髮, 探討正常運行模式、 火災或者其它緊急情況下電梯的運行模式, 進而通過統計數據分析不同項目變壓器容量與電梯功率的關繫, 電動機耑電壓壓降計算, 以及變壓器二次運輸等問題.
분석초고층건축전제설계특점급배전설계요점: 종초고층건축전제배치요구출발, 탐토정상운행모식、 화재혹자기타긴급정황하전제적운행모식, 진이통과통계수거분석불동항목변압기용량여전제공솔적관계, 전동궤단전압압강계산, 이급변압기이차운수등문제.
Features of design and key points of power distribution of elevators of super high-rise buildings are analyzed: the normal operation mode and the operation mode in fire or other emergency situations are discussed from the requirements on configuration of elevators of super high-rise buildings, and then the problems such as relation between the capacity of transformers and the power of elevators for different projects, calculation of voltage drop of terminal voltage of motors and secondary transportation of transformers are analyzed through statistical data.
