现代智能化超高层建筑中电梯配电设计研究  

Research on Elevator Distribution Design in Modern Intelligent Super High-rise Building

作　　者：张锐 Zhang Rui(SHENZHEN CAPOL INTERNATIONAL&ASSOCIATES CO.,LTD.,Shenzhen,China)

机构地区：[1]深圳市华阳国际工程设计股份有限公司,广东深圳

出　　处：《科学技术创新》2024年第15期127-130,共4页Scientific and Technological Innovation

摘　　要：电梯是超高层建筑中的重要交通工具,其供电可靠性要求非常高。如果电梯配电系统出现故障,可能会导致电梯停运,给居民出行造成影响,甚至可能引发安全事故。因此,为避免发生以上问题,提出现代智能化超高层建筑中电梯配电设计研究。首先,明确现代智能化超高层建筑中电梯运行模式,实现提前调整电梯的运行策略,以应对高峰时段和突发情况,其次,进行了配电系统中电动机的配电功率与电流计算,最后,校验电梯配电导线,确保电梯供电系统的安全和稳定运行,实现电梯配电设计。实验结果:现代智能化超高层建筑中电梯配电设计方法的测试结果与工程设定的电梯运行最优功率数值较为一致,因此,证明电梯在不同载重模式下的运行性能均符合测试要求,优化后的电梯配电策略,可以提高电梯的运行效率。Elevator is an important means of transportation in super high-rise buildings,and its power supply reliability requirements are very high.If the elevator power distribution system fails,it may cause the elevator to stop operation,affect the travel of residents,and may even cause safety accidents.Therefore,in order to avoid the above problems,the research on elevator distribution design in modern intelligent super high-rise buildings is put forward.First of all,the elevator operation mode in modern intelligent super highrise buildings is defined,and the elevator operation strategy is adjusted in advance to cope with peak hours and emergencies.Secondly,the power distribution and current calculation of the motor in the distribution system is carried out.Finally,the elevator distribution wire is verified to ensure the safe and stable operation of the elevator power supply system,and the elevator distribution design is realized.Experimental results:The test results of the elevator power distribution design method in modern intelligent super high-rise buildings are consistent with the optimal power value of elevator operation set by the project.Therefore,it is proved that the operation performance of the elevator under different load modes meets the test requirements.The optimized elevator power distribution strategy can improve the operating efficiency of the elevator.

关 键 词：超高层建筑 建筑配电 电梯配电 现代智能化建筑 

分 类 号：TU852[建筑科学]